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ARRANT ENGG. SOLUTIONS

@abushahama

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4.8
220

7.4

7.4

96%

SolidWorks & CAD/CAM Expert | 14 Years Experience

$20 USD / Hour

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Flag of INDIA

India (2:59 PM)

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Joined on July 3, 2010

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26 Recommendations

$20 USD / Hour

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SolidWorks & CAD/CAM Expert | 14+ Years | Sheet Metal & DFM Specialist Hi, I'm Abu Shahama Khan, founder of Arrant Engineering Solutions. I do two things: design manufacturing-ready mechanical products that don't fail on the shop floor, and build SolidWorks automation tools (C# add-ins, VBA macros) for engineering teams losing hours to repetitive CAD work. Track record: - Top 30 SolidWorks freelancer on Freelancer.com - 300+ clients across 50+ countries, 14+ years - 4.8/5 rating across 205+ reviews - 99% on-budget delivery, 87% on-time delivery - Preferred Freelancer, ASME Y14.5 GD&T Certified - Largest assembly delivered: 8,759 components Mechanical design work I've led (NDA-anonymized where required): - Multi-thousand-component sheet metal chassis for an acoustic recording studio (European client) — equation-driven parametric design that cut studio resize iterations from ~1 week to ~10 minutes - 20–30 m parametric maritime observation tower (German client) — DNV/ABS/IMO compliance, FEA validation coordinated through specialist third party - Multi-bay IoT parcel locker (USA) — lock-agnostic enclosure designed to accept UL 294-certified electronic lock modules from multiple manufacturers, IP54 ingress protection - IP65 outdoor display enclosure (Australia) — sheet metal + thermal management - FDA-regulated medical laser device (Canadian medical technology client, under NDA) — ISO 13485 design controls - Heavy industrial weldments and lifters, food-grade NSF/ANSI equipment, patent drawings for EU/UK/USA/China filings SolidWorks automation work: - Custom add-ins (C# / SolidWorks API) — drawing standard validators, BOM generators, custom property managers, EPDM workflow integrations - VBA macros for batch PDF/DXF/STEP exports, file rename utilities, and Pack-and-Go automation - Excel ↔ SolidWorks bridges for parameter tables and BOM round-tripping. Stack: SolidWorks (advanced) • CATIA • NX • Creo • Inventor • AutoCAD - ANSYS (FEA/CFD) • KeyShot • C# / SolidWorks API • Visual Studio 2022 - 3D printing (FDM/SLS) Standards & compliance: ASME Y14.5 • ISO 9001 • ISO 13485 • FDA • UL/CE - DNV/ABS/IMO • IP54/IP65/IP67 • NSF/ANSI • DIN Why clients hire me: - Production-ready deliverables — manufacturing drawings, GD&T, flat patterns, BOMs that go straight to the shop floor. - Manufacturing-aware design — I know what bend radii, weld preps, and tolerance schemes the fab line will accept - Direct communication with the engineer doing the work — no agency handoff chains - Comfort with regulated and complex projects — medical, maritime, industrial, IoT Based in India (IST). Working hours overlap with US-East 7–10 PM IST and EU 1–6 PM IST daily, with scheduled calls available for US-West and Australia Send me your project — sketches, STEP files, or a description of the CAD bottleneck. I'll review and flag DFM or workflow risks upfront before you commit.

Sheet Metal Design for Vehicle Parts

Abu did an outstanding job on our vehicle parts project. He designed multiple truck bumpers and converted solid parts into accurate, foldable sheet metal components in SolidWorks, with clean file organization and clear assembly drawings. His technical skills, professionalism, and respect for proprietary designs were impressive throughout. Highly recommended — we're excited to continue working with him!

Flag of CANADA

Marc

@MarcMoncrieff

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March 2026

Verifications

On time

90%

On budget

99%

Accept rate

89%

Repeat hire rate

15%

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Bike Design (2)
Enclosure Design (10)
Sheet Metal Design (9)
Trailer Design (3)
13920398
Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

13919956
Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

10313399
Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

13540929
Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

10316075
Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

3222043
Designed a sanitary food kiosk for urban vendors, featuring stainless steel trays, a transparent tempered glass display, mixing bowl, six storage cabinets, and integrated cooling/heating units. Optimized workflow layout for hygiene compliance, including easy-clean surfaces and NSF/ANSI 2-certified materials. Delivered precision sheet metal fabrication drawings, DXF files for laser cutting, and assembly guides for seamless production. Achieved a 30% space efficiency improvement while ensuring thermal regulation for the perishable goods.

Hygienic Modular Food Kiosk Design

Designed a sanitary food kiosk for urban vendors, featuring stainless steel trays, a transparent tempered glass display, mixing bowl, six storage cabinets, and integrated cooling/heating units. Optimized workflow layout for hygiene compliance, including easy-clean surfaces and NSF/ANSI 2-certified materials. Delivered precision sheet metal fabrication drawings, DXF files for laser cutting, and assembly guides for seamless production. Achieved a 30% space efficiency improvement while ensuring thermal regulation for the perishable goods.

Hygienic Modular Food Kiosk Design

Designed a sanitary food kiosk for urban vendors, featuring stainless steel trays, a transparent tempered glass display, mixing bowl, six storage cabinets, and integrated cooling/heating units. Optimized workflow layout for hygiene compliance, including easy-clean surfaces and NSF/ANSI 2-certified materials. Delivered precision sheet metal fabrication drawings, DXF files for laser cutting, and assembly guides for seamless production. Achieved a 30% space efficiency improvement while ensuring thermal regulation for the perishable goods.

Hygienic Modular Food Kiosk Design

Designed a sanitary food kiosk for urban vendors, featuring stainless steel trays, a transparent tempered glass display, mixing bowl, six storage cabinets, and integrated cooling/heating units. Optimized workflow layout for hygiene compliance, including easy-clean surfaces and NSF/ANSI 2-certified materials. Delivered precision sheet metal fabrication drawings, DXF files for laser cutting, and assembly guides for seamless production. Achieved a 30% space efficiency improvement while ensuring thermal regulation for the perishable goods.

Hygienic Modular Food Kiosk Design

13920398
Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

Mechanical design of a Remotely Operated Dust Suppression System (RODSS) for a mine site haul road application, developed from a client requirement brief. Designed a solar-powered, automated roadside dust suppression system intended to replace inefficient water-truck spraying on haul roads. The system places rain-gun sprinklers on standpipe risers along the main water line, each station fitted with a motion-activated sensor, a solenoid valve to open and close the standpipe, and a solar panel with battery and controller box for off-grid operation. Designed the full pipework run including steel T-pieces, aluminium and plastic camlock quick-connect fittings, lay-flat and aluminium water lines, and concrete base anchoring for the riser stands. Also modelled the supporting site infrastructure: water bladder tank, water pump assembly, solar array, generator, and the remotely operated operations and monitoring station. Produced a full 3D CAD model and a set of photorealistic renders coverin

Remote Mine Dust Suppression System

13919956
Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

Complete mechanical design of a chemical storage tank farm facility with a capacity exceeding 10,000 gallons, developed from a client brief for an Australian project. Designed the full facility layout including the storage tank array, interconnecting pipework, pumps, hoses, valves, flanged connections and fittings. Modeled flexible hose runs with quick-connect couplings and ball valves between manifold lines for maintenance isolation, and detailed flanged pipe interfaces for the main distribution headers. Worked to industry-standard compliance for chemical storage as required by the client, applying ASME-certified engineering judgment throughout. Delivered a full 3D CAD model and photorealistic renders showing the overall facility layout and key connection details. Project completed successfully with a positive client review.

Tank Farm Design — Pipework & Pumps

10313399
Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

Designed a tilting cargo e-bike for efficient urban logistics, featuring a modular cargo bay (300kg capacity), tilting mechanism for enhanced cornering stability, and integrated electric drivetrain. Conducted FEA-based CAE analysis to optimize frame geometry (aluminum alloy 6061-T6) and battery placement for balance. Delivered concept sketches,3D models, manufacturing drawings, and photorealistic KeyShot renders. Achieved a 25% reduction in maintenance costs through DFM-driven material and component selection.

Tilting Cargo E-Bike for Transport

13540929
Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

Challenge Client needed a compact Wi-Fi module enclosure that could transition seamlessly from rapid prototyping ( 3D printing ) to high-volume injection molding production—without design compromises or expensive redesigns. Solution Designed a multi-functional enclosure in SolidWorks leveraging both plastic domain expertise and DFM principles: • Optimized geometry for 3D printing prototyping with minimal support material • Engineered for injection molding production with proper draft angles, wall thickness uniformity, and gate positioning • Integrated all electronic components (PCB, battery, connection ports) with precision spacing and airflow management • Strategic antenna positioning optimized for RF signal transmission without shielding interference • Proper ventilation channels designed to prevent thermal buildup in continuous-operation IoT applications • Seamless cable management and component access for assembly efficiency Results ✓ Zero redesigns required—single CAD design va

Wi-Fi Module Enclosure - SolidWorks

10316075
Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

Developed a comprehensive industrial miner case design from concept to manufacturing-ready deliverables. The project encompassed complete product development cycle including conceptual design exploration, detailed 3D modeling in SolidWorks, Computer-Aided Engineering (CAE) analysis for structural validation, Computational Fluid Dynamics (CFD) analysis for thermal management, strategic material selection based on environmental and mechanical requirements, precise manufacturing drawings with GD&T specifications, and photorealistic 3D renders for client presentations. The design optimized for durability, thermal performance, and manufacturability while meeting industrial standards..

Industrial Mining Equipment Case

3222043
Designed a sanitary food kiosk for urban vendors, featuring stainless steel trays, a transparent tempered glass display, mixing bowl, six storage cabinets, and integrated cooling/heating units. Optimized workflow layout for hygiene compliance, including easy-clean surfaces and NSF/ANSI 2-certified materials. Delivered precision sheet metal fabrication drawings, DXF files for laser cutting, and assembly guides for seamless production. Achieved a 30% space efficiency improvement while ensuring thermal regulation for the perishable goods.

Hygienic Modular Food Kiosk Design

Designed a sanitary food kiosk for urban vendors, featuring stainless steel trays, a transparent tempered glass display, mixing bowl, six storage cabinets, and integrated cooling/heating units. Optimized workflow layout for hygiene compliance, including easy-clean surfaces and NSF/ANSI 2-certified materials. Delivered precision sheet metal fabrication drawings, DXF files for laser cutting, and assembly guides for seamless production. Achieved a 30% space efficiency improvement while ensuring thermal regulation for the perishable goods.

Hygienic Modular Food Kiosk Design

Designed a sanitary food kiosk for urban vendors, featuring stainless steel trays, a transparent tempered glass display, mixing bowl, six storage cabinets, and integrated cooling/heating units. Optimized workflow layout for hygiene compliance, including easy-clean surfaces and NSF/ANSI 2-certified materials. Delivered precision sheet metal fabrication drawings, DXF files for laser cutting, and assembly guides for seamless production. Achieved a 30% space efficiency improvement while ensuring thermal regulation for the perishable goods.

Hygienic Modular Food Kiosk Design

Designed a sanitary food kiosk for urban vendors, featuring stainless steel trays, a transparent tempered glass display, mixing bowl, six storage cabinets, and integrated cooling/heating units. Optimized workflow layout for hygiene compliance, including easy-clean surfaces and NSF/ANSI 2-certified materials. Delivered precision sheet metal fabrication drawings, DXF files for laser cutting, and assembly guides for seamless production. Achieved a 30% space efficiency improvement while ensuring thermal regulation for the perishable goods.

Hygienic Modular Food Kiosk Design

4.8 · 220 Reviews
220 Reviews
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Halvor

5.0

$430 USD

1 month ago

Ride-On Suitcase Concept - Design for manufacturing project

Very happy with his work!

CAD/CAM
Design Optimization
DFM (Design for Manufacturing)
Manufacturing Engineering
Mechanical Design

+4 more

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Brad

5.0

$

1 month ago

Insert Objects into DXF

Very easy to work with, great freelancer. Highly recommended.

Engineering
CAD/CAM
3D Rendering
Solidworks
AutoCAD

+3 more

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Halvor

5.0

$

2 months ago

Precision Prototype 3D Print Design

Very happy with the services!

CAD/CAM
3D Rendering
Solidworks
AutoCAD
3D Modelling

+5 more

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Halvor

5.0

$

2 months ago

Convert Drawing to 3D Prototype Model

Well done! Thanks for the help

3D Rendering
Solidworks
Mechanical Engineering
3D Modelling
3D Design

+5 more

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Steen

5.0

$

2 months ago

Mechanical CAD Drawing of Vlagheide frame

Another project executed to our satisfaction

CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
3D Modelling

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Experience

Arrant Engineering Solutions

Sep, 2013 - Present

•

12 years, 10 months

Lead Industrial Designer

May, 2018 - Present

•

8 years, 2 months

As the Lead Industrial Designer, I lead and oversee major design projects, working closely with cross- functional teams and clients to deliver exceptional design solutions. I spearhead design optimization efforts, enhancing product performance, manufacturability, and durability. My role involves providing comprehensive technical documentation. I continue to embrace cutting-edge technologies, such as 3D printing, to accelerate product development and enhance design visualization.

Senior Industrial Designer

Jul, 2015 - Apr, 2018

•

2 years, 8 months

As a Senior Industrial Designer, I played a key role in mentoring and guiding junior designers in the team. Leveraging over a decade of experience, I brought a wealth of knowledge to the projects, driving innovation and exploring new ideas to create extraordinary design solutions. My expertise in Design for Manufacturing (DFM) allowed me to optimize designs for efficient production, cost-effectiveness, and superior quality. I also actively contributed to the rapid prototyping process.

Industrial Designer

Sep, 2013 - Jun, 2015

•

1 year, 9 months

As an Industrial Designer, I took on greater responsibilities in the product development process. I led projects with a focus on creativity, functionality, and ergonomic design. Collaborating closely with clients and the team, I helped craft visually stunning and user-centric product designs that stood out in the market. During this time, I gained mastery in Geometric Dimensioning and Tolerancing (GD&T) as per ASME Y14.5 2018 standard, ensuring precise design specifications for manufacturing.

P

Steen

@PodaSteen

 ·

Procurement

Abu has helped us with 2 projects where we needed CAD drawings of new/special products. Both projects were executed swiftly at the agreed price, and to our full satisfaction. Abu is responding fast and is excellent at transforming written descriptions in combination with hand drawings to proper CAD files. I highly recommend Abu to anyone looking for a similar service.

Sep, 2013 - Present

•

12 years, 10 months

Assistant Design Engineer

Jan, 2012 - Aug, 2013

•

1 year, 7 months

SYNERGY i-DESIGN (P) LIMITED

Jan, 2012 - Aug, 2013

•

1 year, 7 months

As an Assistant Design Engineer at Arrant Engineering Solutions, I actively participated in concept ideation and brainstorming sessions. I collaborated with the team to develop user-centric design solutions, creating aesthetically appealing product renderings. Additionally, I assisted in the creation of precise 3D CAD models and simulations, contributing to the refinement and validation of designs before moving forward with prototyping and manufacturing.

Jan, 2012 - Aug, 2013

•

1 year, 7 months

Education

B-Tech, Mechanical Engineering

2008 - 2012

•

4 years

Flag of INDIA

India

2008 - 2012

•

4 years

Qualifications

Master Certificate in CAD

2012

Synergy I-Design (P) Ltd

This certification have professional training on following skills GD&T (ASME Y14.5 1994) Unigraphics Catia Pro/E Solid Works AutoCAD Autodesk Inventor

2012

Publications

Mechanical Engineer

Integral University

.

Certifications

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