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$35 USD / hour
Flag of PAKISTAN
lahore, pakistan
$35 USD / hour
It's currently 11:33 PM here
Joined July 31, 2017
11 Recommendations

Rashid A.

@rashidamjad

verified.svg
 5.0 (59 reviews)
6.6
6.6
64%
64%
$35 USD / hour
Flag of PAKISTAN
lahore, pakistan
$35 USD / hour
95%
Jobs Completed
90%
On Budget
92%
On Time
10%
Repeat Hire Rate

We Code Ideas!

"Unlocking Digital Potential": With over 5 years of hands-on experience, we are a seasoned full-stack development team, verified by Freelancer.com. Leveraging a diverse team of certified experts proficient in nearly every IT skill imaginable, we offer a wide range of IT solutions to cater to all your digital needs. Web Development: Experts in HTML, CSS, WordPress, WIX, PHP, JavaScript (MEAN+MERN), React.js, Angular, and more. We excel in CMS, RESTful APIs, and cloud technologies. Mobile App Development: Proficient in Flutter, Android (Kotlin/Java), and iOS (Swift/Swift UI/Obj-C). We handle NFC, geolocation, and payment integration with ease. Database Development: Skilled in both SQL (Teradata, Oracle, MSSQL, MySQL) and NoSQL (MongoDB, Cassandra, Hive). We utilize Metabases for powerful insights. -Desktop Programming: Versed in Java, Swift, JavaScript, Python, C#, and more for desktop solutions. Blockchain: Our forte includes crypto exchanges, Dapp development, and ICOs on Ethereum, Solana, Polygon, and more. Cloud & DevOps: We manage AWS, Azure, Google Cloud, and employ DevOps tools for seamless deployments. AI & Machine Learning: Experts in Computer Vision, OCR, Machine Learning, and more, leveraging Google Cloud Platform, OpenCV, TensorFlow, and AI architectures. Game Development: We create captivating games using WebGL, HTML5, Unity3D, 3ds Max, and Unreal Engine. E-commerce: Crafting E-commerce Websites, mastering WordPress WooCommerce, and streamlining payment integration. Telephony: Proficient with Twilio, VoIP, SIP, Asterisk, FreePbx, and Free Switch for call center solutions. Trading Solutions: We excel in Sierra Chart, Pine Script, Thinkorswim, and various trading APIs. Hardware & Electronics: Skilled in Arduino, Raspberry Pi, and ESP32, with expertise in PLC and SCADA systems for automation and control solutions. Embark on your digital journey with us, where expertise meets innovation."
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Portfolio

This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project entailed the programming of 5 Programmable Logic Controllers (PLCs) and the creation of corresponding Human-Machine Interface (HMI) screens using C#. Each PLC was carefully programmed to automate specific industrial processes, focusing on precision and reliability. The programming encompassed creating logical sequences and ensuring robust input/output control, with a strong emphasis on safety measures. Complementing the PLC programming, a custom HMI was developed in C#. This interface provided an intuitive and user-friendly platform for operators to interact with the PLCs in real-time. Key features of the HMI included customizable control panels for tailored operation, real-time data visualization for monitoring system performance, automated alerts for system anomalies, and comprehensive data logging for operational analysis. This integration of advanced PLC programming with a sophisticated HMI in C# resulted in a significant enhancement in process control, operational.
Revolution in Automation: Elevating PLC & HMI with C#.
This project focuses on custom object detection for surveillance using the Nvidia Jetson Nano. The goal is to enhance surveillance capabilities by detecting divers in underwater video with a medium level of accuracy. The ideal skills and experience for this project include proficiency in developing custom object detection models using Nvidia Jetson Nano, strong knowledge of computer vision algorithms, experience in training and fine-tuning models, familiarity with deep learning frameworks like TensorFlow or Py Torch, ability to optimize models for real-time performance on the Jetson Nano, knowledge of image processing techniques for accuracy enhancement, and understanding of surveillance system requirements. The output of the project is successful object detection, capable of identifying multiple divers and multiple lines in the underwater video.
Custom object detection for surveillance using Nvidia Jetson
This project focuses on custom object detection for surveillance using the Nvidia Jetson Nano. The goal is to enhance surveillance capabilities by detecting divers in underwater video with a medium level of accuracy. The ideal skills and experience for this project include proficiency in developing custom object detection models using Nvidia Jetson Nano, strong knowledge of computer vision algorithms, experience in training and fine-tuning models, familiarity with deep learning frameworks like TensorFlow or Py Torch, ability to optimize models for real-time performance on the Jetson Nano, knowledge of image processing techniques for accuracy enhancement, and understanding of surveillance system requirements. The output of the project is successful object detection, capable of identifying multiple divers and multiple lines in the underwater video.
Custom object detection for surveillance using Nvidia Jetson
This project focuses on custom object detection for surveillance using the Nvidia Jetson Nano. The goal is to enhance surveillance capabilities by detecting divers in underwater video with a medium level of accuracy. The ideal skills and experience for this project include proficiency in developing custom object detection models using Nvidia Jetson Nano, strong knowledge of computer vision algorithms, experience in training and fine-tuning models, familiarity with deep learning frameworks like TensorFlow or Py Torch, ability to optimize models for real-time performance on the Jetson Nano, knowledge of image processing techniques for accuracy enhancement, and understanding of surveillance system requirements. The output of the project is successful object detection, capable of identifying multiple divers and multiple lines in the underwater video.
Custom object detection for surveillance using Nvidia Jetson
This project focuses on custom object detection for surveillance using the Nvidia Jetson Nano. The goal is to enhance surveillance capabilities by detecting divers in underwater video with a medium level of accuracy. The ideal skills and experience for this project include proficiency in developing custom object detection models using Nvidia Jetson Nano, strong knowledge of computer vision algorithms, experience in training and fine-tuning models, familiarity with deep learning frameworks like TensorFlow or Py Torch, ability to optimize models for real-time performance on the Jetson Nano, knowledge of image processing techniques for accuracy enhancement, and understanding of surveillance system requirements. The output of the project is successful object detection, capable of identifying multiple divers and multiple lines in the underwater video.
Custom object detection for surveillance using Nvidia Jetson
A three-in one bot on the PancakeSwap DEX network, demonstrating (1) monitoring for new tokens to appear in real-time (2) waiting for liquidity on a pair (you can see the bot make a demo purchase of WBNB->BUSD immediately) (3) monitoring the mempool (pending transactions) for conditions, in this case, liquidity on any WBNB-related pair, which can be used to trigger a front-running buy and subsequent sale. I can install profitability filters of your choice into any of these events and insert buy/sell algorithms of your choice. Also available for Uniswap or similar ERC/BSC DEXes.
Pancake swap Front-Running Sniper Bot
A three-in one bot on the PancakeSwap DEX network, demonstrating (1) monitoring for new tokens to appear in real-time (2) waiting for liquidity on a pair (you can see the bot make a demo purchase of WBNB->BUSD immediately) (3) monitoring the mempool (pending transactions) for conditions, in this case, liquidity on any WBNB-related pair, which can be used to trigger a front-running buy and subsequent sale. I can install profitability filters of your choice into any of these events and insert buy/sell algorithms of your choice. Also available for Uniswap or similar ERC/BSC DEXes.
Pancake swap Front-Running Sniper Bot
A three-in one bot on the PancakeSwap DEX network, demonstrating (1) monitoring for new tokens to appear in real-time (2) waiting for liquidity on a pair (you can see the bot make a demo purchase of WBNB->BUSD immediately) (3) monitoring the mempool (pending transactions) for conditions, in this case, liquidity on any WBNB-related pair, which can be used to trigger a front-running buy and subsequent sale. I can install profitability filters of your choice into any of these events and insert buy/sell algorithms of your choice. Also available for Uniswap or similar ERC/BSC DEXes.
Pancake swap Front-Running Sniper Bot
A three-in one bot on the PancakeSwap DEX network, demonstrating (1) monitoring for new tokens to appear in real-time (2) waiting for liquidity on a pair (you can see the bot make a demo purchase of WBNB->BUSD immediately) (3) monitoring the mempool (pending transactions) for conditions, in this case, liquidity on any WBNB-related pair, which can be used to trigger a front-running buy and subsequent sale. I can install profitability filters of your choice into any of these events and insert buy/sell algorithms of your choice. Also available for Uniswap or similar ERC/BSC DEXes.
Pancake swap Front-Running Sniper Bot
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Welcome to the "Campaign and Election Monitoring App," a pivotal tool in promoting transparency and fostering educated voter participation in elections. After a secure registration process, users gain access to a treasure trove of features including real-time news updates, detailed candidate listings, and exclusive educational materials that guide them towards making informed choices. At the heart of the app is the incident reporting module. Leveraging GPS technology, it empowers users to swiftly report electoral malpractices by providing precise location data, coupled with video, image, or text evidence. These reports undergo stringent validation by admins, guaranteeing only verified incidents are published, a move set to revolutionize the electoral process by holding concerned parties accountable. Furthermore, users can keenly follow the election pulse by viewing and commenting on approved reports, nurturing a community of vigilant citizens.
Campaign and election monitoring App
Yolov7 Object Recognition.
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)
Task is done with C++. Code. As libraries, OpenCV is used. The task was to enlarge the image to one side with continuing this pattern. In other words it should be predicted how the pattern will continue. So the input was: 1. An image file (with a pattern) 2. The side which is enlarged (0, 1, 2, 3 for left, top right, bottom) 3. The enlargement in pixel. The output was: 1. The enlarged images file.
Predict an image pattern (OpenCV)

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5.0
£1,295.00 GBP
PLC programming and HMIs Screens.
Rashid is a very talented programmer, there was a slight language and cultural barrier, so it took a while to communicate my requirements, however, when fully understood, he delivered. Thank you.
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20 days ago
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$985.00 USD
Exchange - vtiger Mail convertor integration
We are extremely impressed with the work delivered by Rashid. Kudos to you bro and to your team! Their professionalism and attention to detail were excellent throughout the project. Not only did they meet all the requirements promptly, but they also added their creative touch, enhancing the overall quality of the final output. Great job!
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Flag of Adrian T.
@adrianrta
•
28 days ago
5.0
$80.00 USD
Make virtual machine on MAC using VirtualBox
Good coder, created the VM as required by spec. Recommended.
Mac OS
Virtual Machines
S
Flag of Paolo Amedeo M.
@smartlit
•
1 month ago
5.0
€350.00 EUR
Custom object detection - Nvidia Jetson Nano
Really good and responsive communication. I will definitely work with him again. Thank you!
Machine Learning (ML)
Deep Learning
User Avatar
Flag of Nejc L.
@nejclikar
•
1 month ago
5.0
$300.00 USD
Data scraping on ouicar.com (private car rental platform)
Rashid is highly recommendable. The work was done as planned, and any necessary corrections were quickly made.
Data Processing
Data Entry
Web Scraping
User Avatar
Flag of Jaffres B.
@benoitjaffres
•
2 months ago

Experience

Director

IAMT Technologies.
Apr 2017 - Present
IAMT Technologies have been working since 2017 providing all kind of IT solutions. We are a team based on hardworking professionals and talented individuals tend to provide good services to our clients.

Senior Project Manager

Systems pvt limited
Feb 2012 - Aug 2016 (4 years, 6 months)
Full Stack Senior Developer.

Education

MSC Computer Sciences

Information Technology University, Pakistan 2016 - 2020
(4 years)

BS Computer Science (BSCS).

The University of Lahore, Pakistan 2011 - 2015
(4 years)

Qualifications

Full stack Development.

UDEMY
2018
Full Stack Web Development with React JS, Angular and NodeJS

C programming.

UDEMY
2017
The C++20 Masterclass : From Fundamentals to Advanced

Blockchain.

UDEMY.
2017
Build and Deploy Your First Decentralized App with Ethereum

Contact Rashid A. about your job

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Certifications

android_1.png Android Development 1 100%
cplusplus_1.png C++ 1 97%
iPhone_Development_1.png iPhone Development 1 97%
WordPress.png WordPress 1 97%
preferredfreelancer-1.png Preferred Freelancer Program SLA 1 97%

Top Skills

HTML 20
Amazon Web Services 19
PHP 18
.NET 15
eCommerce 14

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