Freelancer logo
How It Works
Browse Jobs
Log In
Sign Up
Post a Project
You're now following .
Error following user.
Your membership plan only allows 0 follows. Upgrade
here.
Successfully unfollowed user.
Error unfollowing user.
You have successfully recommended
Error recommending user.
Email successfully verified.
User Avatar
$7 USD / hour
Flag of GBFlag of GB
$7 USD / hour
It's currently 7:31 AM here
Joined June 3, 2013
0 Recommendations

Fahum M.

@faheemahmadforma

0.0
(1 review)
0.0
(1 review)
10.0
10.0
$7 USD / hour
Flag of GBFlag of GB
$7 USD / hour
N/A
Jobs Completed
N/A
On Budget
N/A
On Time
N/A
Repeat Hire Rate

Firmware Design Engineer

I have done Masters degree in Microelectronics from one of the best UK university. Previously I have obtained an Electrical Engineering degree from a famous Pakistani university.
Freelancer
C Programmers
United Kingdom

Contact Fahum M. about your job

Log in to discuss any details over chat.

Portfolio Items

A mechanical structure of a hovercraft was designed having one lifting motor and two propulsion motors on the back. Rudders were attached to control the direction of Hovercraft. Those rudders were attached with Servo motors. 
•	An embedded control system was designed having IMU to stabilize the Hovercraft for four degree of freedom. Sonar was used to detect the Front, Left and right sides to make it atonomus. 
•	A gps was used to find out its position for its navigation. The GPS data was send to a remote laptop via nRF that has SPI interfaced. 
•	A camera was used to see the front that was interfaced to remote Laptop via RF. A xbee was used to control the whole system.
•	A GUI in matlab was designed to see the camera feeds and controlling its motion. 
•	A rubber skirt was used. It inflates on its on. The craft was allowed to move on any surface. 
•	Tried to make it movable under water. But it was failed due to funding. Everything was designed on Arduino. A Litheam Polymer battery was u
Unmanned Landing Craft Air cushion
Several filter for audio processing were designed and implemented on Quartes II FPGA for filtering audio waves. Different system of blocks were designed and interfaced in schematic capture named as system architecture. Design specifications were made such as timing diagrams for each constraint used in each block, state machine diagram for whole system and outer A/D chip specifications. This system architecture was interfaced with hardware. The whole system was coded in VHDL.

•	CODEC A/D converter on board chip was configured with FPGA through I2C communication to attain required conversion level that was 16bits. That can be increased up to 64 bits.
•	Serial to parallel block was designed to make the serial coming data from Codec into parallel and vice versa. Different signals were designed such as ready and strobes to inform the next block.
•	Filtering block was designed having one multiplier and eight adders. Data from previous block was filtered and moved back.
•	Test benches were d
Audio waves processing using FPGA
Several filter for audio processing were designed and implemented on Quartes II FPGA for filtering audio waves. Different system of blocks were designed and interfaced in schematic capture named as system architecture. Design specifications were made such as timing diagrams for each constraint used in each block, state machine diagram for whole system and outer A/D chip specifications. This system architecture was interfaced with hardware. The whole system was coded in VHDL.

•	CODEC A/D converter on board chip was configured with FPGA through I2C communication to attain required conversion level that was 16bits. That can be increased up to 64 bits.
•	Serial to parallel block was designed to make the serial coming data from Codec into parallel and vice versa. Different signals were designed such as ready and strobes to inform the next block.
•	Filtering block was designed having one multiplier and eight adders. Data from previous block was filtered and moved back.
•	Test benches were d
Audio waves processing using FPGA
Several filter for audio processing were designed and implemented on Quartes II FPGA for filtering audio waves. Different system of blocks were designed and interfaced in schematic capture named as system architecture. Design specifications were made such as timing diagrams for each constraint used in each block, state machine diagram for whole system and outer A/D chip specifications. This system architecture was interfaced with hardware. The whole system was coded in VHDL.

•	CODEC A/D converter on board chip was configured with FPGA through I2C communication to attain required conversion level that was 16bits. That can be increased up to 64 bits.
•	Serial to parallel block was designed to make the serial coming data from Codec into parallel and vice versa. Different signals were designed such as ready and strobes to inform the next block.
•	Filtering block was designed having one multiplier and eight adders. Data from previous block was filtered and moved back.
•	Test benches were d
Audio waves processing using FPGA
Design of a Washing Machine Controller using FPGA

Reviews

Changes saved
Showing 1 - 1 out of 1 reviews
Filter reviews by: 1.0
$100.00 CAD
the worst freelancer ever got the proejct never replied just lies and scam
Python
Verilog / VHDL
GPS
Hire me
Arduino
Very-large-scale integration (VLSI)
G
Flag of CA Grant N. @grantnorton51
2 years ago

Education

Bsc Electrical Engineering

University of Engineering and Technology, Lahore, Pakistan 2011 - 2015
(4 years)

Contact Fahum M. about your job

Log in to discuss any details over chat.

Verifications

Preferred Freelancer
Identity Verified
Payment Verified
Phone Verified
Email Verified
Facebook Connected

Top Skills

PCB Layout
C Programming
Engineering
Electronics
Matlab and Mathematica

Browse Similar Freelancers

C Programmers in United Kingdom
C Programmers
Python Developers
Engineers

Browse Similar Showcases

C Programming
Python
Engineering
Electronics
Previous User
Next User
Invite sent successfully!
Registered Users Total Jobs Posted
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 141 959 042)
Copyright © 2021 Freelancer Technology Pty Limited (ACN 141 959 042)
There is no internet connection