Freelance project
Keywords
AutoCAD
C++ (Programming Language)
MATLAB
C (Programming Language)
Arduino
Autodesk Inventor
Printed Circuit Board
Computer Programming
SolidWorks (CAD)
Direct Marketing
Skills
machine learning, sensor, Microsoft Powerpoint Social Media, MS Project, search engines, SEO, Google, Docs, Power Point, LinkedIn, Microsoft Office, Facebook, Instagram, Email Marketing, programming, C C++ C/#, PCB, AutoCAD Advanced Lab VIEW, Arduino, Raspberry Pi platforms, Rendering, Python, C++, SQL, logic pro, MatLab, SimuLink Matlab, Solidworks, Autodesk Inventor, AutoCad
Project history
06/2022
-
Present
Camoflague Car
Currently, I am working on a prototype. The main focus is to make a car that records video and transmits sound, avoid an obstacle on its path and it will be able to follow its own path on its own. It will also have an SD card to store all of the data.
Currently, I am working on a prototype. The main focus is to make a car that records video and transmits sound, avoid an obstacle on its path and it will be able to follow its own path on its own. It will also have an SD card to store all of the data.
02/2021
-
06/2022
Team Lead
Air University Islamabad
(Industry and mechanical engineering, 500-1000 employees)
EMG-based Exo-Skeleton for Ankle
It was my final year project for the degree. Min objectives were to achieve 2-DOF moments 1 DOF active and 1DOF passive moment. An active degree of freedom was achieved through control commands that were generated through the data that we gathered with the help of the muscle sensor, initially, raw data was collected that was further filtered to have a clear signal then features were extracted from the data set collected and classes was set from that data set on which the original exoskeleton is now performinh=g the active degree of freedom LDA was used for this approach.
It was my final year project for the degree. Min objectives were to achieve 2-DOF moments 1 DOF active and 1DOF passive moment. An active degree of freedom was achieved through control commands that were generated through the data that we gathered with the help of the muscle sensor, initially, raw data was collected that was further filtered to have a clear signal then features were extracted from the data set collected and classes was set from that data set on which the original exoskeleton is now performinh=g the active degree of freedom LDA was used for this approach.
05/2019
-
07/2019
Junior Engineer
Neuro-Research group
(Industry and mechanical engineering, 10-50 employees)
Vehicle Tracking System
The system is programmed to send the location of a vehicle to the owner's mobile phone via GSM. GPS and GPS are integrated with Arduino as well as a real-time clock to achieve the objective 10 Self Balancing Robot - It's an Arduino-based robot. According to the feedback of the IMU, an MCU using the PID control algorithm calculates the required speed for the motors, to adjust the robot's posture and keep the body balanced.
The system is programmed to send the location of a vehicle to the owner's mobile phone via GSM. GPS and GPS are integrated with Arduino as well as a real-time clock to achieve the objective 10 Self Balancing Robot - It's an Arduino-based robot. According to the feedback of the IMU, an MCU using the PID control algorithm calculates the required speed for the motors, to adjust the robot's posture and keep the body balanced.
04/2019
-
04/2019
Freelancer
V6 Engine on SolidWorks
Completed fully working the engine in Solidworks including assembly after following the youtube tutorials.
Completed fully working the engine in Solidworks including assembly after following the youtube tutorials.
11/2018
-
12/2018
Lead Engineer
Neuro-Research group Air University
(Industry and mechanical engineering, 10-50 employees)
Line Follower Robot
Two types of Line Following Robots made 1. completely programmed using assembly language on the Intel AT89C51micro-controller using IR sensors. The IR sensors are attached at the front end bottom of the robot sensing the line. 2. Line Following Robot using Digital logic - using IR sensors. The IR sensors are attached at the front end bottom of the robot sensing the line and giving its input to digital logic which is responsible for the action of the robot
Two types of Line Following Robots made 1. completely programmed using assembly language on the Intel AT89C51micro-controller using IR sensors. The IR sensors are attached at the front end bottom of the robot sensing the line. 2. Line Following Robot using Digital logic - using IR sensors. The IR sensors are attached at the front end bottom of the robot sensing the line and giving its input to digital logic which is responsible for the action of the robot
Local Availability
Only available in these countries:
Pakistan
I am usually available all the type as I am sociallyvery active and wants to do my work as soon as possible with precsion and accutracy.
