ABDULLAH AJMAL

Innovative Mechatronics Engineer with a Passion for Turning Complex Challenges into Creative Solutions

Driven and results-oriented Mechatronics Engineer with a strong foundation in Embedded Systems, PCB design, Problem-Solving, Solid Modeling, CAD/CAM, Control, Automation, Robotics, and project management. Expertise in a wide range of software tools, including SolidWorks, MATLAB, and more. Proven ability to apply technical expertise and leadership skills to contribute to innovative projects in mechatronics, IoT, and Automation.

Seeking opportunities to leverage skills and experience to make a significant impact on the mechatronics industry.

Machine Learning Specialization Website:https://coursera.org/share/2d52dd142a697fbc355abc900b1492c9

Design of V8 Engine on Solid Works
Created a 3D model and complete assembly of the engine in SolidWorks.
Project leader
• Simulated the engine's performance using SolidWorks Simulation.
• Analyzed the results of the simulation to optimize the engine's design.

Design of BLDC motor controller and Prototype EV Testing Rig
A locally sustainable and available low cost, and versatile BLDC motor ESC controller solution for conversion of IC vehicles into PHEV’s.
Project leader
• Efficiency Enhancement: Worked on efficiency enhancement of signal generation by the controller.
• Quality Analysis: Worked on output quality analysis, electronic component load testing and market evaluation.
• Cost management: Worked on cost optimization and comparison of available solutions.

5-DOF Robotic Manipulator
A simulation-based project based on manipulator kinematics and its analysis in 3D space using MATLAB.
Project leader
• Project Development: Worked on the mathematical calculations of joint Jacobians, forward and reverse kinematics by using exact specs from research paper and implementing model on MATLAB.

Automatic Tank Filling System
A relay logic-based Automatic Tank Filling System that monitors and controls the filling process made on PLC.
Project leader
• System designing: Successfully implemented ladder logic designs for Allen-Bradley PLC using RS Logic500 software and physical lab hardware.

Automatic Garage Door Control System

A relay logic-based Automatic Garage Door Control System based on IR sensors that monitors and controls the functioning of Garage door made on PLC.

Project leader

• System designing: Successfully implemented ladder logic designs for Allen-Bradley PLC using RS Logic500 software and physical lab hardware.

Design and deployment of Smart Mist Fan
An automatic smart fan that monitors humidity and temperature of surrounding environment and regulates those variables accordingly.
Project leader
• Project Development: Worked on the fabrication design of smart mist fan by incorporating all the required sensors which included humidity and temperature sensor and controller humidity pump and fan with the help of a microcontroller.

Sun Tracking Solar System
A microcontroller-based sun tracking system for auto alignment of solar panels with the exact location of the sun based of resistance difference.
Project leader
• Project Development: worked on servo-based positioning system of small size solar panel based on LDR.

Exploring new information and concepts about technology from YouTube and online forums.

Adding beneficial courses to my arsenal of skills will help me excel in my field.

Trying out new recipes and exploring new food places.