Muhammad Ahsan

• Engineered an automated hydroponic indoor vertical farming system and collaborated with the engineering team to facilitate the transition of a new product from the research and development (R&D) phase to an operational environment.
• Designed and implemented database control systems to manage essential variables for plant growth.
• Integrated and configured embedded hardware and software components, by using multiple electronic sensors, modules and microcontrollers.
• Optimized both hardware and software aspects of a camera movement mechanism for capturing images.
• Utilized ESP32CAM for real-time data collection, monitoring plant conditions, and send data to the server.
• Created schematic designs and PCB layouts for sensors and control circuits.
• Modified existing code to replace problematic functions with optimized content.
• Tested existing hardware components, recommending necessary upgrades and replacements to meet performance standards.
• Conducted research on communication protocols for seamless device-to-cloud communication
• Worked closely with documentation team to provide technical details and participate in review cycles.

• Assigned to the Research and Development (R&D) department for the development of UAV drones
• Designed Quadcopters, VTOL (Vertical Takeoff and Landing) Planes, and Fixed Wing drones, implementing the advanced PIXHAWKS 4 controller technology, primarily for agricultural surveys and construction applications.
• Utilized AutoPilot and Beta flight firmware for precise drone operations and calibration, ensuring optimal performance.
• Proficiently operated a DJI Phantom Professional quadcopter equipped with a high-resolution GoPro camera.
• Conducted comprehensive pre-flight and post-flight checks, meticulously ensuring that the drones were in proper working order, adhering to strict safety and operational protocols.
• Evaluated operational systems and recommended design modifications to eliminate causes of malfunctions or changes in system requirements.
• Recommended repair or design modifications of electronics components or systems based on factors such as environment, service or system capabilities.

• Technical lead Laser department with effectively handled software installation, calibration, programming, and operation.
• Successfully implementing high-power electrical systems, including DC drives, and AC to DC converters, which significantly enhanced operational efficiency.
• Proficiently troubleshooting and installing various electrical components, such as AC motors, Servo drives, Servo motors, VFDs (Yaskawa, LS, Delta, ABB), sensors, and other electronic devices, ensuring seamless functionality.
• Diagnosing faults and performing comprehensive overhauls on Programmable Logic Controllers (PLCs) and Human-Machine Interfaces (HMI), encompassing brands like Allen Bradley Siemens, B&R, Beck Hoff, and LS.
• Offered technical support and troubleshot issues to enhance office productivity.
• Frequently inspected production area to verify proper equipment operation.
• Generated reports detailing findings and recommendations. Collected, arranged, and input information into database system.

Thesis: Intelligent System Architecture Smart Industrial Management for efficient response in Grid.
Research based upon to convert industry into smart industry. Designing a LoRaWAN based smart communication system to monitor the energy usage in the industry and and send data wireless over a long distance.

Final Year Project: Autonomous Sorting of Object through Image processing using Robotic Arm.

• Member of Student IEEE Society.
• Completed professional development in Electronic Devices and circuits.
• Awarded 2nd Position in House Project Exhibition.