During my time as an engineer at Ipeco Holdings Ltd, an aerospace company, I was tasked with automating their currently manual systems. Firstly, I was responsible for creating specification documents for existing systems, which gave me a deep understanding of the technology. I then received extensive training in the use of Catia to produce CAD drawings. Following that, I began designing the architecture for the automation systems, adhering to strict guidelines from documents like the DO160 and other standard aerospace protocols. The architecture was approved to meet all safety requirements, after which I proceeded to prototyping. I developed numerous motor control prototypes to manage the system, and eventually arrived at a system that fulfilled all safety and electrical standards. I also supported the development of final products by collaborating with multiple branches, such as OTM Servo Mechanism Ltd and Ipeco Electronics Ltd. Here, I worked alongside many talented engineers to bring the final product to completion. For clients such as Boeing, Airbus, and Bombardier.
Procedures and Software: ECU/Motor controller development
System Architecture Design - Developed a full architecture, developing sections like: power control module logic, direction signal interface, current sensing logic, timer logic, direction control logic. MATLAB, PowerPoint, Teamcenter
Prototyping - Developed multiple prototypes, following steps like:
programming microcontrollers(Arduino, Raspberry Pi, Texas Instrument controllers, Maxon controllers, etc), microchips, etc. Using Arduino IDE, Python, Thonny, etc.
PCB Design and Simulation using MATLAB Simulink, Altium, and Multisim
CAD designs on Catia
Torque and other mathematical calculations
Test and Debugging
Documentation on Excel, Word, PowerPoint, Teamcenter, etc.