• Inspected parts visually, using attribute and variable gauges to identify a variety of known defects.• Discerned between good, defective, and suspect parts, seeking assistance when issues were detected.• Train and assist other employees as required.• Performed other miscellaneous duties as assigned.

• Prepared and cleaned machine parts used for manufacturing of heavy equipment • Reported errors and deficiencies during the preparation process

• Provided first-level troubleshooting and resolution of Electrical related faults on Generators, UPS, AVR, FLURSAC, PREMSETS, and AMF panels using related circuit diagrams - carried-out power provisioning in terms of capacity (KW) planning and upgrade for customers within the Data center.

•Organized sessions, workshops, and exhibitions focusing on hands-on activities like circuit prototyping and microcontroller application. Utilized PIC18F645K22, Arduino, and MBED LPC-1768 as base controllers.•Designed and implemented a PI algorithm in C for precise control and correction of PWM signal feedback in a pure sine wave inverter.•Implemented task scheduling and mutex locking with FreeRTOS on the MBED LPC1768 to control an LCD display•Implemented C code to adjust sensor data setpoints and communicate via USART to the MBED microcontroller using the NEMA command protocol.•Developed C code to retrieve real-time data from temperature, humidity, and CO2 sensors for a Greenhouse Controller.•Designed, programmed, and developed the Linear Slide (Pulley system) Robot picker using a custom REV Hub (RK3328 Quad-core ARM Cortex -A53) robotic competition Java as programming tool•Developed and maintained an SDK for PIC microcontrollers, including libraries for GPIO, UART, I2C, and SPI peripherals.•Implemented low-level drivers for various peripherals (e.g., ADC, PWM) on PIC microcontrollers, ensuring efficient hardware interaction•Developed an optimized algorithm in C for efficient stepper motor operation.