As a Junior Embedded Engineer, I manage several machines, each requiring careful attention to detail. My responsibilities include: I design detailed wiring plans for each machine, making sure that all components—such as connectors, power buttons, cables, and slotted ducts—are chosen and used according to industry standards. This ensures the machines are reliable and safe.I spend time researching and selecting the best connectors and cables for each machine. This ensures strong power supply, efficient signal transmission, and well-organized wiring layouts that improve the machine’s performance and durability. I am currently working on developing firmware for a specialized machine used in important testing processes. I focus on writing fast, flexible, and well-organized code to ensure the machine runs efficiently and reliably.I am committed to ongoing learning, and constantly researching new methods and ideas in firmware programming. This helps me stay updated with the latest technology and apply new knowledge to improve the machines I work on.Using FreeRTOS for better performance: I use FreeRTOS, a real-time operating system, to allow tasks to run independently in our programs. This reduces lag between the machine and its user interface, making it more responsive and easier to use.

Worked on a high-pressure project as a Trainee Officer, where I developed extensive and compact wiring plans that aligned with the latest industry standards.Engaged in research and development to carefully select the appropriate cables, ensuring optimal power supply and signal transmission to various machine peripherals.Designed specialized connectors to seamlessly integrate sensors, controllers, and other peripherals with the PCB, significantly improving wire management and system efficiency.Employed flexible and easy-to-install slotted ducts, enhancing both the aesthetic appeal and functionality of the machine's internal wiring.Culminated my tenure by successfully assembling a machine with internal wiring meticulously designed to reflect the latest industry trends.

-Gained foundational knowledge of advanced microcontrollers used in the industry.Worked with various microcontrollers, focusing on STM32 controllers.Started with the Low Power NUCLEO series and advanced to Discovery boards with multiple peripherals and onboard sensors.Developed and deployed firmware for a curing machine used for medical-grade catheters.Managed the entire wiring plan and wiring management for the machine.Integrated a touchscreen GUI to enhance the user-friendliness of the machine

Enabled remote control through a user's personal computer by implementing SCPI commands transmitted via a USB to Serial Bridge converter. Allowed users to set voltage or current remotely and provided an option to lock the power supply to prevent unauthorized changes, enhancing user security. Contributed to the design and assembly of a testing rig for a thermal imaging device during the second half of the internship.Managed project documentation, tracking progress and detailing project specifics. Additionally, created schematic sheets and block diagrams to support the testing rig's development.