Skilled Math Tutor with Master's Degree and holds 2+ years experience, providing concept clearing sessions to High School to College students.
About
With a passion for advancing humankind through the sharing of technical knowledge, I strive to provide invaluable insights to those interested in the field of embedded systems. Currently, as a Sr. Embedded Software Developer at a multinational corporation since October 2021, I specialize in Embedded Systems and RF Communications, working with technologies such as TI Bluetooth, Xbee, ESP32, and Raspberry Pi. My work involves firmware development with responsibilities spanning MQTT, TCP/IP, LWIP, BLE, Carla Simulation, AutoSAR OSEK, ASPICE, and MATLAB.
Prior to this role, I served as an Embedded Software Developer from December 2019 to October 2021, focusing on Embedded Systems and Mobile Platforms. In this position, I worked on the AutoSAR MCAL Layer, Linux Device Driver Programming, Embedded Linux (Windows CE, MicroC, etc.), and ISO 26262, and implemented AI-based Fatigue Monitoring solutions.
From October 2017 to December 2019, I had the opportunity to work as an Assistant Professor and Project Engineer, where I concentrated on R&D for Embedded Systems and Mobile Platforms. Additionally, my career began with a role as a Development Engineer from May 2014 to August 2015, where I focused on R&D in the field of Embedded Systems. Throughout these diverse roles, I have continually sought to bridge my technical expertise with my commitment to fostering innovation and sharing knowledge.
Education
Master’s / Graduate Degree
Can also teach
- Math
Teaching methodology
My teaching methodology centers on experiential learning, mentorship, and fostering innovation, drawing from my experience as an Assistant Professor and Project Engineer. I emphasize hands-on learning through lab sessions and project-driven assignments, enabling students to connect theoretical concepts to practical applications. Collaborative research projects are an integral part of my approach, encouraging students to explore new ideas and solve real-world problems. I believe in personalized mentorship, offering one-on-one guidance to support individual growth, while also providing resources that align with each student's goals. My curriculum integrates the latest industry trends, such as AutoSAR and embedded AI, to prepare students for cutting-edge roles in the field. By promoting creative problem-solving and interactive learning, I create a dynamic classroom environment where students feel engaged and challenged. Through regular assessments and feedback, I continuously adapt my teaching methods to meet the needs of each class, ensuring that students not only acquire technical skills but also develop critical thinking and professional competencies essential for success in the field of embedded systems and mobile technology.
4.7
(110)