mehdi khakbaz

• Chairperson of the Electronics Department: Responsible for leading and supervising bachelor students, communicating with faculty and staff, and facilitating the implementation of all college and university policies and procedures. • Teaching undergraduate courses encompassing Electronics, Microcontroller, C Programming, and Electronic Laboratory. • Provided mentorship and guidance to Bachelor of Science students throughout their research projects.

• Pivoted from concept to market-ready product, overseeing ideation to execution. • Built and led a multidisciplinary team, driving innovation and collaboration. • Designed and executed a high-precision power analyzer featuring: 4 voltage inputs (max: 500 Vrms) and 4 current sensors (clamp CT). Simultaneous sampling across 8 channels, utilizing 16-bit precision at a 8KHz Capable of measuring voltage, current, power, and energy, while calculating up to the 40th harmonic and sub-harmonic frequencies.

• Led the Welding Simulator Project. Designed and executed a user-to-PC interface.

• Led a 10 channels Data Logger Project.  Designed a 10-channel Data Logger featuring three voltage inputs, three current inputs, three vibration sensors, and a temperature sensor. Specifications included an accuracy of 0.01%, a sampling rate of 2.5 MHz, and integrated connectivity options such as 100 Mbit/s Ethernet and USB 2.0 (480 Mbit/s). The design incorporated a 4-layer PCB with programmable gain.

• Path Planning of Quadrotor Project  Orchestrated the design and implementation of a system and environment for the flight and control of Quadrotors.  Identified System to control robot  Designed and implemented the controller  Devised and executed an interface bridging the connection between a PC and the robot.

• Led Data logger Projects.  Designed and implemented an 8-channel Power Line Data Logger, featuring four voltage inputs and four 20A current clamps, with 12-bit resolution, capable of 10k samples/sec, and SD.  Designed and implemented a 3-channel Data Logger, incorporating three voltage inputs , with 12-bit resolution, capable of 20k samples/sec, and SD.  Designed and implemented a digital system for sampling using the Dytran 3200B shock sensor via AD977A (16-bit, 200k) and logging into NAND flash .

• Led the Welding Tensile Test Machine project.  Developed a digital system to collect data from strain gauges and motion sensors, control pneumatic cylinders, and transmit information to a PC.

• Supervised and coached students. • Designed and implemented the electronic components for Rescue Robots, Deminer Robots, and Line Followers.

• Delivered lectures and conducted courses in Electronic, engaging students in Electrical Engineer. • Developed and delivered curriculum materials, assessments, and examinations in adherence to academic standards.

 Designed and implemented IF band system including: IF band Amplifiers, Mixer, Crystal Filter Bank

 Designed and implemented baseband analog systems, encompassing: Amplifiers, Active and Passive Filters, Demodulators, PLL.

Thesis: Design and implementation of Acoustic Echo Canceller with Sub-band Adaptive Filter, GPA: 17.14/20

Thesis: Design and manufacture of a Camera Pan-Tilt, GPA: 17.06/20