Dr. Mohammadreza Farjadian

Senior Robotics Software Engineer specializing in the shift from hardware-centric development to simulation-driven robotics. Building high-fidelity Digital Twins across warehouse, outdoor, and marine domains — integrating ROS 2/Nav2, NVIDIA Isaac Sim/Omniverse, and Gazebo — to bridge physical robots and cloud-based fleet management. (eesy-innovation GmbH, my employer since 2020, was acquired by HTEC Group in November 2024.

Contribute to the development of cutting-edge IoT solutions across smart home, industrial, and automotive domains by designing both embedded firmware and custom hardware architectures. In addition to technical development, lead projects acquired through B2B collaborations and successfully manage German and EU-funded innovation programs from proposal to execution.

Working as an external consultant in Hilti Deutschland in the TTM (time to market) team on new Hilti tools in the CSG (cutting, sawing, and grinding) cluster.

Researching in the direction of my Ph.D. on high-speed emerging non-volatile memories. with theoretically and experimentally studying Mott memories mainly based on VO2 material. Working in nanotechnology fabrication which is a high-tech measurement setup.

Working on smart grid AMI and preparing IoT infrastructure for AMI applications in different kinds of meters (electricity, gas, and water). Using LoRa, NB-IoT, GPRS, and PLC platforms for AMI applications. Participating in HW and FW design and implementation.

Working on Smart home devices and gas station dispenser utilities. Designing One, two, and three poles touch key in C language and ST microcontrollers. Designing management unit and different display indicators (TN glass LCD, high power 7segment, and Full HD TFT) for gas station dispensers. Participation in designing weight scale indicator with AD7190 ADC, TFT LCD, and SD card with high accuracy for the Airport.

Working on analysis, simulation, and design of ultrasonic gas flow meter with the team. Implementing FFT, iFFT, Correlation, and Cross-Correlation module implementation in C language onTSM320C6416 evaluation board

Working on industrial automation solutions by using servo motor, AC motor, and stepper motor driver management circuit. Implementing the firmware on DSP PIC (dsPIC) microcontrollers.