Farshad Rezakhanloo

The goal is to enhance the transfection efficiency through photonic and electronic manipulations. I designed and fabricated a special chip (clean-room) and a system to apply the desired voltage to the chip.

Responsible for designing and fabricating electronic circuits and stages (X,Y, Z, and rotation) and the optical path for the Mask Aligner machine used in clean-room processes.

Developed a Lab-on-Chip device for rapid and accurate PCR testing, including excitation and detection systems (UV source and sensors) for DNA signals.

Worked on projects such as the design and fabrication of an accelerometer (MEMS) for a startup.

Built a strong foundation in electronics and semiconductor devices, working on numerous projects involving fabrication processes, microcontrollers, and analog and digital circuits.

Enhancing transfection efficiency through photonic and electronic manipulations. Designed and fabricated a special chip and system to apply the desired voltage.

Developed a Lab-on-Chip device for rapid and accurate PCR testing, including excitation and detection systems for DNA signals.

Built a strong foundation in electronics and semiconductor devices, working on numerous projects involving fabrication processes, microcontrollers, and analog and digital circuits.