Makar Kuznietsov
Co-Founder
About
I am building a solution to help performance-aware developers write hardware-optimized code more easily and faster. I previously worked with several research groups at MIT: built a high-speed camera with ISN, developed novel motors for micro-drones with RLE, and conducted high-frequency GaN transistor simulations with MTL. I also pursued several internships in industry: worked on compact high-frequency power supplies at Airity Technologies(acquired by Advanced Energy), and designed GPUs at Nvidia.
United States
San Francisco
Semiconductors
Project Management, Altium Designer, LTSpice, Synopsys IC Compiler, Cadence Innovus, Floorplanning, ANSYS HFSS
Experience
Co-Founder
Functio
Club President
MIT Voltage
Cambridge, Massachusetts, United States
• Revived MIT premier electrical engineering club after a 3-year hiatus, growing membership to ~150 from scratch. • Cultivated relationships with faculty, secured corporate sponsorships, and arranged top industry speakers for member talks.
Electrical Engineering Team Lead
MIT Arcturus
Cambridge, Massachusetts, United States
Managed workflow of 7 team members, tracked their progress, and was their point of contact for cross-function team interactions to ensure the timely completion of 5 subprojects. • Developed a circuit that implements the autonomous electrical boat safe stop feature in case of losing signal to the controller or an emergency saving $500 on a new controller and receiver. • Designed LED signal board PCB, PCB based on the safe stop circuit, BMS PCB in Altium CAD.
VLSI Physical Design Intern
NVIDIA
Santa Clara, California, United States
Worked on the PnR optimizations of Blackwell partition
Undergraduate Researcher
Microsystems Technology Laboratories
Cambridge, Massachusetts, United States
Conducting high-precision electromagnetic wave simulations within a 3D-chip package to predict interference between chiplets operating at high sub-THz frequencies for RF IC, using Ansys HFSS software.
Electrical Engineering Intern
Airity Technologies
Redwood City, California, United States
Compact high-voltage power supplies
Undergraduate Researcher
Research Laboratory of Electronics at MIT
Cambridge, Massachusetts, United States
• Engineered an Electrostatic Harmonic Motor for Micro Aerial Devices, with 1 mW of power input per 1 mg of mass at 1000 rpm on a millimeter scale. • Designed concomitant high-voltage PCB in Altium for motor control based on transistor amplifiers and programmed ESP32 MCPWM module using C for waveform production. • Wrote computer simulations using MATLAB to describe electrostatic phenomena.
Undergraduate Researcher
MIT ISN
Cambridge, Massachusetts, United States
Designed ns-sensistive camera to capture shockwaves in metamaterials
Education
Massachusetts Institute of Technology
Electrical and Electronics Engineering
Taras Shevchenko National University of Kyiv
Physics
Transferred to MIT
Makar Kuznietsov's Contact Information
Phone
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