M.Sc. Electronics Researcher
Amit Kumar
Building the future of semiconductors through thin film research and VLSI design. UGC-NET qualified Electronics specialist with hands-on experience in magnetic characterization and embedded systems.
Building the future of semiconductors through thin film research and VLSI design. UGC-NET qualified Electronics specialist with hands-on experience in magnetic characterization and embedded systems.
I'm an M.Sc. Electronics graduate from University of Delhi with expertise in thin film fabrication, magnetic characterization, and VLSI system design. My research focuses on FeCo alloy thin films for spintronic applications using DC sputtering techniques.
I combine material science knowledge with electronic engineering skills to develop innovative semiconductor solutions. Experienced in XRD, VSM, FMR characterization and embedded systems development.
Academic qualifications and professional experience verified from official documents.
Advanced study in Semiconductor Physics, VLSI Design, and Thin Film fabrication. Research focus on magnetic materials characterization.
Core electronics curriculum covering Analog/Digital circuits, Microprocessors, Signal Processing, and Communication Systems.
Remote technical support for Sony Bravia ecosystem. Troubleshooting display calibration, connectivity issues, and firmware updates.
FeCo thin film research using DC Sputtering. Magnetic characterization with XRD, VSM, and FMR techniques for spintronic applications.
Circuit design and validation using BJT, op-amps, and Arduino. Developed autonomous robotic systems with closed-loop control.
Verified from official resume and LinkedIn profile documents.
Expert in magnetic thin film fabrication using DC sputtering and characterization via XRD, VSM, FMR techniques.
Digital circuit design using Verilog/VHDL. FPGA development and 8051 microcontroller programming for embedded applications.
Arduino and ESP32 development for IoT applications. Circuit design with BJT, op-amps, and sensor integration.
Scientific computing with MATLAB and Python. Circuit simulation using Proteus and Multisim for design validation.
Verified from UGC-NET scorecard and LinkedIn profile documents.
Research and engineering projects from official resume and academic work.
Magnetic anisotropy and damping constants in DC sputtered FeCo alloy thin films. XRD and VSM characterization for spintronic applications.
Modern web platform for on-demand laundry services. Features include booking management, order tracking, and payment integration.
Digital platform connecting users with scrap collectors. Features real-time tracking, pricing calculator, and scheduling system.
WiFi-enabled digital imaging system for real-time microscopy streaming. IoT-based remote analysis and data capture platform.
Autonomous robotics with IR sensors and PID control. Arduino-based path detection with precise motor synchronization.
Mechanical strain effects on sputtered magnetic thin films for next-gen flexible sensors and wearable electronics.
Writeups on thin films, spintronics, VLSI, embedded systems, and electronics.
Open to Ph.D. opportunities, VLSI roles, research collaborations, and electronics freelance work.
Open to Ph.D. opportunities, VLSI design roles, research collaborations, and semiconductor R&D projects.
Professional Role: Electronics Researcher & Semiconductor Engineer.
Academic Background: M.Sc. Electronics, University of Delhi South Campus; B.Sc. Electronic Science, ANDC, DU.
Core Research: Fabrication and characterization of transition metal thin films (FeCo) via DC sputtering for spintronic applications.
Technical Expertise: VLSI Design, Digital Circuits, Embedded Systems (Arduino/8051), XRD, VSM, FMR.
Credentials: UGC-NET Qualified (Dec 2025).