Vignesh Reddy Doma

Dynamic and results-driven Electrical and Electronics Engineering student with strong expertise in digital VLSI design, embedded systems, and FPGA development. Proven problem-solving abilities demonstrated through successful implementation of complex projects including pipelined processors, flight controllers. Additional experience as a Teaching Assistant at BITS Pilani, supporting student learning in technical coursework.

I received the MCN scholarship for all six semesters as follows:

Sem I - 40% ; Sem II - 25% ; Sem III - 40% ; Sem IV - 40% ; Sem V - 40% ; Sem VI - 40%

• Working on implementing Digital Storage Oscilloscope on Zynq 7000 FPGA board
• Using additional ADC PMOD to capture signal and VGA PMOD to display the results which integrates with FPGA board
• Writing Verilog code for implementation on FPGA board dedicated to data acquisition, storage, and signal processing.

I thoroughly enjoy participating in cricket, volleyball, badminton, snooker, chess, and carom during my free time.

• Positive Attitude

• Organized and Efficient

• Attention to Detail

• Teamwork and Collaboration

Looking for a Full-Time Internship from 06/2025 to 12/2025

To achieve excellence in the field of Digital Electronics.

 DSO on FPGA  (Oct 2024 - Nov 2024)

• Worked on implementing Digital Storage Oscilloscope on Zynq 7000 FPGA board
• Used additional ADC PMOD to capture signal and VGA PMOD to display the results which integrates with FPGA board
• Written Verilog code for implementation on FPGA board dedicated to data acquisition, storage, and signal processing.

Design and Implementation of MVL circuits using CNTFET 

(Jan 2025 - Present)

• Approaching different methods to implement ternary logic using CNTFET
• Working on existing designs of accurate and approximate arithmetic circuits

I thoroughly enjoy participating in cricket, volleyball, badminton, snooker, chess, and carom during my free time.

• Positive Attitude

• Organized and Efficient

• Attention to Detail

• Teamwork and Collaboration

Looking for a Full-Time Internship from 06/2025 to 12/2025

To achieve excellence in the field of Digital Electronics.

 DSO on FPGA  (Oct 2024 - Nov 2024)

• Worked on implementing Digital Storage Oscilloscope on Zynq 7000 FPGA board
• Used additional ADC PMOD to capture signal and VGA PMOD to display the results which integrates with FPGA board
• Written Verilog code for implementation on FPGA board dedicated to data acquisition, storage, and signal processing.

Design and Implementation of MVL circuits using CNTFET 

(Jan 2025 - Present)

• Approaching different methods to implement ternary logic using CNTFET
• Working on existing designs of accurate and approximate arithmetic circuits

I thoroughly enjoy participating in cricket, volleyball, badminton, snooker, chess, and carom during my free time.

• Positive Attitude
• Organized and Efficient
• Attention to Detail
• Teamwork and Collaboration

 DSO on FPGA  (Oct 2024 - Nov 2024)

• Worked on implementing Digital Storage Oscilloscope on Zynq 7000 FPGA board
• Used additional ADC PMOD to capture signal and VGA PMOD to display the results which integrates with FPGA board
• Written Verilog code for implementation on FPGA board dedicated to data acquisition, storage, and signal processing.

Design and Implementation of MVL circuits using CNTFET 

(Jan 2025 - May 2025)

• Approached different methods to implement ternary logic using CNTFET
• Worked on existing designs of accurate and approximate arithmetic circuits
• Implemented 6-trit approximate multiplier in Hspice.
• Worked on designing new approximate multiplier based on Mitchell's logarithmic approximation

Implementation of 5 stage pipelined MIPS processor 

(March 2025 - May 2025)

• Designed a pipelined processor that follows MIPS ISA which can execute the given machine code.
• Included data hazard detection and data forwarding unit.
• Successfully executed and verified the register updates in each clock cycle.

Implementation of Linux based Flight Controller on PI 5 

(June 2025 - July 2025)

• Built a Linux-based flight controller on Raspberry Pi 5 using Ubuntu command line, integrating ArduPilot software with various sensors and motors for autonomous flight control
• Solved ArduPilot driver compatibility problems by diving into the open-source codebase and making necessary modifications when sensor drivers weren't available, getting all hardware working together smoothly

I thoroughly enjoy participating in cricket, volleyball and snooker during my free time.