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Final Year ECE Student

Priyanshu Sil

Mumbai, India

Personal Summary

Electronics and Communication Engineering graduate with practical experience in embedded systems and VLSI design through academic projects and training at Rugved Systems. Proficient in multi-layer PCB design, signal integrity optimization, and hands-on FPGA and antenna design. Strong project coordination skills with a focus on delivering innovative solutions to real-world challenges.

Technical Skills

Embedded System Design
Control systems and IoT
VLSI and FPGA Development
PCB Design and Hardware Prototyping
Analog and Digital Circuits Design
Signal Processing and MATLAB/Simulink
Communication Protocols and Wireless Systems
Team Management and Leadership

Education

B. Tech in Electronics and Communications

Manipal Institute of Technology

Sept 2022 – July 2026

Minor: Embedded Systems

Key Highlights:

  • Specialized in Embedded Systems with hands-on experience in RTOS, ARM Cortex MCUs, and FPGA programming
  • Developed Verilog-based logic blocks and tested digital designs using Vivado & EDA Playground
  • Built and simulated analog circuits using Cadence; applied to real-world PCB projects
  • Practiced digital signal processing (DSP) using MATLAB and Simulink for system simulations

Professional Experience

Electronics Lead

Rugved Systems - Manipal, India

Oct 2022 – Sept 2025

  • Led embedded systems projects using Arduino, ESP32, and STM32 (e.g., line follower bot, WALRUS)
  • Designed multi-layer PCBs using KiCad, EasyEDA, and Altium, optimizing signal integrity and EMI
  • Developed wireless systems for RC cars and drones with LoRa, ESP32, and UART/I2C/SPI/CAN protocols
  • Simulated electronic circuits using Multisim, LTSpice, and Proteus to enhance design accuracy
  • Negotiated contracts with suppliers to secure favorable terms for materials procurement

Summer Intern

Tata Power Communications - India

May 2024 – July 2024

  • Gained hands-on experience with SCADA systems, MPLS-TP networks, L2/L3 switch and firewall setup
  • Assisted in configuring FRTUs, modems, and secure telephony using IEC61850/104 protocols
  • Worked on real-time data acquisition, OTDR testing, fiber splicing, and antenna installations
  • Explored substation automation, network management, and cybersecurity practices

Projects

WALRUS 2.0

Rugved Systems

Through DRDO problem statements, developing an autonomous, all-terrain bot with custom Power distribution board and BMS system, STM32-based GPR for landmine detection with Bowtie and Vivaldi antennas, Jetson-based encrypted communication system using LoRa, and GPS Dead-Reckoning System

LTSpice Cadence Ansys STM32CubeIDE ROS2 Chirpstack

Maritime Surveillance System

Manipal

Designed a low-power, embedded AI system for real-time submarine detection using STM32H750, OV7670 camera, FreeRTOS, and lightweight CNN inference with STM32Cube.AI

Embedded C STM32CubeIDE Yolo Object Detection DSP Video Segmentation FreeRTOS
GitHub

Gunshot Detection System using FPGA

Rugved Systems

Implemented a FPGA-based real-time gunshot detection system using DSP techniques (FFT, filtering, thresholding) to identify gunshots from acoustic signals with low-latency response

System Verilog Opamps CNN Digital Signal Processing for Audio
GitHub

Human-Tracking Drone

Rugved Systems

Worked on a drone with built-in Jetson Mini and RealSense camera for human tracking system. Communicates with base using MAVLINK protocol and ESP-32 LORA system for data transmission

ROS ESP32 LoRa Communications I2C SPI Mission Planner

Competitions

Technoxian Fastest Line Follower 2023

Built a high-speed line follower bot using an 8-IR sensor array, Arduino Uno, L293N motor driver, and 11.1V LiPo battery; implemented binary-coded sensor logic to handle various turns via a case-switch structure

Sensor Calibration PID KiCad
GitHub

BITS Quark RoboRace 2024

Used Flysky FS-i6X 2.4GHz 6CH AFHDS 2A RC transmitter with FS-iA10B 2.4GHz 10CH receiver controlled by an Arduino Nano; motors controlled by L293N motor drivers

ArduinoIDE Tx-Rx Communication
GitHub

E-Yantra Balancing Builder Bot 2025

Participated in the first stage, Simulated a two-wheeled self-balancing robot in CoppeliaSim using control systems, embedded systems, 3D design, and Python for smart city infrastructure applications

CoppliaSim Python Control Systems PID

Courses & Certifications

Object-Oriented Programming Specialization

Built a console-based cryptocurrency trading platform as the final project, applying object-oriented design principles, file parsing, and control flow using C++

Project Certificate

MATLAB for Engineers: An Experiential Learning

Gained hands-on exposure to AppDesigner, IoT, DSP, control systems, embedded coding, and ML workflows through 14 expert-led sessions

Certificate

Arm Cortex-M Architecture and Software Development Specialization

Gained in-depth knowledge of Cortex-M architecture, embedded C programming, exception handling, memory-mapped I/O, and low-level firmware development for real-time applications

Certificate

Contact Information

GitHub

rogueflux