11/10/2026 updated

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Electronics and Technology Engineer | VLSI | Embedded Systems | IoT | Python

Hyderabad, India
Only remote
Integrated Dual Degree (B.Tech + M.Tech), Specialization: Computing Signal Processing, JNTU Hyd
Hyderabad, India
Only remote
Integrated Dual Degree (B.Tech + M.Tech), Specialization: Computing Signal Processing, JNTU Hyd

Profile attachments

Vishal_Kumar_Resume (1).pdf

VLSI and Digital Design
Expertise in Verilog HDL, RTL Design, SoC Design Fundamentals, Digital Logic Design, Combinational and Sequential Circuits, FPGA, and Design Verification Concepts. Hands-on experience with Xilinx ISE Design Suite and Xilinx Vivado for hardware design and verification workflows.

Embedded Systems
Practical knowledge of Arduino Uno, ESP8266 NodeMCU, ESP32, Sensor Interfacing, UART, I2C, Serial Communication, and Embedded C/C++. Experience building temperature and humidity monitoring prototypes and handling microcontroller setup and hardware troubleshooting.

IoT and Networking
Solid understanding of IoT Systems, Sensor Data Acquisition, Ethernet, TCP/IP, UDP, RTP, Optical Fiber Communication, and Wired and Wireless Communication. Experience developing basic IoT monitoring prototypes and hardware-software integration.

Python Programming
Proficiency in Python for automation scripts, data processing, image processing, and MATLAB-based workflows. Applied in FPGA-based image processing projects and food contamination analysis.

FPGA-Based Image Processing
Experience developing FPGA-oriented systems for real-time aircraft detection, tracking, and counting using Verilog HDL, MATLAB, Xilinx ISE, and Spartan-6 XC6SLX45 FPGA. Implementation of grayscale conversion, Gaussian filtering, background subtraction, and morphological operations.

Machine Learning and AI
Exposure to Random Forest classification for food contamination detection using Bosch BME688 sensor data and BME AI-Studio. Exploration of AI-enabled embedded applications through internship at NIELIT.

Technical Documentation
Ability to produce project reports, research formatting, and engineering presentations as part of freelance and academic work.

Tools and Software
Hands-on experience with Xilinx ISE Design Suite, Xilinx Vivado, Arduino IDE, MATLAB, Jupyter Notebook, and Bosch BME AI-Studio for design, simulation, and prototyping tasks.

Experience

Professional experience0 - 5 years
Freelancer since2026

Languages

EnglishFluentTeluguNative speaker

Project history

VLSI Design Verification Intern

The Silicon Sandbox
Four-month training-cum-internship programme focused on learning digital design and verification fundamentals through structured training and practical exercises, and building familiarity with verification methodologies and hardware design workflows.

Intern (Artificial Intelligence, Embedded Systems and IoT)

National Institute of Electronics and Information Technology (NIELIT)
Worked on project-oriented tasks in embedded systems and IoT, practiced sensor interfacing and hardware-software integration, and explored AI-enabled embedded applications and practical system development.

Project Developer - FPGA-Based Real-Time Aircraft Detection, Tracking and Counting System

Self / Academic Project
Developed an FPGA-oriented system using Verilog HDL, Python, MATLAB, Xilinx ISE, and Spartan-6 XC6SLX45 FPGA to detect, track, and count multiple aircraft in aerial and surveillance images and video. Implemented image-processing stages including grayscale conversion, Gaussian filtering, background subtraction, adaptive thresholding, and morphological operations. Applied connected-component analysis and shape-based filtering, and designed a modular Verilog architecture for image-processing and object-tracking blocks.

Project Developer - Food Contamination Analysis and Detection System

Self / Academic Project
Developed a sensor-based concept for analyzing food samples using Bosch BME688, Python, BME AI-Studio, and Random Forest. Collected and analyzed sensor data from rice and other grain samples, comparing normal and potentially contaminated conditions, and explored Random Forest classification to distinguish sample conditions.

Project Developer - Embedded Sensor Monitoring and IoT Prototyping

Self / Academic Project
Built temperature and humidity monitoring prototypes with the DHT11 sensor on Arduino Uno and ESP8266 using Arduino IDE and Embedded C/C++. Performed sensor interfacing and serial-monitor data acquisition, and handled microcontroller setup, library configuration, board selection, and hardware troubleshooting.

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