Abhishek Ahirrao
Electronics & Telecommunication Engineering Student
Building real-world embedded systems, low-latency telemetry, and FPGA digital logic at K.K. Wagh Institute of Engineering Education & Research (SPPU).
Deterministic Cyber-Physical Prototyping
Connecting mathematical vehicle dynamics to physical microcontrollers. From FreeRTOS task priority assignment on ESP32 to low-latency ESP-NOW peer-to-peer telemetry and Artix-7 RTL logic synthesis.
Entering Hanging Projects Rail
Scroll to explore physical vehicle controls, digital twins, FPGA deduplication, and avionics flight instrumentation.
Selected Projects
TwinX — AI-Powered Digital Twin Platform for Indian Traffic Simulation
High-fidelity Indian traffic simulation platform combining RoadRunner 3D road models, MATLAB/Simulink vehicle dynamics, and AI scenario generation. Contributed to winning 1st Prize nationally at Smart India Hackathon 2025 out of 50,000+ teams.
V2V-Based Autonomous Vehicle Control Prototype Using Edge Computing
Engineered dual-core ESP32 vehicle nodes executing an ESP-NOW peer-to-peer telemetry loop with sub-10ms packet dispatch. Integrated MPU6050 inertial sensing, ultrasonic ranging, and Time-To-Collision (TTC) safety logic to control throttle and automated braking.
FPGA-Based Real-Time Image Deduplication Engine for Edge Wildlife Monitoring
Designed a Verilog HDL pipeline that constructs 64-bit perceptual image signatures in hardware registers and performs clock-cycle Hamming-distance comparison against cached references. Synthesized on Artix-7 FPGA, winning 1st Prize at the Unplugged Hackathon.
Mobile-Controlled Smart Home Automation System
Developed an ESP32-based multi-channel appliance switching system with optocoupler galvanic isolation between 3.3V logic and AC mains. Implemented non-blocking state firmware for reliable wireless control.
Automated Parametric Optimization for Water Rocket
Developed automated MATLAB/Simulink and OpenRocket aerodynamic models to optimize water-fill ratios, launch pressures, and apogee trajectories across multiple flight simulation scenarios during research internship at BSERC.
Engineering Experience
Bharat Space Education Research Centre
Developed automated parametric simulation and optimization workflows for water rocket propulsion and aerodynamics. Analyzed water-fill ratios, chamber pressures, and apogee trajectories using MATLAB, Simulink, and OpenRocket.
Team Antariiksh (Space Club of KKWIEER)
Leading avionics subsystem architecture, flight computer verification, and embedded hardware validation. Coordinating telemetry acquisition, sensor bus interfacing, and prototyping environments.
Engineering Background
I am an Electronics & Telecommunication Engineering student at K.K. Wagh Institute of Engineering Education & Research (SPPU), passionate about embedded systems, real-time firmware, and FPGA digital design.
My hands-on work focuses on turning hardware and mathematical models into working systems — from programming dual-core ESP32 microcontrollers with FreeRTOS and low-latency ESP-NOW wireless communication to synthesizing digital logic on Xilinx Artix-7 FPGAs and simulating dynamic control systems in MATLAB/Simulink.
Embedded & RTOS
Deterministic FreeRTOS tasks, peripheral drivers, and low-latency execution.
RTL & Digital Logic
Verilog HDL synthesis on Artix-7 FPGAs and timing verification in ModelSim.
Control & Simulation
MATLAB/Simulink dynamic system modeling and V2V wireless protocol verification.
Education & Milestones
B.Tech. Electronics & Telecommunication Engineering
Specializing in Embedded Systems, Real-Time Firmware, Hardware–Software Integration, Serial & Bus Protocols (CAN, SPI, I²C, ESP-NOW), and RTL Design on Artix-7 FPGAs.
Higher Secondary Certificate (HSC) — Science Stream
Bhonsala Military College, NashikRigorous analytical aptitude foundation in Advanced Mathematics, Classical Physics, and Physical Chemistry.
Secondary School Certificate (SSC)
St. Peters English Medium School, NashikFoundational scholastic training with distinction in Mathematics and General Sciences.
Technical Disciplines
Embedded Systems
Firmware architecture, peripheral control, and real-time execution
Communication Buses
Synchronous, asynchronous, and low-latency wireless protocols
Digital / FPGA
Hardware description, register-transfer logic, and FPGA synthesis
Control / Simulation
Model-based design, dynamic system simulation, and scenario modeling
Software & Tools
Development environments, scripting, and engineering toolchains
- •Dual-core task pinning and FreeRTOS queue management
- •Deterministic microsecond interrupt service routines (ISR)
- •Non-blocking GPIO and precision PWM motor control
Major Achievements
National Winner — Smart India Hackathon 2025
TwinX / High-Fidelity Indian Traffic Simulation
First Prize — Unplugged Hackathon
Real-Time Image Deduplication Engine on Artix-7 FPGA
Publications
V2V-Based Autonomous Vehicle Control Prototype Using Edge Computing
International Journal of Emerging Trends in Engineering and Development (IJETED)
IoT-Oriented Low-Power ALU with Dynamic Mode Switching for Energy Harvesting Applications
International Conference on Interdisciplinary Technology & Science Convergence (ICITSC)
Professional Certifications
Formal validation in simulation, C programming, and industrial networking, with ongoing technical expansion.
Verified Credentials
MATLAB & Simulink Onramp
Issuer: MathWorks
C Programming Certification
Issuer: Spoken Tutorial, IIT Bombay
Introduction to Quantum Computing
Issuer: NPTEL / SWAYAM
Currently In Progress
Cisco CCNA 200-301
Track: Networking
Leadership & Campus Roles
Engineering team coordination, technical placement representation, and hardware competition management.
Avionics Sub-Lead
Leading avionics subsystem architecture, telemetry coordination, and embedded prototyping.
Student Coordinator
Coordinating technical recruitment drives, company relations, and student orientation.
Circuit Trace Competition Head
Designing circuit debugging challenges, rule formulation, and competition evaluation.
Let's Build Something
Interested in firmware development, real-time control, FPGA RTL design, or research collaboration? Reach out directly via email or connect on professional platforms.
Email Address