High-performance embedded architecture, ultra-low-power 45nm VLSI circuits, and real-time autonomous systems engineered for deterministic reliability.
Electronics and Communication Engineering student with a strong foundation in embedded systems, IoT, and real-time system design. Hands-on experience with ARM-based microcontrollers and signal processing applications. Focused on applying hardware–software integration to engineer innovative solutions in automation, embedded security, and intelligent systems.
Amrita Vishwa Vidyapeetham, Kasavanahalli, Bengaluru
Narayana Junior College, Nallakunta, Hyderabad
Narayana Concept School, West Marredpally, Hyderabad
Active-low CS chip select, synchronous master-out/slave-in high-throughput stream.
Designed a dual-clock RISC-V System-on-Chip (SOC) (50 MHz CPU domain / 12.5 MHz peripheral domain) that combines a PicoRV32 core with custom APB3 peripherals (UART, GPIO, countdown Timer) and 16KB system SRAM.
Designed a browser based firmware extraction toolkit which uses the Web Serial API to create efficient bridges with 50+ microcontroller variants, without requiring local driver installations.
Created an enterprise-level “EmbeddedPilot” engine using streaming Google Gemini API models to generate production-ready peripheral drivers and complex multi-file RTOS architectures directly from natural language specifications.
Developed "JINX", an open-source 3D robotic simulator with real-time kinematics, trajectory planning and interactive environments for multi-DOF robots, using Three.js and Vite.
2nd IEEE International Conference on Robotics and Mechatronics (ICRM 2026)
▹Modeled forward kinematics using Denavit-Hartenberg parameters and derived a closed-form geometric inverse kinematics solver for dual elbow configurations.
▹Formulated an analytical 3x3 Jacobian for singularity detection, computed Lagrangian dynamics for joint torques, and shaped trajectories with trapezoidal velocity profiling.
▹Engineered an interactive 60 FPS Three.js web-based digital twin simulator integrating top-down vision tracking and noise propagation sensitivity analysis.
2nd IEEE International Conference on Robotics and Mechatronics (ICRM 2026)
▹Architected a 1:10 scale autonomous vehicle testbed with asynchronous WiFi WebSocket communication between a Raspberry Pi 4B (perception) and ESP32 (motor control).
▹Interleaved classical OpenCV lane detection with INT8-quantized MobileNetV2 traffic sign recognition, sustaining over 20 FPS with an under ±15 pixel tracking error.
▹Implemented an Extended Kalman Filter (EKF) for IMU-encoder odometry fusion and built a priority decision manager with six safety validation checks.
2026 IEEE 6th International Conference on VLSI Systems, Architecture, Technology and Applications (VLSI SATA)
▹Engineered a novel hybrid dynamic comparator combining a high-gain cascode cross-coupled preamplifier and simplified latch to drastically cut energy dissipation.
▹Implemented and validated in 45-nm CMOS technology in Cadence Virtuoso and Spectre Simulator across an extensive thermal range from -40°C to 120°C.
▹Achieved a 56.22% reduction in power consumption and near-zero delay sensitivity of 0.115 ps/°C compared to prior temperature-compensated architectures.
▹Solves critical delay variability in SAR and Flash ADCs for next-generation edge devices, wireless communication transceivers, and mobile IoT sensors.
Interactive audio-reactive 3D fluid & dithering simulation built with WebGPU & Three.js TSL.
Open to discussions regarding embedded systems engineering, VLSI circuit design, and full-time technical roles.
Building the future, one circuit at a time