Hire the Best Embedded Systems Engineers in Bengaluru, IN

I design embedded systems that just work—reliably, efficiently, and at scale. With deep expertise in STM32, nRF52, ESP32, and Atmel platforms, I build firmware that's not just functional, but rock-solid and production-ready. From hardware bring-up to protocol stacks, I own the entire development cycle. My architecture-driven mindset ensures every system I build is modular, maintainable, and built to scale—no spaghetti code, no shortcuts. What truly sets me apart? 🔧 I understand hardware like an engineer 💻 I code like a developer 🧠 I think like a system architect Whether you're building IoT devices, industrial automation, or consumer electronics, I bring the low-level expertise and hands-on experience to turn ideas into robust products. 📩 Ready to bring your embedded vision to life? Let’s talk—I’m the expert who gets it done.

I’m a Robotics and Mechatronics Engineer, skilled at turning ideas into functional, manufacturable prototypes. I specialize in clean, efficient mechanical design using SolidWorks and Fusion 360 with extensive experience in 3D printing, slicing and preparing models for high-speed, precision manufacturing. Beyond mechanical design, I bring strong expertise in robotics, drone systems, electronics and embedded systems. I have designed, built and integrated custom robotic platforms, FPV drones and autonomous systems using Arduino, Raspberry Pi, sensors, wireless communication and motor control. My projects include self-balancing robots, gesture-controlled prosthetic hands, morphing robots, custom quadcopters, mobile manipulators and other electromechanical systems that combine CAD, fabrication, electronics and software into fully functional prototypes. What I can help you with: 1. 3D CAD Design – Mechanical parts, product design, enclosures, assemblies, and manufacturing-ready models using SolidWorks and Fusion 360. 2. 3D Printing & Design for Manufacturing – Model preparation, slicing (Bambu Studio, UltiMaker Cura, ideaMaker), print optimization, troubleshooting and rapid prototyping. 3. Functional Prototyping – Building working prototypes with motors, actuators, sensors, electronics and mechanical assemblies. 4. Robotics & Drone Development – Custom robotic systems, FPV drones, UAV components, mechanism design, electronics integration and testing. 5. Electronics Integration – Arduino, Raspberry Pi, motor drivers, ESCs, sensors, LCDs, touchscreens, wireless communication and embedded hardware. 6. Component Fit & Validation – Assembly verification, tolerance checks, interference detection and real-world fit testing before manufacturing. 7. Basic Rendering & Animation – Functional visualizations and concept presentations for prototypes and products. I focus on creating practical, reliable designs that can be manufactured, assembled and tested efficiently, whether you need a single mechanical part, a complete product prototype or a fully integrated robotics or drone system.

Building custom numerical solvers for electromagnetic, fluid, and structural problems — from geometry and mesh generation through sparse matrix assembly to validated field outputs. Current focus: a 2D magnetostatic FEM solver in C++ for a permanent-magnet motor (outrunner topology), built from scratch using GMSH 4.15 (OCC kernel) and Eigen for sparse linear systems. Target validation: B-field distribution against analytical airgap flux density. Stack: C++17/23 · GMSH · Eigen · CMake · Linux/WSL · Neovim/clangd Domains: Electromagnetics · Magnetostatics · FEM · Numerical Methods Background: BE Aeronautical Engineering · 4.5 years engineering software development · government-sponsored undergraduate research in BLDC motor FEM design and ducted propeller BEM analysis

Expertise in Power electronics, SMPS power supplies, Motor control, VFD drives, power distribution, transformers, PLC and Industrial automation. Extensive design capabilities in Eagle Cad and KiCad for PCB designing and layouts. Well versed with Embedded systems engineering and micro-controller programming. About me:- I am an Electronics engineer with 12 years of Experience in Industrial Electricals and Electronics technology. My areas of expertise are Power Electronics and Motor control. I have worked with Megawatt size AC-DC converters, wind turbines, UPS systems, motors and Drives for critical applications, and Industrial Networking systems during my stint at ABB and then Siemens. For the last 2 years, I have been consulting with various individuals and companies regarding Power Supplies, AC-DC converters, Electric Vehicles, etc.

Every hardware decision made today affects manufacturing cost, certification, battery life, reliability, and time to market. That's where I come in. I work with startups, R&D teams, and product companies to make the critical engineering decisions before they become expensive problems. Rather than simply drawing schematics or routing PCBs, I help design products that are manufacturable, reliable, scalable, and ready for real-world deployment. Whether you're building your first prototype or preparing for production, I can help you move faster with confidence. What I Bring to Your Project  Systems Thinking Before Schematic Design • Hardware architecture • Technical feasibility studies • Technology selection • Risk identification before development begins  Production-Ready Electronics • Analog, Digital & Mixed-Signal Design • High-Speed PCB Design (2–12 Layers) • Rigid, Flex & Rigid-Flex PCBs • Signal Integrity & Power Integrity • EMI/EMC-Oriented Layout Practices • DFM & DFT Optimization  Low-Power & Battery-Powered Systems • Battery Management • Charging Solutions • Fuel Gauging • Power Path Design • Ultra-Low Power Optimization • DC/DC & PMIC Design  Embedded & Connected Products • STM32 • Nordic nRF52 • ESP32 • Raspberry Pi • Microchip MCUs • Rokchip Processors • NXP Processors  Medical & Sensor Electronics • ECG • EMG • SpO₂ • Heart Rate • Temperature • Pressure Mapping • IMU Integration • Precision Analog Front Ends • Low-Noise Signal Conditioning My Engineering Philosophy I don't believe great hardware is built by selecting expensive components. Great hardware comes from making the right engineering trade-offs. Every recommendation I make balances: • Performance • Reliability • Cost • Manufacturability • Power Consumption • Product Lifetime • Supply Chain Availability • Future Scalability This approach helps reduce redesign cycles while making products easier to manufacture and maintain. What You Can Expect From our first conversation, I focus on understanding: • What you're building • Who will use it • Where it will operate • What constraints matter most Then I provide practical engineering solutions—not unnecessary complexity. You receive clear documentation throughout the project, making collaboration with firmware teams, mechanical engineers, manufacturers, and certification labs much smoother. Deliverables • Hardware Architecture • System Block Diagrams • Schematics • PCB Layout • Gerber Files • Pick & Place Files • Assembly Drawings • Bill of Materials (BOM) • 3D PCB Models • Component Libraries • Design Review Reports • Manufacturing Documentation • Prototype Bring-Up Support • Test Plans & Validation Documents Selected Projects • Precision Drug Delivery Device (Medical) • Bone Density Measurement System • EMG Wearable Diagnostic Device • Smart Health Monitoring Ring • Veterinary Health Monitoring Wearable • Maritime Emergency Alert System • IoT Smart Energy Monitoring Platform • Ultrasonic Fuel Monitoring System • Industrial PoE Switch • Precision Weighing Electronics • Robotics Control Electronics • Tablet, Laptop Motherboard • Carrier PCBs for SOCs Why Clients Hire Me • I think like a product architect—not just a PCB designer. • I identify design risks before they become manufacturing issues. • I communicate clearly with founders, engineers, and manufacturers. • I document every important engineering decision. • I care about long-term product reliability—not just completing the next milestone. • I stay involved until the hardware works as expected. Let's Build Something That Ships Whether you're validating a new idea, redesigning an existing product, or preparing for manufacturing, I'm ready to help. Send me a message with your concept, requirements, or even a rough sketch. We'll discuss the best technical approach and build hardware that's engineered for reliability from day one.

I excel in building full-stack hardware-software systems, combining expertise in computer vision, IoT, robotics, and AI/ML. With a proven track record of success, including five national hackathon wins, I deliver innovative solutions that drive measurable results. My experience spans from developing custom PCBs and embedded firmware to creating user-friendly React dashboards and LLM-driven pipelines. I thrive under pressure, consistently shipping end-to-end products that meet client needs. If you're seeking a versatile engineer who can translate complex concepts into practical applications and deliver projects on time, let's discuss how I can contribute to your goals.