PCB Design & Layout
Power electronics, high-speed digital, RF and mixed-signal board design with attention to EMC/EMI requirements.
Electronics engineering & design
Routing ideas to life.
We pioneer the next generation of electronics and hardware through rapid prototyping, rigorous design, and an end-to-end path from concept to manufacturable product.
Who we are
Engineering complex electronics into scalable realities.
Our approach combines robust PCB and system design, agile engineering, and production-minded architecture so prototypes are built with the path to scale already in view.
Uncompromising Quality Robust PCBs and systems designed to perform reliably in demanding environments.
Rapid Iteration Shortening the distance between an initial idea and a functional prototype.
Scalable Solutions Architectures optimized for proof-of-concept, mass production and global compliance.
Interdisciplinary Synergy Electrical, mechanical and firmware engineering under one roof.
Core capabilities
From circuit intent to production-ready hardware.
Engineering support across the core disciplines needed to take an electronics product from architecture through validation.
Embedded Firmware
Bare-metal and RTOS-based firmware for ARM Cortex, RISC-V, MIPS, AVR, PIC and proprietary architectures.
System Architecture
Component selection, power budgeting, thermal management and mechanical integration for complete electronic systems.
Our process
A structured, risk-mitigated approach to hardware development.
Four connected stages keep technical risk visible while moving quickly from requirements to a validated design.
01
Architecture & Feasibility
Validate requirements and feasibility before committing to implementation.
- Requirements validation
- Component & technology selection
- Early risk assessment
02
Schematic & Layout
Turn architecture into reviewed, simulation-backed board designs.
- Circuit design & simulation
- PCB layout to EMC/EMI guidelines
- Design review sign-off
03
Prototyping & Bring-Up
Build, integrate and debug real hardware quickly.
- PCBA fabrication
- Firmware integration
- Bench testing & debug
04
DFM & Certification
Prepare the product for repeatable production and compliance.
- Production optimization
- Yield enhancement
- Regulatory certification
Industries we serve
Hardware that performs in the field.
From consumer devices to industrial-grade systems, our engineering focus is grounded in real product constraints.
Home Appliances
BIS and ISO-oriented designs for appliance components and controllers.
Industrial IoT
Ultra-low-power sensor nodes, ruggedized gateways, and long-range wireless protocols including LoRa and NB-IoT.
Automotive & EV
High-voltage battery management systems, motor controllers and automotive-grade PCBs.
Rapid prototyping
Accelerating the iteration loop.
Speed is critical in hardware development. Our model combines strategic partnerships with an in-house lab to reduce external bottlenecks in sourcing, testing, prototyping and validation.
Strategic Partnerships
A curated network of industry experts and facilities to streamline sourcing and development.
In-House Lab
Rapid on-site testing, prototyping and validation to keep engineering moving.
Our team
Founders driving hardware innovation.
Cross-disciplinary leadership spanning electronics, firmware, cyber-physical systems, manufacturing and product development.
Dr. Milan Patnaik
Strategy · Head of Business
PhD, IIT Madras. 25+ years across India, Czech Republic and Sudan in cyber security, cyber-physical systems and network security.
Akshay Kumar Bhargava
Supply Chain · R&D
MBA. 32+ years in China across home appliances, packaging, mass manufacturing and water purification, with expertise in international trade and product development.
Shrikant Patnaik
Lead Systems Architect · Head of Engineering
B.Eng. Electronic Engineering, HKUST. 12+ years across Hong Kong, UK and USA in healthcare technology, home automation, venture capital and startups.
Rudra Pratap Singh
Hardware Engineer · AI
B.E. Electrical & Electronics Engineering, BMS College of Engineering. Experience in prototyping, subsystem integration, technical documentation and AI engineering.
Training Program
Bridging academia and industry through real-world engineering.
Students learn by contributing to live, market-bound hardware projects rather than isolated sandbox exercises.
Training Program
- Foundation: enterprise-grade tools, simulation software and internal SOPs.
- Shadowing: schematic reviews, layout routing and component selection with senior engineers.
- Execution: ownership of subsystems through bench testing on real prototypes.
Real-World Engineering
- On-the-job training inside active project teams.
- 1-on-1 mentorship from principal architects.
- Full lifecycle exposure from concept and schematic capture to PCBA bring-up and compliance testing.
- Accelerated growth through intensive, hands-on work.
Let's build the future.
Ready to engineer your next breakthrough?
Tell us what you are building, where you are in the development cycle, and what needs to be solved. Our team can start the conversation around architecture, PCB design, firmware, prototyping or production readiness.
info@chipnexuslabs.com