NOD Electronics fully knows product design needs of global customers for 15 years. Our 30+ engineers team can manage product design jobs including ID design, hardware & software, schematics, PCB layouts, MCU firmwares, data platform etc. Particularly we are very familiar with industries and fields below.
ELECTRONIC DESIGN CASES
We are sophisticated with electronic product designs in relation to new energy, IoT modules, industrial controllers, auto electronics, medical instruments, AGV robots, smart home electronics etc. You can check more project cases.
New Energy |
IoT Modules |
Industrial Controllers |
Auto Electronics |
Household Appliances |
Medical Electronics |
AGV Robots |
Smart Home Electronics |
ELECTRONIC DESIGN SERVICES
NOD Electronics can offer one-stop or part of following design services. Our project manager will discuss your design demand and provide project timetable until to successful deliver.
Complete Electronic Product Design (including ID, structure, PCB layouts, software, packing design)
PCB Design Services (including schematics, layouts, MCU firmwares, testing procedures etc.) View More Details
PCB Reverse Project (a process from a sample to design files)
ELECTRONIC DESIGN PROCESS
Designing an electronic product is an exciting journey that blends creativity, engineering, and problem-solving. NOD Electronics highly comply with standard development process to shorten lead time and reduce costs of the whole design process.
1. Concept & Research
The jobs include: 1) Identify a problem or market need. 2) Conduct research on existing solutions, customer requirements, and competitive landscape. 3) Define key features and functionality.
2. Specification & Planning
The jobs include: 1) Write a detailed product requirement document. 2) Set constraints on size, power consumption, performance, and cost. 3) Create an initial block diagram outlining major components.
3. Schematics & Circuit Design
The jobs include: 1) Select suitable components like microcontrollers, sensors, and power supplies. 2) Design the circuit using CAD tools. 3) Run simulations to test functionality before prototyping.
4. Prototyping & PCB Design
The jobs include: 1) Convert schematics into a printed circuit board (PCB) layout. 2) Manufacture a prototype using PCB fabrication techniques. 3) Assemble and solder components for testing.
5. Firmware & Software Development
The jobs include: 1) Develop embedded software for microcontrollers. 2) Test communication protocols like Bluetooth, Wi-Fi, or USB if needed. 3) Ensure smooth integration between hardware and software.
6. Testing & Debugging
The jobs include: 1) Perform electrical testing for voltage, current, and signal integrity. 2) Validate firmware and software functionality. 3) Run stress tests, thermal analysis, and compliance testing.
7. Manufacturing & Launch
The jobs include: 1) Optimize design for mass production. 2) Work with manufacturers for component sourcing and assembly. 3) Conduct final quality control checks. 4) Develop branding, packaging, and user manuals. 5) Release and gather customer feedback for improvements.
