Browse categories
Explore
Fiverr Pro
English
$
USD
I will develop aerospace and defense grade pcb for avionics, radar and mission critical
About this Gig
I design aerospace and defense-grade PCB systems for avionics, radar, navigation, and mission-critical embedded electronics. My focus is on building high-reliability, structured, and scalable electronic designs suitable for advanced engineering applications and prototype development.
If you are developing an avionics system, radar electronics, or defense embedded hardware, I can help you design a clean and optimized PCB architecture based on engineering best practices.
What I Can Design
- Aerospace PCB systems
- Avionics electronics design
- Radar system PCB architecture
- Defense embedded systems
- Navigation electronics
- STM32 / ESP32 embedded control systems
- RF and signal-based PCB structures
- High reliability electronic systems
Engineering Focus
- High reliability design principles
- Signal integrity optimization
- Embedded system architecture
- Power distribution planning
- Industrial-grade PCB structure
- Communication system integration
- Modular system design approach
Please contact me before placing an order with your project details
Other Electronics Engineering Services I Offer
FAQ
What aerospace systems do you design?
I design avionics, radar support systems, navigation electronics, and embedded aerospace PCB systems.
Is this real military-certified design?
No. This is engineering design and prototype development, not certified defense manufacturing.
Can you design radar or RF systems?
I can design radar-related embedded PCB architecture and signal-level design concepts.
Do you support STM32 or ESP32?
Yes. I design embedded systems using STM32 and ESP32 platforms.
What output files will I get?
You will receive Gerber, BOM, and manufacturing-ready PCB files.
Can you design multilayer PCB?
Yes. I design 2-layer and 4-layer PCBs depending on system complexity.
What do you need before starting?
Project description, system goal, preferred MCU, communication needs, and any reference design.
