Muhammad A.

I am an Electronics Engineer with extensive industrial experience in electronics hardware development, specializing in multi-layer PCB design, embedded firmware, and full product development. For more than 12 years, I have been helping companies transform ideas into reliable electronic products, supporting projects from initial concept and schematic design through prototyping and mass production.

I work as a full-time freelancer on Upwork and maintain a Top Rated profile with a strong history of successful projects and long-term collaborations with repeat clients. My work often involves coordinating electronics design, mechanical constraints, and manufacturing requirements to ensure that the final design is both technically reliable and ready for efficient production.

I have designed high-speed, mixed-signal, and RF multi-layer PCBs used in products across industries including medical devices, avionics systems, communication equipment, and home automation, where reliability and performance are critical.

📌Key Highlights

• 12+ years experience in electronics hardware design
• Multi-layer PCB design for high-speed, RF, and mixed-signal systems
• Product development support from idea to mass production
• Experience coordinating electronics, mechanical design, and manufacturing
• Work on both industrial and commercial electronic products
• Strong Upwork history with repeat clients and long-term collaborations

🛠️ What I Can Help You With

💡 Product Development

• Supporting projects from early concept to production
• System architecture and electronics design
• Coordination between PCB design and mechanical enclosure constraints
• Assistance up to complete box-build stage

📐PCB Design

• Schematic capture and hardware architecture
• IPC-compliant footprints and STEP-based 3D models
• Multi-layer PCB layout (Rigid, Flex, and Rigid-Flex)
• PCB placement and routing for high-speed and complex designs
• BOM preparation and manufacturing data generation

📡 Technology Experience

⚡ High-Speed Digital Systems

• SOM (System-on-Module) based designs
• FPGA and DSP platforms
• ARM Cortex systems and microcontrollers (PIC, Atmel, STM32, TI MSP series) • DDR2 / DDR3 memory • NAND Flash and eMMC • USB 2.0 / USB 3.0 hub controllers • PCIe interfaces • Gigabit Ethernet • HDMI • UHS SD cards • MIPI (CSI / DSI) and RGB LCD interfaces