Hire the Best Circuit Designers
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I design high-performance, production-ready PCBs for automotive, medical, and industrial applications. ✔ 15+ years experience | 4000+ PCB designs delivered ✔ High-speed design: PCIe, DDR4, eMMC, MIPI, DSI ✔ RF design up to 20 GHz (Rogers RO4350B) ✔ Power electronics: Buck, Boost, Flyback, SEPIC, CUK ✔ Multi-layer boards (up to 10 layers) with impedance control ✔ High-voltage designs up to 4kV Tools: Altium Designer | KiCad | EAGLE (Fusion) Industries: Automotive (AEC standards) | Medical (FDA-aware design) | Consumer electronics What you get: -Clean, manufacturable PCB layouts -Signal integrity + impedance-controlled routing -EMI/EMC-aware design approach -Ready-for-production deliverables Recent work includes: -DDR4 + PCIe high-speed board with impedance control -20 GHz RF PCB on Rogers material -Industrial high-voltage control system (>4kV) -Motor driver systems (BLDC, servo, brushed) If your project requires reliable, high-speed or high-power PCB design, I can deliver proven solutions.

Embedded Systems | High-Speed PCB | RF & Antenna | IoT | EMI/EMC | DFM | Production Engineering 10+ years of experience in end-to-end electronics product development — from concept architecture to manufacturing-ready hardware. Expert in: • Embedded hardware design (MCU & MPU-based systems) • High-speed multilayer PCB design (DDR, eMMC, Ethernet, USB) • RF design, antenna tuning & impedance matching • Ultra-low-power system architecture • Wireless connectivity – BLE, Wi-Fi, LoRa, GSM/LTE • EMI/EMC-aware layout & regulatory readiness (FCC/CE) • DFM, DFT & production transition • BOM optimization & supply chain coordination • Test fixture development & validation strategy • Hardware bring-up, debugging & failure analysis Hardware Platforms & Processors: • Raspberry Pi CM4 • NXP i.MX6 • STM32 • Nordic nRF52 Series • Nordic nRF51 • Semtech LR11XX Series • Semtech SX126X Series • ESP32 Series Design Tools: • Altium Designer • KiCAD • OrCAD/Allegro, • LTSpice Lab Tools: • Oscilloscope • Spectrum Analyzer • VNA • Logic Analyzer • Thermal & Power Analysis Tools Delivered Solutions: • Custom Carrier Boards (Raspberry Pi CM4 Platforms) • System-on-Module designs (i.MX6 based systems) • Ultra-low-power LoRa + BLE Asset Trackers • Industrial & Healthcare IoT Devices • Connectivity-enabled Smart Infrastructure Hardware Approach: Structured | Risk-aware | Process-driven | Production-focused Strong emphasis on reliability, scalability, and long-term product sustainability.

Hi, By profession I am hardware design engineer having 15 years of working experience in electronics hardware designing. I can make PCB design as per client requirements and provide the perfect solution for PCB design. Below are my skills... -- Requirement Analysis. -- Component Selection. -- Hierarchical Design. -- Schematic Design. -- Component Library Management. (IPC standard). -- Multilayer PCB Layout Design. -- RF Design impedance matching & length tuning. -- Manufacturing output job files. -- 3D step files. -- BOM with multiple variants. -- PCBA, DFM. -- PCB testing. Documentation: -- Block Level Representation. -- Work Breakdown Structure. (WBS). -- BOM Optimization. -- Component Cost Analysis. -- Board Bring up test plans. -- Communication Test plans. Tools: -- Altium Designer. -- Saturn PCB Calculator. -- JIRA. -- Atlassian. -- Microsoft Teams. -- Github. -- Zoom. I have worked with different domain like IOT, wearable devices, automation etc... I have experience in board design with different MCU, sensors, drivers, interfaces of TI, Silicon Labs, STMicroelectronics, Microchip, Atmel, Nordic semiconductor, Analog Devices, Maxim integrated etc... Do you want to make quality hardware boards, which can reach successfully from prototype to production? Then you are approaching right person. Thank you.

Hi there! I’m a professional designer with industrial exposures with creativity idealistic Engineer. Making the ideas into virtual reality and get the quality of works

I specialize in DCS, PLC programming, and SCADA systems, helping machine builders select, design, draft and program control systems and panels. I’m a Senior Electrical & Automation Engineer with 9+ years of experience delivering industrial automation and control system solutions. My Expertise: Siemens PCS7, TIA Portal, Step7 Engineering and integration PLC Programming (Ladder Logic, FBD, ST, SFC) ISA-88 SCADA/HMI Development & Troubleshooting PCC,MCC, APFCR Panel Design & AutoCAD Electrical Drawings Plant Commissioning & Startup Support Industrial Automation Troubleshooting & Optimization

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.