Hire the best EMI/EMC Design Testing experts for your company

Electrical Engineering Professional with over 3 decades of experience in the System-Level Architecture and Design of Radio Frequency (RF / Microwave / mmWave), Power Conversion (Linear and SMPS), Anal... Read more

Electrical Engineering Professional with over 3 decades of experience in the System-Level Architecture and Design of Radio Frequency (RF / Microwave / mmWave), Power Conversion (Linear and SMPS), Analog Mixed-Signal, Quantization and Linearization, Phase Lock Loops (PLLs) and Servo Control Systems, Motion-Control (Robotics), Digital Logic (FPGAs) and State Machines, Embedded (MCU, CPU, GPU, DSP, SoC), Electro-Magnetics (EMC), Electro-Optical (Video delivery, Displays, High Resolution Visible / IR / UV Cameras), and Electro-Mechanical disciplines for Space, Aerospace, Military, Defense, Aviation (Avionics), Medical, Marine, Automotive, Locomotive, Transportation, Industrial, Consumer, Wearables, Commercial, High Performance Computing, Data Communications, LAN/SAN/WAN, Telecommunication, Wireless Charging & IoT Sensors, Radio, Broadcast, and Motion Picture industries

I turn engineering ideas into real, manufacturable products. I’m a Mechanical Design Engineer and Head of R&D with 10+ years of hands-on experience in product development, industrial machinery, CNC s... Read more

I turn engineering ideas into real, manufacturable products. I’m a Mechanical Design Engineer and Head of R&D with 10+ years of hands-on experience in product development, industrial machinery, CNC systems, medical devices, and electromechanical equipment. My work covers the complete development cycle — from concept and engineering calculations to CAD, prototyping, testing, troubleshooting, manufacturing, and commissioning. I have experience working with UAVs, drones, military-grade systems, medical and industrial devices. I have at my disposal a dedicated laboratory for mechanical and electrical device assembly, 3D printing equipment (supporting materials ranging from PLA to PPA-CF), and a pre-compliance testing lab for electromagnetic compatibility (EMC/EMI), as well as access to facilities for final certification against FDA and military standards. What I can help you with: • Mechanical design and product development • SolidWorks 3D modeling and complex assemblies • Production drawings, tolerances, DFM/DFA • CNC-machined parts, mechanisms, tooling and fixtures • Sheet metal, welded structures and enclosures • FEA, CFD, topology optimization and engineering analysis • Prototyping and additive manufacturing • Electrical schematics, cables and wiring harnesses • EMC/EMI troubleshooting and testing • Medical device development and IEC 60601-1/-1-2 related engineering I have designed 40+ commercial engineering projects, worked with assemblies containing 10,000+ parts, developed CNC machines and industrial equipment, and supported products from initial concept through manufacturing and real-world operation. I focus on practical engineering: designs should not only look good in CAD — they should be manufacturable, serviceable, reliable, and work in the real world.

I am a Senior Electronic Engineer. I have more than 6 years of experience in - Electronic and PCB (Printed Circuit Board), PCB Layout, - RF design, - Mixed signal, Analog and Digital signal, High... Read more

I am a Senior Electronic Engineer. I have more than 6 years of experience in - Electronic and PCB (Printed Circuit Board), PCB Layout, - RF design, - Mixed signal, Analog and Digital signal, High-speed design, - Trace Length Matching, Differential Pairs, Hardware Design, Circuit Design, - PCB layout relate to PCI Express, Ethernet, DDR RAM, - Generate Gerber File for Manufacture and BOM ( Bill of material). Besides, I can provide 3D viewer of completed product. I can provide realistic PCB meet IPC standard. I can use the softwares below to design PCB proficiently: - Altium Designer version 17.1 - Eagle. - Pads Logic, Pads layout, Pads Router (Mentor Graphic). - Orcad Capture, Concept HDL, Cadence Allegro - Process in Cam350 (DownStream Technologies) or Genesis 2000 (Frontline PCB Solutions) - DFA, DFM, PCB Manufacture with IPC standard. - Can provide technical CAD drawing (autocad file). - Can order PCB with affordable cost. Firmware and Programming: - Keil C - MikroC - CCS PIC - IAR I can design IoT hardwares with Microcontroller for BLE, WIFI. - PIC - AVR - ARM - STM32 (STMicrocontroller) - MSP microcontroller series (Texas Instrument)

● Hardware Design, Testing, Troubleshooting, and Certifications ● Firmware Architecture Design, Testing, and Troubleshooting ● Electronic Circuit Design and Prototyping ● Digital Systems and Computati... Read more

● Hardware Design, Testing, Troubleshooting, and Certifications ● Firmware Architecture Design, Testing, and Troubleshooting ● Electronic Circuit Design and Prototyping ● Digital Systems and Computational Architecture ● Hardware Systems Architecture Design ● High-Level Requirements Definition and Management ● Technical Documentation for Hardware and Firmware ● Concept-to-Action Engineering Planning ● Electronic Devices Assembly and Integration

Have a Degree in Mech. Eng. followed by Professional Qualification. 35+ years experience in Engineering Projects as a freelancer. Includes motor racing experience and Invention / disruptive project... Read more

Have a Degree in Mech. Eng. followed by Professional Qualification. 35+ years experience in Engineering Projects as a freelancer. Includes motor racing experience and Invention / disruptive project Design, Development & Test.

Mechanical engineering degree from Cal Poly San Luis Obispo. 6+ years experience in consumer electronics and medical devices, combining aesthetics with ergonomics, functionality and quality. Experienc... Read more

Mechanical engineering degree from Cal Poly San Luis Obispo. 6+ years experience in consumer electronics and medical devices, combining aesthetics with ergonomics, functionality and quality. Experience with low volume and high volume manufacturing. Proven problem solver at all levels of a project. Experience as a test engineer will help reduce iterations of prototyping.

Battery Management Systems & Power Electronics: At The Energy Company, I designed and led the product development of a 48V, 2.5kWh BMS for two-wheeler and energy storage applications, encompassing com... Read more

Battery Management Systems & Power Electronics: At The Energy Company, I designed and led the product development of a 48V, 2.5kWh BMS for two-wheeler and energy storage applications, encompassing complete PCB design and component optimization. My work at Maxwell Energy Systems involved designing a 60V BMS power supply unit that achieved compliance with ISO 26262 (FUSA) and CISPR 25 standards, while implementing rigorous EMI/EMC testing to meet AIS-004 requirements. Regulatory Compliance & Standards Excellence: I possess hands-on experience with automotive compliance frameworks including AIS-004 (EMC), AIS-048, AIS-123, and AIS-038, as well as international standards such as ISO 26262 (Functional Safety) and UNECE Regulation 100. This background ensures that designs I develop are production-ready and meet real-world deployment requirements from the outset. Advanced PCB Design & Architecture: Using Altium Designer, I have designed multi-layer PCBs including an 8-layer BMS board optimized for high-current applications (up to 200A). My designs incorporate thermal management, signal integrity, and ESD protection considerations, demonstrating a comprehensive understanding of hardware reliability and manufacturing processes. System Integration & Leadership: Beyond individual contributions, I have led planning and execution of complete product development cycles, managed technical hiring to build capable teams, and executed value engineering initiatives to optimize Bill of Materials (BOM) for cost efficiency—skills that are critical for delivering results in dynamic organizations.

I am an Electronics Hardware Design Engineer with experience in PCB Design, Power Electronics, Embedded Systems, and Product Development. I have worked on real-world hardware projects, designing relia... Read more

I am an Electronics Hardware Design Engineer with experience in PCB Design, Power Electronics, Embedded Systems, and Product Development. I have worked on real-world hardware projects, designing reliable and manufacturable PCBs from concept to prototype. I focus on delivering high-quality designs with attention to performance, manufacturability, and timely project completion. Whether it's a new product or improving an existing design, I'm committed to providing practical and dependable engineering solutions. Core Skills : - PCB Design & Layout (Altium Designer, KiCad) - Power Electronics (SMPS, DC-DC Converters, Battery Chargers, Inverters) - Embedded Systems (STM32, ESP32, Arduino) - Schematic Review & PCB Design Optimization - EMI/EMC Aware PCB Layout - Design for Manufacturing (DFM), Design for Assembly (DFA) - Prototype Assembly, Testing & Debugging - Gerber Generation & Manufacturing Support

Hello! I’m a hardware engineer with many projects behind me, some simple, some highly complex, but all completed with great care and attention to detail. I work closely with a driven group of young en... Read more

Hello! I’m a hardware engineer with many projects behind me, some simple, some highly complex, but all completed with great care and attention to detail. I work closely with a driven group of young engineers on developing hardware and software for diverse projects. We have deep experience in designing reliable, production-ready hardware and firmware using modern MCUs (ESP32, STM32, TI, C2000), high-power topologies, battery systems, and a wide range of communication protocols. Our lab is fully equipped for prototyping, testing, and validation, including oscilloscope work, precision measurements, firmware bring-up, and full board bring-up. Over the years, I (and we) have gained experience designing high power, mixed-signal PCBs where signal integrity and EMI problems can occur. Technical Expertise: Hardware & Power Electronics • Topology selection: buck, boost, flyback, SEPIC, PFC buck, forward, synchronous drivers • Wide range power design up to 5 kW, switching frequencies up to 5 MHz • Battery systems: BMS, balancing, charging, MOSFET drivers PCB Design • Professional PCB layout using Altium Designer and KiCAD • High density, mixed signal, high current, high voltage, and EMC safe design • Rigid flex, microcontroller modules, RF layouts • Full DFM/DFT optimization for production Communication Protocols • CAN, I²C, SPI, UART, RS485 • Bluetooth, Wi Fi • Ethernet Software & Simulation • MATLAB, Simulink, PSpice • LTspice, TINA, • Firmware bring up Prototyping & Testing • Soldering, rework, fault analysis • Gate driver tuning, feedback loop stabilization • Load testing, thermal evaluation, EMC preparation If you need a reliable, complex PCB design that can pass EMC tests, along with all documentation required for manufacturing and assembly, you are in the right place. We’d be happy to take on your challenge! Best regards!

I am an experienced Embedded Hardware Design Engineer and PCB Designer with over 4 years of hands-on experience in electronics product development. My expertise spans schematic design, multilayer PCB... Read more

I am an experienced Embedded Hardware Design Engineer and PCB Designer with over 4 years of hands-on experience in electronics product development. My expertise spans schematic design, multilayer PCB layout, embedded systems, and end-to-end hardware prototyping. I have successfully designed and developed products in sectors like consumer electronics, medical/health devices, and drones, including RTK positioning modules, custom game controllers, power supplies, and underwater communication systems. My core strengths include: Schematic capture and robust PCB layout (Altium, OrCAD, KiCad) Embedded system integration (STM32, ESP32, BLE, Wi-Fi, CAN, Ethernet PHY) BOM optimization and component selection for reliable, cost-effective design High-speed digital and power integrity design, EMI/EMC compliant layouts Complete product development: from concept, design, and prototyping to testing and validation I can help you with: Custom PCB and hardware design for new or existing projects Prototype development and rapid hardware validation Design for manufacturability (DFM) and design for testability (DFT) Troubleshooting and improving existing hardware or PCB designs I am detail-oriented, responsive, and committed to delivering practical solutions tailored to your requirements. Open to both short-term and long-term projects, I enjoy turning ideas into functional, reliable hardware. Let’s work together to bring your product vision to life!

I am an Electronics and PCB Design Engineer with hands-on experience in schematic development, PCB layout, circuit simulation, embedded hardware, mixed-signal electronics, and RTL verification. I hold... Read more

I am an Electronics and PCB Design Engineer with hands-on experience in schematic development, PCB layout, circuit simulation, embedded hardware, mixed-signal electronics, and RTL verification. I hold a B.Tech in Electrical and Electronics Engineering from VIT with a 9.76 CGPA and am a Marvell M-STEM Excellence Scholar. I work with Altium Designer, KiCad, LibrePCB, DesignSpark PCB, Cadence Allegro, LTspice, Qucs-S/ngspice, and OrCAD PSpice. My services include component selection, schematic capture and review, two-layer and four-layer PCB layout, symbol and footprint creation, ERC/DRC resolution, circuit simulation, BOM preparation, Gerber and manufacturing outputs, and technical documentation. My experience includes developing safety-critical PCBs, an LTC6811-based battery-management system, CAN communication and data-acquisition circuits for an electric Formula Student vehicle. I have also contributed to a low-noise wearable physiological-monitoring platform at IIT Mandi and worked on STM32, ESP32, USB-C, power-converter, sensor-interface, and IoT hardware. Alongside PCB and embedded development, I have designed a four-stage RV32I processor in Verilog and developed self-checking cocotb testbenches using Verilator. This gives me experience approaching projects from both the electronic-system and digital-design levels. I value clear communication, careful documentation, and practical engineering. I document assumptions, follow datasheet recommendations, and design with reliability, manufacturability, testing, and future debugging in mind.

I’m an Electrical Engineer specialized in hardware design and power electronics, with hands-on experience developing practical, high-efficiency, and scalable electronic systems. From smart IoT securit... Read more

I’m an Electrical Engineer specialized in hardware design and power electronics, with hands-on experience developing practical, high-efficiency, and scalable electronic systems. From smart IoT security systems to high-power EV charging circuits, I design and implement solutions tailored to real-world needs. ✅ What I Offer: Custom PCB design (including multi-layer, high-current, low-noise, and compact boards) Power supply circuits (Flyback, Buck, Boost converters, up to 3.7kW systems) Embedded system hardware for microcontrollers (ESP32, STM32, etc.) Reverse engineering and redesign of commercial hardware High-speed signal routing and antenna design (ongoing R&D) Circuit testing, debugging, and validation 🛠️ Highlight Projects: Wireless Security Detector: Designed an IoT-based motion detection system with USB and Wi-Fi data transfer, real-time clock, and temperature monitoring. 230V AC to 15V 1A Flyback Converter: Designed a compact, efficient converter with a 15W output—ideal for embedded and control systems. ESP32 Programming Board: Developed a custom board for streamlined programming and prototyping with the ESP32 chip. 15V Boost & 5V 5A Buck Converters: Designed high-efficiency DC-DC power converters for portable and high-load applications. EV Charger (3.7kW): Designed a high-power EV charging circuit using totem-pole PFC topology. Emergency Lighting Kit (Reverse Engineering): Successfully reverse-engineered and replicated a commercial backup lighting system. Street Light PCB: Designed and tested control and power PCB for LED-based street lighting systems. ⚡ Tools & Skills: Altium Designer, KiCAD, EasyEDA, Multisim Analog & digital circuit design EMI/EMC mitigation techniques Power electronics design principles High-speed layout design and RF/antenna integration If you're looking for a reliable hardware design expert to bring your ideas to life or to troubleshoot and optimize your existing system — let's connect. I’m ready to support your project from concept to tested, working hardware.

I’m a PCB Design & Embedded Hardware Engineer with hands-on experience in multilayer PCB design, hardware testing, debugging, and validation using Altium Designer. I specialize in high-speed digital,... Read more

I’m a PCB Design & Embedded Hardware Engineer with hands-on experience in multilayer PCB design, hardware testing, debugging, and validation using Altium Designer. I specialize in high-speed digital, RF, low-power, mixed-signal, rigid, and flexible PCB design, with strong attention to signal integrity, power integrity, controlled impedance, grounding, EMI/EMC, thermal performance, and manufacturability. I have experience managing the complete PCB development process, including schematic review, component selection, custom symbol and footprint creation, Altium library maintenance, layer-stack design, component placement, routing, ERC/DRC verification, DFM/DFA review, and manufacturing-file generation. I also have practical experience with PCB bring-up, fault finding, soldering, rework, and testing of analogue, digital, power, and communication circuits. My technical background also includes ESP32, STM32, Raspberry Pi, Arduino, CAN, RS485, UART, SPI, I²C, MQTT, Bluetooth, Wi-Fi, and power electronics. I hold a B.Sc. Eng. (Hons) in Electrical and Electronic Engineering from the University of Jaffna. Key strengths: Altium Designer, multilayer PCB layout, RF/high-speed design, flex PCB design, low-power hardware, custom PCB libraries, embedded hardware, PCB testing, debugging, and design-for-manufacturing.

With over 15 years of experience in electronics hardware design, I specialize in creating mission-critical PCBs for complex applications. My expertise is not just in layout, but in the crucial areas o... Read more

With over 15 years of experience in electronics hardware design, I specialize in creating mission-critical PCBs for complex applications. My expertise is not just in layout, but in the crucial areas of SI and PI Simulation, EMI/EMC ensuring a robust and reliable design from the very first prototype. I have a proven track record of successfully designing and bringing to market high-speed boards form industries such as semiconductor, consumer electronics, telecommunication, medical, automotive, Industrial automation and R&D. My focus is on delivering first-pass success by meticulously addressing issues like crosstalk, impedance matching, and EMI EMC from the earliest stages of the design cycle. My Core Expertise Includes: ​High-Speed PCB Design: Proficient in designing boards for high-data-rate interfaces like DDR4/5, PCIe, Ethernet, and USB. ​Signal & Power Integrity: Advanced pre- and post-layout SI/PI analysis to optimize stack-up, mitigate noise, and ensure stable power delivery. ​Post-Silicon Validation: I can support your team by designing validation boards and resolving hardware issues during testing. ​Power Electronics: Expertise in routing high-current traces, thermal management, and designing robust power delivery networks. ​I am proficient in professional-grade tools including: ​PCB Layout: Altium Designer, Cadence Allegro, KiCad ​Simulation: Hyperlynx ​I am committed to providing clear communication and a professional, results-oriented approach to every project. Let's discuss how my expertise can accelerate your product's time-to-market and ensure its long-term reliability.

PCB designer specializing in embedded systems and industrial IoT hardware with 2+ years of hands-on experience and 100+ completed projects. I work beyond schematics, contributing to system architectur... Read more

PCB designer specializing in embedded systems and industrial IoT hardware with 2+ years of hands-on experience and 100+ completed projects. I work beyond schematics, contributing to system architecture, power design, and platform selection to build reliable, manufacturable products. Experienced in mains-powered and battery-backed designs, low-power systems, cellular IoT, and compact, safety-aware PCB layouts. I design with DFM in mind, iterate based on real-world testing, and communicate clearly throughout the project.

✅ 100% Client Satisfaction ✅ Top Embedded and Firmware developer ✅ Top Hardware designer ✅ Top Software design ✅ Top Mechanical design and industrial design ✅ Top Enclosure design I'm a... Read more

✅ 100% Client Satisfaction ✅ Top Embedded and Firmware developer ✅ Top Hardware designer ✅ Top Software design ✅ Top Mechanical design and industrial design ✅ Top Enclosure design I'm a Certified Multidisciplinary Product Design Engineer with more than 10 years of hands on experience in product design, development and manufacturing support. Using SolidWorks, AutoCAD, and Autodesk Inventor, I help clients turn early ideas, sketches and existing models into practical products that can be prototyped and manufactured. I enjoy solving the details that make a design work in the real world not only making it look good on the screen. That means thinking carefully about how each part fits, how the product will be assembled, where the electronics will sit, and whether the manufacturer can produce it efficiently. Services: 1) Hardware/Electronics design (Power, Analog, Digital/High-speed and RF electronics design) 2) Precertification testing (EMI, ESD, EMC, FCC, CE, UL) 3) Firmware design С/C++ (Bare metal MCU/MPU, FreeRTOS, Zephyr RTOS, Embedded Linux, Wireless protocols, Security, Interfaces, etc) 4) Industrial and Mechanical design (Enclosure design, 3D printing, IP standards, Prepare all for injection molding, etc) 5) UX/UI design (Embedded devices with displays, Mobile and Desktop applications) 6) Software design (Android, IOS, Linux kernel and user space development) 7) Embedded Quality Assurance(QA) and testing 8) Manual verification/testing PCB/FPC, functional and unit testing of the Firmware/Software, stress testing, temperature range testing Service->Hardware design service: - Power electronics design: (PFC, Solar charging controller, chargers, high voltage control, Motor controllers DC/AC/BLDC ) - Analog electronics design: High-accuracy analog measurements, Noise filtration, Digital to analog conversion, Amplifying signal - Digital and high-speed electronics design: - Memories DDRx/LPDDRx, SDRAM, Camera and display interfaces (MIPI-DSI, MIPI-CSI, DisplayPort, etc), Data communication interfaces (QSpi, SPI, UART, I2C, FMC, I2S, USB 2/3.x, etc), ( - RF Designs: ( 50-60 GHz (Radars), 1-6 GHz (UWB, Wifi, BLE, ZigBee, GPS, NB-IoT, LTE-M/LTE, Z-Wave, etc), 13,6 MHz, 128 kHz (NFC, RFID, etc), 433 MHz (Custom protocols) Service -> Industrial and Mechanical Design Industrial concept design : I develop several suitable design ideas based on the product's size, purpose, industry, appearance and user experience. Mechanical CAD design : I create accurate 3D parts and assemblies with practical dimensions, tolerances, materials, fasteners and manufacturing details. PCB integrated enclosure design : I design the enclosure around the actual PCB, battery, buttons, display, antennas, connectors, sensors and wiring rather than treating the electronics as an afterthought. Design review and problem solving : I look for interference, weak features, poor alignment, difficult assembly, leakage risks, heat buildup, and other issues that may cause trouble during prototyping or production. Technical drawings : I prepare clear manufacturing and assembly drawings, exploded views, BOMs, and properly organized STEP, STL, DWG, DXF and PDF files. Thermal calculation and simulation : I evaluate heat sources, airflow, enclosure temperature and cooling options to help protect the electronics and maintain reliable operation. 3D printing and verification : I prepare print ready models and use prototypes to check fit, PCB placement, button movement, fastening, accessibility and complete assembly. Injection-molding preparation : I refine wall thicknesses, ribs, bosses, draft angles, fillets, parting considerations and other details needed for practical mold production. Cost and manufacturing optimization : I look for sensible ways to simplify parts, reduce material use, shorten assembly and control production costs without weakening the design. Service -> Project Support I organize the work into clear stages so you always know what is being developed and what will be delivered. I communicate directly and honestly, especially when I see a technical risk or a simpler way to solve a problem. I work comfortably with clients, electronics engineers, manufacturers and prototype shops to keep everyone aligned. I remain involved through reviews and revisions so the final files reflect both the design intent and the realities of manufacturing. Service->Firmware design С/C++: - Languages: C/C++, Assembler - Diagrams: Block, UML, Workflow, APIs - Interfaces: I2S, SAI, MIPI-DSI, MIPI-CSI, USB 2/3.x, LTDC, DDR3/DDR4/LPDDR4, I2C, SPI/QSPI, UART, CAN, Ethernet - Wireless: NB-IoT, LTE M, GPRS, GPS, LTE, UWB, WiFi, BLE, ZigBee, Z-Wave, LoRa, Thread, 6LoWPAN, Sub 1GHz, NFC (13,6 MHz), RFID 433 MHZ and 128 kHz - Protocols : MQTT, HTTP, FTP, Modbus TCP/RTU, SNMP, TCP/IP, UDP/IP, DLMS, custom protocols - Security: AES, SSL/TLS, custom algorithms

I'm a Hardware & Embedded Systems Engineer with 3+ years of experience designing reliable electronic products from concept to production. I specialize in PCB Design, Embedded Systems, IoT Hardware, Fi... Read more

I'm a Hardware & Embedded Systems Engineer with 3+ years of experience designing reliable electronic products from concept to production. I specialize in PCB Design, Embedded Systems, IoT Hardware, Firmware Development, Wearable Electronics, and Rapid Prototyping, helping startups and businesses transform ideas into manufacturable products. Core Expertise PCB Design & Hardware Development Schematic Capture & Multilayer PCB Design (2-8 Layers) High-Speed PCB Layout Signal Integrity & Power Integrity RF PCB Design Power Supply Design (Buck, Boost, LDO, Battery Management) Analog & Digital Circuit Design Sensor Integration Design for Manufacturing (DFM), Design for Assembly (DFA), EMC/EMI Best Practices Gerber, BOM, Pick & Place (CPL), Assembly Drawings, Manufacturing Files Embedded Systems & Firmware Embedded C/C++ STM32 ESP32 Nordic nRF52 / nRF53 ARM Cortex-M Raspberry Pi Embedded Linux Basics Driver Development Bootloader Integration OTA Firmware Updates IoT & Wireless Connectivity Bluetooth Low Energy (BLE) Wi-Fi LoRa MQTT GSM / LTE NFC RFID CAN Bus RS485 RS232 UART SPI I2C USB PCB Design Tools Altium Designer KiCad EasyEDA Autodesk Eagle Altium 365 CircuitMaker LTspice PSpice Prototyping & Manufacturing JLCPCB PCBWay Seeed Fusion DigiKey Mouser Electronics LCSC Component Selection & BOM Optimization Prototype Bring-up Hardware Debugging Testing & Validation Industries Internet of Things (IoT) Wearable Electronics Consumer Electronics Industrial Automation Robotics Smart Devices Medical Electronics Wireless Products Battery-Powered Systems What I Offer: - Complete Hardware Product Development - Production-Ready PCB Designs - Clean, Organized Schematics - Fast Communication - Optimized BOM for Lower Manufacturing Cost - Reliable Embedded Firmware - Manufacturing Support from Prototype to Production -Strong Troubleshooting & Hardware Debugging Skills Whether you need a custom PCB, IoT device, BLE wearable, STM32 or ESP32-based product, embedded firmware, or a complete hardware product development solution, I can help deliver a reliable, production-ready design. Let's build your next electronic product together.

Highly experienced Hardware Design Engineer with over 18 years of expertise in end-to-end PCB development, from concept and schematic design to layout, prototyping, and production. Proven track record... Read more

Highly experienced Hardware Design Engineer with over 18 years of expertise in end-to-end PCB development, from concept and schematic design to layout, prototyping, and production. Proven track record in designing complex, multi-layer boards for 5G Radio Units, telecom backbone networks (GPON/DWDM), industrial automation, and high-speed data storage systems (PCIe Gen4). What I Offer: Complete PCB design services: Schematic Capture, Multi-layer Board Layout, Signal/Power Integrity (SI/PI) analysis, and EMI/EMC compliance. Experience with high-speed interfaces: PCIe, Ethernet, NVMe, DDR, and optical networking. Hardware Security Integration: Threat modeling, Secure Development Lifecycle (SDL), and Hardware Root of Trust implementation. Full prototype support: Board bring-up, debugging, testing, and validation. Expertise in power design: DC-DC converters, power sequencing, and IR drop analysis. Tools: Proficient in industry-standard EDA tools; capable of RTL coding for FPGA integration. Key Projects: Designed 5G Radio Unit hardware at Dell Technologies, leading power design and security architecture. Developed PCIe Gen4 Drive Interface Boards for high-density storage arrays. Created safety-certified hardware for industrial 3D sensing cameras at Rockwell Automation. Led hardware design for GPON and 100G DWDM systems deployed in India's national optical fiber network. I deliver reliable, production-ready hardware solutions with clear communication, thorough documentation, and a focus on quality and performance. Available for freelance projects ranging from design reviews and consultation to complete board development.

I'm Ivan Noah A. Canlas, an Electronics Engineer with ~5 years of experience in power electronics and switch-mode power supply (SMPS) design, specializing in DC-DC converters including buck, boost, an... Read more

I'm Ivan Noah A. Canlas, an Electronics Engineer with ~5 years of experience in power electronics and switch-mode power supply (SMPS) design, specializing in DC-DC converters including buck, boost, and flyback topologies. My core technical strengths include magnetics design (transformers, inductors), component selection (MOSFETs, diodes, controllers), thermal and derating analysis, EMI/EMC troubleshooting, and design optimization. I'm proficient in hands-on failure analysis, circuit simulation, test evaluation, and debugging using oscilloscopes, frequency analyzers, and data acquisition devices. Currently, I'm an Applications Engineer II at Power Integrations, where I conduct test evaluations on reference boards, drive design optimization, develop automation algorithms in Python, and support failure analysis during product development. Previously at Advanced Energy, I designed and qualified SMPS through full product lifecycles—handling Design Verification Testing (DVT), BOM optimization, and failure analysis. What sets me apart is my ability to bridge hardware and software. My earlier role as a Technical Support Engineer at 4D Systems gave me hands-on experience with C/C++ programming on Arduino, hardware-software integration, and customer support. I bring a strong blend of power electronics engineering and cross-disciplinary skills in embedded systems and system-level integration.

Hello, Everyone! I am an embedded systems engineer, PCB designer, and firmware developer with over 10 years of professional experience. I provide complete, end-to-end solutions for a wide range of ele... Read more

Hello, Everyone! I am an embedded systems engineer, PCB designer, and firmware developer with over 10 years of professional experience. I provide complete, end-to-end solutions for a wide range of electronic device designs, supporting clients from initial concept and schematic design to PCB layout, prototyping, assembly, and full system testing. I have strong expertise in high-speed PCB design, including PCIe and DDR4 routing, as well as precise impedance matching for reliable performance at high frequencies. I also specialize in RF and antenna design for modern IoT devices, ensuring optimal signal integrity and system efficiency. In addition, I have deep experience in ultra-low power design, achieving microamp and sub-microamp current consumption for battery-operated and wearable systems. I specialize in firmware development for LTE-GPS-LoRa-BLE-based embedded systems (nRF52 series), including low-power optimization and high-precision sensor acquisition. My focus is on delivering robust, production-ready solutions with high reliability and performance. 🔥 Main Skills 👉Embedded Systems 👉Schematic Circuit Design(Low Power consumption Design) 👉Firmware Development(All Microcontrollers-STM32, TMS320, ESP32, FPGA, nRF52, Raspberry PI) 👉PCB Design(High speed signal routing, PCIe, DDR4, 18 multi-Layers Design, RF antenna Design,) using Altium Designer, KiCad, EasyEDA, Fusion 360(No problem in DFM-JLCPCB) 👉IoT with nRF52(BLE), LoRa(for example, SX1262), LTE(SIM card interface), GPS and other variety of sensors 🛠️Tools & Technologies: 👉 nRF5 SDK / nRF Connect SDK 👉SEGGER Embedded Studio + J-Link debugging 👉 C/C++ (bare-metal & RTOS) 👉 BLE GATT, LTE AT commanders, custom wireless protocols 👉SPI / I2C / UART / ADC integration 👉Low-noise measurement systems (nA level) 👉STM32CubeIDE, Cube MX, Keil, CCS, Arduino, ... 👉MQTT, Free RTOS, Zephyr RTOS 🚀 I can support your project from concept to production.

I’m a highly skilled PCB Designer & Electronic Engineer with years of experience in circuit design, embedded systems, and firmware development. I turn your concepts into production-ready, reliable, an... Read more

I’m a highly skilled PCB Designer & Electronic Engineer with years of experience in circuit design, embedded systems, and firmware development. I turn your concepts into production-ready, reliable, and efficient electronic solutions — from the first schematic to the final tested prototype. 💡 My Expertise Includes: PCB Design & Layout (Single-layer, Multi-layer, Rigid, Flexible, High-speed) Schematic Design & Circuit Simulation Embedded Systems Development (ESP32, STM32, Arduino, Raspberry Pi, AVR, PIC, ARM) IoT Solutions & Wireless Communication (Wi-Fi, Bluetooth, LoRa, Zigbee, GSM) Firmware Development (C, C++, MicroPython, Arduino IDE, PlatformIO) Prototyping & Testing PCB Manufacturing Files (Gerber, BOM, Pick-and-Place) Sensor Integration (Temperature, Motion, GPS, Pressure, etc.) Power Electronics & Battery Management Systems Analog & Digital Circuit Design Product Development for Mass Production 🛠 Tools & Software I Use: KiCad | Altium Designer | EasyEDA | Proteus | Eagle | OrCAD | SolidWorks (for enclosures) 🌍 Why Work With Me? ✔ Industry-standard quality ✔ Fast and reliable delivery ✔ Clear communication & regular updates ✔ Tailored designs that meet your exact requirements ✔ Post-delivery support and revisions Whether you need a small custom PCB, a complete IoT product, or complex industrial electronics, I can bring your project to life on time and within budget. Let’s design something amazing together!

I am a PhD-qualified Electronics Engineer with expertise in embedded systems, electronic product development, PCB design, FPGA development, and hardware prototyping. My experience spans the complete h... Read more

I am a PhD-qualified Electronics Engineer with expertise in embedded systems, electronic product development, PCB design, FPGA development, and hardware prototyping. My experience spans the complete hardware development lifecycle, from concept and system architecture through schematic capture, PCB layout, embedded firmware development, prototype validation, and preparation for manufacturing. I specialize in transforming ideas into reliable, manufacturable electronic products by combining strong theoretical knowledge with practical engineering experience. Throughout my academic and professional career, I have worked on projects involving embedded control systems, industrial electronics, communication interfaces, sensor systems, FPGA-based hardware, and custom electronic platforms. My core expertise includes: • Electronic system architecture and design • Analog and digital circuit design • Embedded systems engineering • PCB schematic capture and layout • FPGA and digital hardware design • Embedded firmware development • Hardware prototyping and validation • Design for manufacturing (DFM) • Product development and engineering consulting I have extensive experience developing embedded hardware platforms using microcontrollers and programmable logic devices. My work includes designing custom hardware solutions, integrating sensors and communication interfaces, implementing embedded firmware, and supporting projects through prototyping and testing phases. My PCB design experience includes multilayer board design, mixed-signal systems, embedded control hardware, power management circuits, sensor interfaces, and communication systems. I focus on producing reliable, manufacturable designs with strong attention to component selection, layout quality, signal integrity, and documentation. I am proficient with industry-standard design tools and development environments, including: • Altium Designer • KiCad • Verilog HDL • Embedded C/C++ • ARM Cortex platforms • STM32 microcontrollers • ESP32 platforms • FPGA development environments • PCB manufacturing and assembly workflows In addition to traditional embedded systems development, I have experience in FPGA and programmable logic design using hardware description languages. This enables me to work on projects requiring custom digital hardware implementation, hardware acceleration, and integrated embedded computing solutions. My doctoral research experience has strengthened my analytical thinking, problem-solving abilities, and technical communication skills. It has also provided extensive experience in system design, experimental validation, technical documentation, and multidisciplinary engineering research. I enjoy working with startups, researchers, entrepreneurs, and established companies to develop innovative electronic products. Whether the requirement is a proof-of-concept prototype, a custom PCB design, an embedded control system, an FPGA implementation, or a complete hardware product architecture, I strive to provide practical and efficient engineering solutions. My engineering approach emphasizes: • Clear communication • Strong technical foundations • Practical design decisions • Attention to detail • Manufacturable solutions • Thorough testing and validation • Professional documentation • Long-term reliability I can support projects throughout the complete development cycle, including: • Requirements analysis • System architecture development • Component selection • Schematic capture • PCB layout and optimization • Embedded firmware development • FPGA implementation • Prototype fabrication support • Hardware bring-up and debugging • Validation and testing • Design optimization • Manufacturing support • Technical documentation I am committed to delivering high-quality engineering services and building long-term professional relationships with clients. My goal is to help transform ideas into reliable, manufacturable, and commercially successful electronic products through a combination of technical expertise, practical engineering experience, and professional collaboration. If you are seeking an experienced electronics engineer with expertise in embedded systems, PCB design, FPGA development, and hardware product development, I would welcome the opportunity to discuss your project requirements and explore how I can contribute to your success.

1. Computational Electromagnetics Skills: FEM, FDTD, MoM, FIT; Maxwell’s equations; wave propagation, scattering, radiation, antennas, microwave/photonics; boundary conditions, PML, mesh convergence,... Read more

1. Computational Electromagnetics Skills: FEM, FDTD, MoM, FIT; Maxwell’s equations; wave propagation, scattering, radiation, antennas, microwave/photonics; boundary conditions, PML, mesh convergence, numerical stability; HPC/parallel computing; MATLAB, Python, C++; COMSOL, HFSS, CST, FEKO, openEMS, Meep. Deliverables: EM simulation models; field distribution maps; S-parameters, radiation patterns, SAR/EMC data; mesh convergence and validation reports; optimized geometry; solver scripts; technical reports/publications. 2. Electromagnetic Engineering Skills: Electromagnetic theory; RF/microwave circuits; antennas and transmission lines; EMC/EMI; shielding, grounding, filtering; magnetics, sensors, actuators; power electronics; PCB layout; VNA, spectrum analyzer, near-field probes. Deliverables: Antenna/RF designs; EMI/EMC test plans and reports; shielding-effectiveness analysis; PCB layout guidelines; compliance documentation; measurement datasets; design specifications. 3. Automotive Powertrain Design Skills: ICE, EV, and hybrid powertrains; transmissions, gearboxes, driveline, clutch, differential; torque/power matching; thermal and NVH analysis; materials and manufacturing; CAD/CAE; GT-Suite, AVL, AMESim, MATLAB/Simulink. Deliverables: Powertrain architecture; component sizing and gear ratios; CAD models; simulation models; performance maps; thermal/NVH assessments; BOM; validation test plan; design report. 4. Performance Analysis of Internal Combustion Engine Vehicle Skills: Engine thermodynamics and combustion; air/fuel management; turbocharging; emissions; vehicle road load; drive cycles; fuel economy; GT-Power, AVL BOOST, Ricardo WAVE, MATLAB/Simulink; chassis dyno and OBD data. Deliverables: Engine performance curves; BSFC maps; acceleration, top speed, and gradeability studies; fuel consumption and emissions reports; drive-cycle simulations; powertrain matching; calibration recommendations; test reports. 5. Vehicle Body Design Skills: Body-in-white and structural design; crashworthiness; steel, aluminum, and composite materials; CAD/CAE; CATIA, SolidWorks, HyperMesh, ANSYS, LS-DYNA, Abaqus; aerodynamics; ergonomics; DFM/DFA. Deliverables: Body CAD models; BIW structures; crash simulations; stiffness and modal analyses; weight-reduction studies; aerodynamic assessments; engineering drawings; BOM; design validation and prototype support. 6. Computational Fluid Dynamics Skills: Navier–Stokes equations; turbulence modeling (k-ε, k-ω SST, LES); heat transfer; multiphase flow; combustion; mesh generation; boundary conditions; solver setup; validation; HPC; Fluent, STAR-CCM+, OpenFOAM, COMSOL. Deliverables: CFD models; mesh-independence studies; flow and thermal field plots; drag/lift data; pressure-drop analysis; heat-transfer coefficients; combustion/emissions predictions; optimization studies; simulation reports. 7. Mathematical Modeling and Vibrational Analysis of Multibody Dynamics Skills: Multibody dynamics; Lagrange and Newton–Euler methods; state-space modeling; modal analysis; FFT; damping and vibration isolation; rigid/flexible bodies; contact dynamics; MATLAB/Simulink, ADAMS, Simscape, LMS, ANSYS. Deliverables: Mathematical models; equations of motion; simulation models; natural frequencies and mode shapes; time/frequency response data; vibration-isolation designs; NVH assessments; test-correlated validation reports. 8. Automobile Engineering Skills: Vehicle systems integration; chassis, suspension, steering, braking, transmission, electrical, HVAC; vehicle dynamics; safety; CAD/CAE; testing; standards and regulations; manufacturing. Deliverables: Subsystem designs; vehicle integration studies; performance and safety analyses; CAD/CAE models; test plans and reports; compliance documentation; BOM; technical manuals. 9. Automobile Design Skills: Styling and ergonomics; packaging; CAD surfacing and Class A modeling; DFM/DFA; materials selection; safety; aerodynamics; human factors; regulations; prototyping. Deliverables: Concept sketches; 3D CAD models; renderings; packaging layouts; ergonomic studies; body/interior designs; prototypes; design specifications; engineering drawings. 10. Multibody System Dynamics Skills: Kinematics and dynamics of rigid/flexible multibody systems; constraints and joints; contact modeling; equations of motion; numerical integration; stability analysis; ADAMS, Simscape, RecurDyn, MATLAB, Python. Deliverables: Multibody models; equations of motion; motion trajectories; joint forces and reaction loads; dynamic response predictions; optimization studies; validation against test data; simulation reports. 11. Automotive Systems Engineering Skills: Requirements engineering; system architecture; V-model; MBSE/SysML; ISO 26262 functional safety; reliability; integration; verification and validation; project management; PLM; CAN/LIN/AUTOSAR. Deliverables: Requirements specifications; system architectures; interface control documents; FMEA; test plans; validation reports

✅ 100% Client Satisfaction ✅ Top Embedded and Firmware developer ✅ Top Hardware designer ✅ Top Software design ✅ Top Mechanical design and industrial design ✅ Top Enclosure design Services: 1)... Read more

✅ 100% Client Satisfaction ✅ Top Embedded and Firmware developer ✅ Top Hardware designer ✅ Top Software design ✅ Top Mechanical design and industrial design ✅ Top Enclosure design Services: 1) Hardware/Electronics design (Power, Analog, Digital/High-speed and RF electronics design) 2) Precertification testing (EMI, ESD, EMC, FCC, CE, UL) 3) Firmware design С/C++ (Bare metal MCU/MPU, FreeRTOS, Zephyr RTOS, Embedded Linux, Wireless protocols, Security, Interfaces, etc) 4) Industrial and Mechanical design (Enclosure design, 3D printing, IP standards, Prepare all for injection molding, etc) 5) UX/UI design (Embedded devices with displays, Mobile and Desktop applications) 6) Software design (Android, IOS, Linux kernel and user space development) 7) Embedded Quality Assurance(QA) and testing 8) Manual verification/testing PCB/FPC, functional and unit testing of the Firmware/Software, stress testing, temperature range testing Service->Hardware design service: - Power electronics design: (PFC, Solar charging controller, chargers, high voltage control, Motor controllers DC/AC/BLDC ) - Analog electronics design: High-accuracy analog measurements, Noise filtration, Digital to analog conversion, Amplifying signal - Digital and high-speed electronics design: - Memories DDRx/LPDDRx, SDRAM, Camera and display interfaces (MIPI-DSI, MIPI-CSI, DisplayPort, etc), Data communication interfaces (QSpi, SPI, UART, I2C, FMC, I2S, USB 2/3.x, etc), ( - RF Designs: ( 50-60 GHz (Radars), 1-6 GHz (UWB, Wifi, BLE, ZigBee, GPS, NB-IoT, LTE-M/LTE, Z-Wave, etc), 13,6 MHz, 128 kHz (NFC, RFID, etc), 433 MHz (Custom protocols) Service->Industrial and Mechanical design - Industrial design of the sketch - it includes a few sketch designs, depending on the physical sizes of the device, specific of industry and user experience - Mechnical CAD design with deep PCB integration - it includes full mechanical draw based on the industrial design with detailed sizes, materials and manufacturing specific. - Thermal calculation and simulation - it includes simulation of the heating device inside enclosure, with theoretical cooling calculation - 3D printing and verification - we use 3D printer hp jet fusion 5210, with a very nice quality of printing, that helps us to make a good verification of parts with PCBs - Injection molding - the last step, which includes manufacturing optimization and making pres forms, preparing documentation for the manufacturing Service->Firmware design С/C++: - Languages: C/C++, Assembler - Diagrams: Block, UML, Workflow, APIs - Interfaces: I2S, SAI, MIPI-DSI, MIPI-CSI, USB 2/3.x, LTDC, DDR3/DDR4/LPDDR4, I2C, SPI/QSPI, UART, CAN, Ethernet - Wireless: NB-IoT, LTE M, GPRS, GPS, LTE, UWB, WiFi, BLE, ZigBee, Z-Wave, LoRa, Thread, 6LoWPAN, Sub 1GHz, NFC (13,6 MHz), RFID 433 MHZ and 128 kHz - Protocols : MQTT, HTTP, FTP, Modbus TCP/RTU, SNMP, TCP/IP, UDP/IP, DLMS, custom protocols - Security: AES, SSL/TLS, custom algorithms - Libs and frameworks: TouchGFX (GUI lib for MCU), emWin (GUI lib for MCU), LVGL (GUI lib for MCU), WolfSSL (SSL/TLS), Mbed TLS(SSL/TLS), osxMotionFX (Sensors fusion algorithm based on the Kalman theory), FatFS, lwIP (TCP/IP stack), WICED (Wifi stack), aws/amazon-freertos, Paho MQTT, TensorFlow - Embedded OS: FreeRTOS, TI-RTOS, ZephyrOs, Embedded Linux, Yocto, ROS - MCUs: NXP (i.MX RT1064, LPC1100, LPC4000), Nordic (NRF52xx/NRF53xx/NRF91xx), TI (CC3220/CC26xx/CC1100/CC3200, MSP430), Espressif (esp32, esp8266), ST(STM32H7/F7/F4/L4/F0/L0/WB/WL/G0 and STM8), Atmel/Microchip(SAM D20/D21/L21/R21/V70/V71, SAMA5/SAM4/SAMD4), Silicon Labs(EFR32, ZGM130S), Cypress (PSoC 3/PSoC 4), Kinetis (Family MK81FN256VDC15), Holtek (HT68xx) - MPUs: Analog Devices (ADSP-2156x SHARC), Qualcomm (Snapdragon 625/425/610/845), Allwinner (A64, A33, H3, H6 series), NXP (I.MX6/I.MX7/I.M8) , ST(STM32MP1) - SOMs: NVIDIA Jetson nano, NVIDIA Jetson Orin Nano, NVIDIA Jetson AGX Orin, Toradex (Colibri iMX6, IMX7, IMX8), Raspberry pi (CM3, CM4 modules), Inforce (Qualcomm Snapdragon 410, 820, 845 SOM), 8devices (Mango on Qualcomm IPQ6000/IPQ6010 Soc), Sensiedge(SensiBle 1 and 2, SensiLora) Service->Software: - Languages: Java, Kotlin, C#, C/C++, Python, Java Script - Diagrams: Block, UML, Workflow, APIs - Interfaces: USB, Ethernet - Protocols : MQTT, HTTP, FTP, Modbus TCP/RTU, SNMP, TCP/IP, UDP/IP, DLMS, custom protocols - Wireless: BLE, WiFi, UWB - Security: AES, SSL/TLS - Libs and frameworks: GStreamer, Paho MQTT, WolfSSL (SSL/TLS), Mbed TLS(SSL/TLS), QT framework, Xamarin Forms and Maui, ASP .NET Core and web development, React (web UI development), SQLite DB, FireBase DB, Mong DB, InfuxDB DB, Room, TensorFlow, Node.js - OS: Android, IOS, Linux, Windows

Senior PCB Engineer with 10+ years of experience in circuit design, schematic capture, and PCB layout, specializing in Altium Designer. I support end‑to‑end R&D projects, from concept and electronic d... Read more

Senior PCB Engineer with 10+ years of experience in circuit design, schematic capture, and PCB layout, specializing in Altium Designer. I support end‑to‑end R&D projects, from concept and electronic design to prototype and board bring‑up for consumer electronics, IoT, and industrial devices. Focused on clean schematics, high‑density layouts, manufacturability, and fast time‑to‑prototype for startups and companies.