Hire the Best Electronic Engineers

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Vadim M.

Kutaisi, Georgia

$55/hr
4.9
9 jobs

I lead a multidisciplinary team of engineers - electronics, mechanical, firmware, PCB, CFD/FEA, and production - providing end-to-end new product development for physical products. For 8+ years, we’ve helped startups and established companies turn ideas into working, manufacturable products. We handle everything in-house - custom electronics design, PCB layout, firmware, mechanical design, simulations, and prototyping - moving projects from concept (TRL-3) to production-ready (TRL-8). Our expertise covers: - PCB design (HDI, RF, high-speed, flex-rigid) - Embedded & Linux firmware development - Power and battery management systems - Wireless connectivity: BLE, LoRa, NB-IoT, Wi-Fi, GPS, Zigbee - Mechanical design, CFD/FEA simulations, and DFMA - Rapid prototyping and production support Whether you need a single PCB or a complete device - we deliver fully functional prototypes, ready for mass production. Let’s discuss your project - I’ll help plan the best technical and production roadmap to bring your hardware idea to life.

  • SolidWorks
  • Prototyping
  • Injection Mold Design
  • Hardware Prototyping
  • Mechanical Design
  • Engineering Simulation
  • Firmware Programming
  • Electronic Circuit Design
  • PCB Design
  • Industrial Design
  • Product Design
  • ESP32
  • nRF52
  • Design for Manufacturing
  • Internet of Things
Farhana M.

Islamabad, Pakistan

$30/hr
5.0
10 jobs

✅Reverse Engineering✅PCB Design✅Circuit Design ✅ PCB Layout✅ Embedded Systems✅Microcontroller Programming ✅ Gerber Files✅Bill of Materials (BOM) ✅ Hardware Debugging✅ 3D CAD Modeling ✅SolidWorks ✅ Mechanical Design We are a team of professional Electronics Engineers with 7 years of experience in PCB design, circuit design, and embedded systems. We help startups and companies turn ideas into high quality, production ready electronic products. Our team approach allows us to handle complex and large scale projects efficiently, ensuring faster delivery without compromising quality. Expertise: ✔ Reverse Engineering & Troubleshooting ✔ PCB Design (Single, Double & Multilayer) ✔ Circuit & Schematic Design ✔ High Speed & RF PCB Layout ✔ Gerber, BOM & Pick and Place Files ✔ Embedded Systems (Arduino, ESP32, STM32, PIC) ✔ IoT Product Development Why Choose Us: ✔ Dedicated team for faster turnaround ✔ Production ready & manufacturable designs ✔ Strong communication & quick response ✔ Ontime delivery with high quality ✔ Long term support for your projects If you are looking for a reliable engineering team to bring your idea to life, feel free to invite us to your project.

  • Electronic Design
  • Electrical Engineering
  • PCB Design
  • Multilayer PCB
  • Circuit Design
  • Altium Designer
  • Electronic Circuit Design
  • 3D Model
  • Microcontroller Design
  • Hardware Design
  • Reverse Engineering
  • SolidWorks
  • 3D Modeling
  • Mechanical Design
  • Schematic
  • STM32
  • ESP32
  • Electronics
  • Hardware Troubleshooting
Hussam H.

Cairo, Egypt

$60/hr
4.6
6 jobs

I have 7+ years of specialized experience in Electronic Design and Manufacture, PCB layout, Microcontroller Programming, wearables and Automotive electronic applications. Wide knowledge with electronic solutions in consumer product, medical, electrical and mechanical fields Last year, I led a team of electronics designers, testers, and product manufacturing engineers to successfully build advanced medical devices, demonstrating their ability to manage complex projects in high-stakes environments. Working closely with cross-functional teams to streamline manufacturing processes, ensuring cost-efficiency without sacrificing quality. I have been helping my clients raise funds for their top priority products by developing MVP products to showcase to strategic investors, one of my clients sold his product for $2M+, another got $1M+ investment in 2023. Expertise: - Manufacture for prototyping - Electronics mass production and assembly. - PCB Layout Design - Microcontrollers and SoC (STM32, Cypress PSoC, Nordic, AVR, ..) - Power Drive Applications - Medical Sensors - Motion sensors - Battery and charging management system (BMS) - Closed-loop control (e.g. PID) -DC-DC, and AC-DC Conversion My Tools -EDAs like Altium Designer, KiCAD and Eagle -Ansys -STM32CubeIDE -ModusToolbox -PSoC Creator -Nordic Thingy -LTspice -IAR Embedded Workbench -Fusion 360: -Onshape -Git

  • Hardware Design
  • PCB Design
  • Design for Manufacturing
  • Electronic Design
  • Power Electronics
  • Electronics
  • Medical Device
  • HVAC System Design
  • Power System
  • Electrical Design
  • Embedded System
  • Microcontroller
  • ARM Microcontroller
  • Microchip
  • Antenna Design
Mazen T.

Alexandria, Egypt

$30/hr
5.0
14 jobs

Looking to turn your complex electronic concepts into mass-production-ready hardware that actually passes certification? I am a Hardware R&D Engineer specializing in high-density multi-layer PCB layout, power electronics, and strict EMI/EMC compliance (CISPR 11, IEC 60601-1, IEC 61000). From initial LTspice simulation to factory-ready manufacturing files, I ensure your hardware works flawlessly on the first spin. Here is the proven expertise I bring to your project: • Advanced PCB Layout & Signal Integrity: Designing up to 6-layer high-density boards (medical & industrial) with optimized grounding, shielding, and component placement for tight mechanical integration. • Power Electronics & BMS: Developing custom Li-ion Battery Management Systems (protection & charging), bi-directional DC-DC converters, and multi-motor industrial controllers. • Compliance & Remediation: Deep experience diagnosing and modifying existing hardware to resolve failures and pass strict emissions and safety standards (CISPR 11, IEC 61000 series). • Test Automation & Validation: Developing custom Python scripts (via NI-VISA) to automate laboratory test equipment (oscilloscopes, instruments) for rigorous hardware debugging and logging. • Manufacturing-Ready Delivery: Complete BOM management, component sourcing, and Design for Manufacturing (DFM) optimized for high-volume assembly (JLCPCB, PCBWay). Whether you need a cluttered schematic organized, an EMI issue fixed, or a new IIoT/Power board designed from scratch using Altium Designer or KiCad—I deliver clean, certified, production-ready results. Let’s discuss your hardware requirements. Click "Message" to get started!

  • Altium Designer
  • KiCad
  • PCB Design
  • Power Electronics
  • Hardware Design
  • Hardware Testing
  • Electronic Circuit Design
  • Microcontroller Design
  • Multilayer PCB
  • Electromagnetic Simulation Software
  • Printed Circuit Board
  • Electronics
  • Digital Electronics
  • Analog Electronics
  • Circuit Diagram
  • Engineering Simulation
  • Power Management
  • Electrical Layout Design
Alexandra B.

Dnepropetrovsk, Ukraine

$35/hr
5.0
14 jobs

Your R&D Engineering Partner for Startups. IoT, Medical Devices, Embedded Hardware. I help startups and product companies turn ideas into manufacturing-ready hardware products. Our team supports the entire development cycle - from concept exploration to prototype and production transfer. With 60 engineers and on-site prototyping labs, we provide full-cycle hardware development including electronics, embedded software, and mechanical engineering. How we work 💡 Concept: we discuss the idea, clarify requirements, and evaluate feasibility. 🛠 Prototype: rapid prototyping in our in-house laboratories. ⚙️ Engineering: full product engineering including electronics, embedded firmware, mechanical design, and regulatory preparation. 🚀 Transfer to Manufacturing: smooth handoff to production with complete manufacturing documentation. ⚡Our Specialization Medical Devices / MedTech: ECG monitoring devices, health monitoring systems, wearable medical electronics, multi-sensor medical platforms (FDA pathway, ISO 13485, Clinical trials support) IoT Devices: connected sensor devices, BLE / Bluetooth products, smart monitoring devices, industrial IoT hardware Wearables: battery-powered devices, low-power embedded electronics, compact PCB systems Multi-Sensor Systems: environmental sensors, motion sensors, health sensors, sensor fusion devices AI-enabled devices: sensor fusion and on-device inference (TinyML / edge AI) ⚡Core Technologies • Embedded Systems • PCB Design (Altium Designer) • Carrier board • Motherboard • BLE / Bluetooth devices • STM32 / ESP32 platforms • Low-power electronics • High-speed multilayer PCB design • Sensor integration • Embedded Linux systems • Arduino • ARM Cortex • Raspberry Pi We operate four specialized laboratories: • Chemical lab • Medical lab • Electronics testing lab • Rapid prototyping lab (3D printing) All prototypes are developed on-site, which allows fast iteration and testing. Clients receive weekly development reports and full visibility of the development process. Development meets international standards: FCC, IC, CE, IPC We build products ready for certification and manufacturing. Each project includes complete engineering documentation: • Source code • Schematics and PCB layout • Gerber files • PCB assembly drawings • Master drawings • Bill of Materials (BOM) • Logic diagrams • Specifications and datasheets All documentation required for manufacturing is delivered. What We Deliver End-to-End • Requirements clarification & feasibility analysis • System architecture and component selection • BOM planning • Schematics and low-noise multilayer PCB design (Altium) • Hardware bring-up and debugging • Embedded firmware development (C/C++) • Low-power optimization • OTA / update strategy • Prototype build support • Validation testing • DFM / DFT preparation • Manufacturing handoff (Gerbers, BOM, assembly documentation) Working with Us ✔ NDA friendly ✔ Startup-focused development ✔ Transparent processes and regular reporting ✔ Rapid prototyping capabilities We focus on building real products ready for manufacturing, not just prototypes. Keywords: PCB Design, Embedded Systems, Firmware, Altium Designer, KiCad, Low-Noise PCB, Flexible PCB, STM32, ESP32, nRF52/nRF53, nRF54, Nordic Semiconductor, Zephyr RTOS, FreeRTOS, RF, BLE, Wi-Fi, LTE, LTE-M, NB-IoT, GNSS, GPS, NFC, LoRaWAN, MQTT, CAN, LIN, AWS IoT, AC/DC, DC/DC, Battery Systems, BMS, USB-C PD, Power Path Management, EMI/EMC, DFM, DFT, Prototyping, Manufacturing Support, Wearables, MedTech, Arduino, ARM Cortex, Raspberry Pi, Carrier board, Motherboard, AI-enabled, TinyML, edge AI

  • PCB Design
  • Electrical Engineering
  • Electronics
  • Electronic Design
  • Embedded System
  • Circuit Design
  • Altium Designer
  • Power Electronics
  • Hardware Design
  • Digital Electronics
  • Analog Electronics
  • Arduino
  • Raspberry Pi
  • Printed Circuit Board
  • Electronic Circuit Design
  • RF Design
  • Product Design
  • ESP32
  • Internet of Things
  • Embedded Application
Robert K.

Billings, Montana

$65/hr
5.0
16 jobs

I help clients turn early-stage hardware ideas into working prototypes, combining mechanical design, PCB layout, embedded firmware, sourcing, and hands-on debugging I’m a mechanical and electrical engineer with over 10 years of experience, specializing in taking ideas from concept to functional prototype. My career began in industrial design and new product development, where I focused on mechanical systems, custom fixtures, and precision components. Building on that foundation, I expanded into PCB design, embedded systems, and software/firmware design, allowing me to bridge the gap between mechanical and electrical engineering for projects that demand both. My recent work includes CoreSync, a neuroplasticity-driven motor training system; Alerta, a suite of sensors for monitoring elderly patients; the Hair Protractor, a compact ring-mounted tool with integrated PCB and OLED display; and a wireless RGB headphone system with custom electronics and housing. I’ve also designed specialized cryogenic systems, industrial hardware, and automated test devices for labs. Clients value my ability to deliver complex prototypes quickly and reliably. Clients typically see working hardware within about three weeks, depending on complexity. I’ve built lasting relationships with clients like Alerta, where I’ve supported multiple sensor-based devices, and with a wireless headphone company, where I developed a full ecosystem of sensors and user interfaces. My engineering work has been published in the ASME Journal of Medical Devices, and I’ve led designs for organizations like the National Institute of Standards and Technology (NIST), giving clients confidence that I can handle demanding technical challenges. If you need an engineer who can design, build, and validate prototypes that work the first time, I can help. Keywords: Mechanical Engineer, Electrical Engineer, Embedded Systems Engineer, PCB Design, Circuit Design, CAD Modeling, SolidWorks CAD Design, Prototyping, Prototype Design, Prototype Development, Product Development, New Product Development, Electromechanical Design, Mechatronics, R&D Engineering, Wearable Devices, IoT Devices, Medical Device Design, Firmware Development, Hardware Design, Electronics Design, PCB Layout, Electronic Prototyping, Rapid Prototyping, Sensor Design, Sensor Integration, Industrial Design, Cryogenic Systems, Research and Development Engineering, Automation, Lab Automation, Design for Manufacturing (DFM), Tolerance Analysis, Finite Element Analysis (FEA), Multibody Simulation, Material Selection, Stress Analysis, Thermal Analysis, Sheet Metal Design, Machined Parts, Mechanical System Design, Assembly Design, Precision Engineering

  • Electrical Engineering
  • Mechanical Engineering
  • Product Design
  • 3D Modeling
  • CAD & CAM Software
  • SolidWorks
  • PCB Design
  • Electronic Circuit Design
  • Prototyping
  • Finite Element Analysis
  • Design for Manufacturing
  • 3D Printing
  • Research & Development
  • Embedded System
  • KiCad
  • 3D Scanning
  • C++
  • Mechatronics
  • Robotics
  • Injection Mold Design

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Don't just take our word for it

What does an Electronic engineer do?

An electronic engineer designs and validates the physical circuitry that powers modern devices. This role translates abstract system requirements into tangible schematics and printed circuit board layouts. You build functional prototypes to verify performance before mass production begins. Your work ensures that electronic components operate safely and reliably within their intended environments.

  • Design electronic circuits and components by creating detailed schematics and printed circuit board layouts using engineering software. You select appropriate semiconductors, resistors, and capacitors to meet specific voltage and current requirements for the device. This process involves iterating on digital models to optimize signal integrity and power distribution before any physical manufacturing occurs.
  • Build and test physical prototypes to validate design reliability and safety standards. You use oscilloscopes, function generators, and automated test equipment to measure electrical characteristics and identify faults in the hardware. This hands-on verification confirms that the circuitry performs correctly under various thermal and operational stresses.
  • Generate comprehensive technical documentation that outlines product requirements and maintenance procedures. You prepare clear instructions for manufacturing teams to assemble the electronic systems accurately. These documents also serve as a reference for future troubleshooting and regulatory compliance audits throughout the product lifecycle.

How to hire an Electronic engineer on Upwork

Step 1: Post a job

Define your hardware requirements clearly to attract qualified candidates. Use the Job Post Generator powered by Uma™, Upwork's Mindful AI to draft a precise description from a few sentences about your needs. You can write a new post, update a saved draft, or reuse an existing post.

  • Specify whether the role focuses on circuit design, system integration, or reliability testing for electronic devices.
  • List required engineering software skills, such as SPICE simulation tools or FPGA design platforms, to filter for technical fit.
  • Include expected deliverables like schematic diagrams, layout files, or maintenance documentation to set clear expectations.

Step 2: Evaluate candidates

Review portfolios for evidence of completed hardware projects and validated designs. Uma can run instant video interviews and build shortlists with side-by-side comparisons to help you assess technical depth quickly.

  • Look for engineering models and diagrams that demonstrate the candidate’s ability to translate requirements into functional layouts.
  • Check for test reports or inspection outputs that prove the candidate verifies reliability and safety before production.
  • Seek examples of documentation covering product requirements or maintenance guides to ensure thorough handoff practices.

Step 3: Interview your top choices

Discuss specific technical challenges related to your electronic systems during the interview. Schedule and conduct these conversations within Upwork Messages, which generates an immediate transcript and summary after each session.

  • Ask how the candidate selects test equipment, such as function generators or automated test equipment, for validating circuits.
  • Request examples of how they troubleshoot design failures during the iteration phase prior to manufacturing.
  • Verify their experience supervising construction or manufacturing steps to ensure designs meet real-world constraints.

Step 4: Agree on scope and begin work

Finalize milestones for design phases, testing protocols, and documentation delivery. Use Upwork Messages and the contract workroom for communication and project management, plus identity verification, payment protection, hourly tracking, and project funds for security.

  • Set milestones for completing engineering models and obtaining approval on schematic diagrams before proceeding to layout.
  • Define acceptance criteria for reliability tests using specified stimulus tools like arbitrary waveform generators.
  • Require submission of final maintenance documentation and design files upon completion of the supervised manufacturing phase.

Upwork is not affiliated with and does not sponsor or endorse any of the tools or services discussed in this article. These tools and services are provided only as potential options, and each reader and company should take the time needed to adequately analyze and determine the tools or services that would best fit their specific needs and situation.

The rates and information provided in this article are based on current data and industry sources available at the time of publication. Freelance rates can vary depending on factors such as experience, location, project scope, and market conditions. Readers are encouraged to conduct their own research to confirm current rates and trends, as this information may change over time.

How much does hiring an Electronic engineer cost?

$500-$1,500 per project is a typical range for focused Electronic engineer work. Final pricing depends on scope, technical complexity, required integrations, source-material quality, revision needs, and the freelancer's experience level.

Circuit schematic design

$500-$1,200/project

Entry-level to mid-level
  • Detailed circuit diagram with component values
  • Itemized list of required electronic parts
  • SPICE analysis verifying basic circuit function

PCB layout creation

$1,200-$2,500/project

Mid-level
  • Routed printed circuit board design files
  • Manufacturing-ready output for fabrication
  • Visual guide for component placement

Prototype testing and validation

$2,500-$4,500/project

Mid-level to senior-level
  • Defined procedures for reliability checks
  • Measured performance metrics from lab tests
  • Documented faults and proposed fixes

Embedded system integration

$4,500-$7,000/project

Senior-level
  • Compiled software for microcontroller operation
  • Pinout and communication protocol details
  • Steps for connecting subsystems

Full product development

$7,000-$12,000/project

Expert-level
  • High-level design of all electronic modules
  • Complete files for manufacturing and assembly
  • Instructions for long-term system support

Frequently asked questions

Is hiring an Electronic engineer worth it?

For most businesses, yes: hiring an Electronic engineer is worthwhile. These specialists translate abstract requirements into functional circuitry and system models that form the backbone of hardware products. They validate reliability through rigorous testing before manufacturing begins, which reduces costly rework later in the production cycle.

How do I evaluate Electronic engineer candidates?

Review their portfolio for specific engineering models, diagrams, and layouts that match your product complexity. Ask candidates to describe how they used simulation tools like SPICE or test equipment to verify safety and reliability in a past project.

What deliverables should I expect from an Electronic engineer?

You should receive detailed engineering models, circuit diagrams, and system layouts that guide manufacturing. The engineer also submits documentation covering product requirements and maintenance needs alongside test outputs that confirm device safety.

Which tools do Electronic engineers use for design and testing?

Engineers use design software to create models and layouts, along with simulation tools like SPICE to validate circuits before physical builds. They employ function generators and automated test equipment to measure performance and verify component reliability during the inspection phase.