About the team

The Devices Hardware Engineering team is responsible for the core physical products that bring the Roku experience into millions of homes. We design and develop the industry-leading hardware that powers our ecosystem, including set-top boxes, streaming sticks, remotes, and innovative new devices. As a seasoned team of engineers, we focus on delivering high-performance, cost-effective, and reliable consumer electronics at a global scale. We operate in a dynamic, fast-paced environment where technical excellence, autonomy, and the ability to navigate the complete design lifecycle are essential to our success.

About the role

We are seeking a Senior Hardware Engineer to join the Devices Hardware Engineering team. Based in Shenzhen, you will be our team’s first EE hire in Asia, serving as a critical bridge between our headquarters and our manufacturing partners. You will develop and lead exciting new products (set-top boxes, streaming players, remotes) through the complete design lifecycle, from initial concept to mass production (MP).
The successful candidate will be an energetic, self-starting team player who can manage multiple projects and thrive during rapid development cycles. You will possess the expertise and determination to ensure projects stay on target regarding design, quality, schedule, and cost.

What you'll be doing

• Design Ownership: Own the complete electrical system (BOM/Schematics/PCB) for new products.
• Cross-functional Collaboration: Partner with US-based Software, Mechanical Engineering, and Program Management teams.
• Component Selection: Identify and qualify components based on performance, reliability, cost, and local availability/lead times.
• Validation: Plan and lead hardware validation (EVT/DVT/PVT) for your designs.
• On-site Factory Support: Provide immediate, on-the-ground support for factory builds, assisting with test station setup, failure analysis (FA), and yield improvement.
• Vendor Management: Act as the primary technical point of contact for local JDMs, ODMs, and component suppliers.

We’re excited if you have

• Experience: 7+ years of hardware engineering experience in embedded system design (Senior/Lead level preferred).
• Education: Bachelor’s degree or higher in Electrical, Electronic, or Computer Engineering.
• Mass Production: A proven track record of shipping high-volume consumer electronics.
• Manufacturing Expertise: Deep experience working directly on-site with JDMs/ODMs/CMs in Asia.
• Tools: Proficiency with OrCAD and Altium design suites. Expert knowledge of PCB layout rules for high-speed designs.
• Technical Breadth: Strong skills in schematic design, high-speed signal integrity (DDR, PCIe), power delivery, RF (WiFi/BT), and ESD/EMI compliance.
• Lab Skills: Mastery of high-speed oscilloscopes, logic analyzers, and spectrum analyzers.
• Software: Ability to write low-level scripts (Python/C) for hardware validation.
• Bilingual: Fluent in English and Mandarin (written and verbal).
• Independent: Capable of working autonomously with minimal supervision during Asia business hours.
• Communicative: A transparent and proactive communicator who provides detailed regular updates to the US team.
• Flexible: Willing to adjust working hours occasionally for sync meetings with US-based teams.

#LI-GW1

Here are some of the EXCITING things you’ll get to do:

• Work with new product development team to select the best PCBA architecture for the new product development in R&D Phase.
• Define and develop PCBA requirement of electronics system in R&D Phase.
• Support Design Team to develop robust software control algorithm/logics.
• Work with PCBA supplier to develop PCBA for new product in NPD and NPI phase.
• Review PCBA design for safety, reliability and DFM in NPD and NPI phase to make sure the good design quality.
• Implement systematical problem solving approach to find root cause and make correction plan for all the issues in in NPD and NPI phase.
• Implement Design Verification Test in each EB build to evaluate robustness of PCBA design.
• Review and approve PCBA design documents in NPI and Pilot phase.
• Review and approve PCBA manufacture process and test process in NPI and Pilot phase.
• Provide engineering support to achieve best quality and best cost.

You are Expected:

• Good knowledge of design and verification for power supply, micro processer, sensor, heater and motor control etc.
• Good knowledge and skill to design Schematic, PCB layout circuit simulation and software development.
• Good knowledge of safety design to comply with UL and IEC requirement.
• Good knowledge of electronics component selection and verification.
• Good knowledge of design for reliability, DFMEA, RCA etc.
• Good knowledge of design for manufacture and PCBA manufactures process.
• Good knowledge of EMC design and test.
• Good knowledge of PCBA verification test requirement and procedure.
• Good knowledge of 6 sigma.
• Good skill on reading, writing and oral English communication.
• At least 8+ years work experience in PCBA design and manufacture for home appliance or similar electronics system.
• At least 6 years work experience in circuit design includes both analog and digital circuit.
• At least 3 years work experience of software development with C or assembly language.
• Good experience in PCBA manufacture and testing.

Education/Certifications/Affiliations

• Bachelor degree in electrical engineering or related majors.

Travel Requirements

• Be flexible for domestic and international travel.

Overview

Join our team as a Senior PCB Designer, where you will play a crucial role in shaping advanced wearable consumer electronics. By collaborating with electrical engineering hardware teams and PCB/Assembly vendors, you will refine cutting-edge PCB stack-ups, ensuring optimal design quality. Your expertise in design constraints, component placement, signal routing, and design for manufacturability will be pivotal in overcoming key challenges like component miniaturization and signal integrity.

Responsibilities

• Design complex PCBs/FPCs integrating analog, digital, RF, camera, display, audio, sensors, and power charging components specifically for wearables.
• Improve and optimize PCB/FPC design processes with hardware and PCB teams to ensure fabrication readiness.
• Manage engagements with vendors and internal teams concerning placement, routing, DFM, and Gerber reviews to uphold design standards.
• Develop and oversee comprehensive PCB documentation, including Gerber, ODB, BoM, and related drawings.
• Collaborate with hardware engineers and document control to release fab and assembly packages into the PLM system while authoring ECOs.
• Work with ECAD librarians to maintain and expand the ECAD library.

Minimum Qualifications

• Over 7 years of experience in PCB design using Cadence Allegro PCB Designer.
• Expertise in designing Rigid, Flex, and Rigid-Flex boards, including HDI design and multilayer PCB techniques like blind/buried vias and microvias.
• Proficiency in interpreting datasheets and schematics, generating netlists and constraints, and using schematics as a layout and routing reference.
• Familiarity with PLM systems such as Agile and understanding of IPC, JEDEC, IEEE standards.
• Skilled in applying layout design constraints for mixed/RF signal, high-speed signal impedance control, memory interfaces, power distribution, heat dissipation, and EMI optimization.
• Proven ability to manage all facets of PCB design, focusing on the constraints and challenges of compact wearable devices.

Preferred Qualifications

• Over 10 years of experience with PCB layout design using Cadence Allegro.
• Proven expertise in managing PCB design for high-volume consumer electronics.
• Experience in designing cost-effective consumer electronics with compact PCB footprints.
• Knowledge of EMC compliance and environmental safety standards.

Overview

As an RF De-Sense Engineer specializing in wireless consumer devices like smartphones and wearables, you will tackle the intricate challenges of electromagnetic interference to deliver high-performance wireless solutions. Your expertise will drive the integration of more features and sensors into compact form factors, optimizing technologies such as WiFi and Bluetooth.

Responsibilities

• Develop end-to-end RF desense systems, covering architecture, design, validation, troubleshooting, and production to ensure optimal wireless performance.
• Analyze product operations' impact on wireless performance, identifying potential noise sources and desense risks.
• Review and evaluate product designs at various stages, including schematic, board layout, and mechanical structure.
• Collaborate with cross-disciplinary teams—including wireless, mechanical, electrical, and software engineers—on research, prototyping, and implementation.
• Utilize RF desense concepts like shielding, grounding, filtering, and isolation to inform design and debugging, leveraging both measurement and simulation data.
• Design and develop desense test methods and setups, executing comprehensive validation exercises.
• Propose corrective actions to address identified desense issues and effectively communicate validation results through organized reports.

Minimum Qualifications

• Bachelor’s degree in Electrical Engineering, Electronics Engineering, Computer Engineering, or Computer Science.
• 3+ years of relevant experience in RF design and wireless technologies.
• Strong understanding of analog, digital, and mixed-signal circuit analysis.
• Proficiency in RF schematic and PCB layout best practices.
• Hands-on experience with general-purpose RF test equipment, including Spectrum Analyzer, Network Analyzer, and Oscilloscope.
• Knowledge of electromagnetic simulations and familiarity with tools such as Ansys HFSS and CST Microwave Studio.

Preferred Qualifications

• Master’s degree in Electrical Engineering with a focus on RF hardware or Electromagnetics.
• 2+ years of experience in desense development for consumer products or RF hardware/antenna design in wireless electronics.
• Proficiency in electromagnetic simulation tools like Ansys HFSS or CST Microwave Studio.
• Familiarity with additional wireless technologies such as WiFi, Bluetooth, Cellular, GPS and expertise in using test call boxes for cellular testing.
• Experience with advanced noise mitigation techniques, including shielding, grounding, filtering, and isolation.

Role Overview

As a Senior Enterprise Account Manager, you will own and expand long‑term strategic relationships with key and lighthouse enterprise customers in South China, ensuring deep adoption of Altium’s enterprise/agile solutions. You must be able to independently engage C‑level stakeholders, lead end‑to‑end enterprise sales cycles, and maximize customer value realization to achieve a true win‑win outcome between customers and Altium.
This role may evolve to lead the South China enterprise sales team, depending on the candidate’s qualifications.

Key Responsibilities

1. Strategic Enterprise Account Management

• Build and manage long‑term relationships with key and lighthouse customers across South China.
• Engage C‑level / VP‑level stakeholders independently, driving strategic alignment and multi‑year collaboration.
• Understand customer business goals, innovation roadmaps, and design‑to‑manufacturing ecosystems to position Altium as a strategic partner.

2. Full‑Cycle Enterprise Sales Ownership

• Lead the complete sales cycle from opportunity identification, technical alignment, proposal creation, negotiation, contracting, to post‑sales success tracking.
• Drive enterprise‑level adoption of Altium’s platform solutions and ecosystems.
• Collaborate with solution engineers and industry experts to deliver customer‑specific demonstrations, value studies, and ROI assessments.

3. Ecosystem Influence & Industry Penetration

• Map customer decision hierarchies across R&D, design centers, EMS/ODM partners, and manufacturing suppliers.
• Promote Altium solutions into customer ecosystem workflows to build design‑to‑manufacturing standardization.
• Initiate joint planning initiatives with key accounts to incorporate Altium tools into their supplier, compliance, or development standards.

4. Value Realization & Lighthouse Success

• Lead lighthouse/pilot projects validating measurable business impact (e.g., design cycle reduction, cost optimization, manufacturing efficiency).
• Influence customer engineering processes through Altium Agile’s real‑time DFM/DFx capabilities, PLM integrations, and cloud collaboration features.
• Drive customer satisfaction, expansion, renewal, and multi‑site rollouts.

5. Cross-Functional & Strategic Collaboration

• Partner with product, engineering, and marketing teams to reflect industry trends and customer requirements (e.g., EV electronics, White goods, IoT devices).
• Contribute to competitive positioning and messaging for South China enterprise accounts.
• Enable internal teams with customer insights, industry battle cards, and account strategies.

6. Future Leadership Responsibility (Optional Path)

• Potential to lead and mentor the South Region enterprise sales team, shaping team culture, performance, and GTM execution.

Qualifications

Experience

• 10+ years of enterprise sales experience in EDA, industrial technology, software, electronics, or SaaS enterprise solutions.
• Proven track record managing large accounts in sectors such as automotive, consumer electronics, appliances, or industrial hardware.

Skills

• Technical: Strong understanding of PCB design workflows, hardware R&D processes, and electronics manufacturing ecosystems.
• Commercial: Skilled in value‑based selling, account planning, and complex enterprise negotiation.
• Stakeholder Management: Able to independently engage and influence C‑level executives and technical decision-makers.

Traits

• Strategic, analytical, highly self‑driven with a strong ability to build trust and influence ecosystems.
• Excellent communication skills in Mandarin and English.
• “Consultative seller” mindset with strong problem‑solving capability.
• Inspiring and positively motivating leader. 

Overview: As a Signal and Power Integrity engineer, you will take a critical role in developing next generation consumer hardware systems. You will be part of the SIPI design team, and responsible for simulation and validation of systems and boards, validating results in the lab for correlation to design specifications and improving design quality. The person in this role is expected to work independently and lead projects, as well as work within teams interfacing with other engineers, technicians and/or outside vendors to complete all necessary validation tasks. In particular, the role entails close collaboration with EE designers, system validation engineers, and vendors to help establish/validate system requirements and hardware specifications.**

Responsibilities:

• Lead signal integrity simulation/validation methodology and developing detailed engineering test plans
• Create scripts for workflows and tools
• Perform high-speed interface signal integrity simulations and measurements
• PDN simulations and measurements
• Validating high-speed interfaces in lab to correlate with specifications and simulation results
• Use simulation and lab data to support design troubleshooting and propose corrective actions, drive failure analysis, root cause efforts, and design of experiments to resolve problems
• Support multiple projects at the same time.

Minimum Qualifications:

• 5+ years of experience in signal integrity simulation and measurement areas
• Experience in signal and power integrity fundamentals, familiar with PCB and flex design and manufacture process
• Proven understanding of impedance control, and transmission line, feasibility study and create practical design guidelines
• Hands-on experience with creation of workflow and test methodologies for signal integrity validation
• Hands-on experience using high speed lab equipment and PHY compliance test fixtures
• Self-starter with analytical and organizational skills
• Detail-oriented personality with solid documentation and reporting skills

Preferred Qualifications:

• Master’s in Electrical Engineering, Physics, Mathematics, or related field (or equivalent experience)
• 8+ years of experience in signal and power integrity validation areas
• Familiar with consumer hardware design, review and bring up process, CAD tools, constraint manager etc.
• Familiar with high speed interface protocols for PSRAMs, Flash, and MIPI
• Experience using Ansys HFSS, Q3D, Cadence Sigrity, PowerSI, Ansys SIwave, and Keysight ADS.

Who you are

We are looking for a Head of Hardware Operations. This person is a senior leader who has extensive experience leading their team in the new product development, manufacturing ramp and sustained production of high volume products.  They possess the meticulous attention to detail that is needed to plan production and material readiness to ensure on-time delivery to aggressive forecasts. They have experience managing both the execution of and relationship with large contract manufacturing partners and components suppliers. This person will ensure that the cost of our products meet targets and drive even lower than that. The Supply Chain Lead will ultimately ensure that our supply chain excels in delivery of supply, flexibility and cost while doing so in a way that meets our quality bar. 

A significant amount of this person’s time will be spent on-site at partner contract manufacturing facilities across the APAC region. 

In this role you will lead your team in in the following areas:

• Defining and driving the overall Supply Chain strategy from supplier risk management to component inventory planning to manufacturing planning.  Specific areas of focus include:
  • Ensuring supply of our products to forecast through effective management of our supply chain and our contract manufacturer partners, particularly through implementation of best practice tools such as factory capacity models, factory input/output production plans and material clear to build files.
  • Effectively managing end of life materials in a way that ensures product supply at a minimal risk to product quality. Ensure that the team has last-time buy opportunities and that the cross-functional engineering team is informed in sufficient time to implement alternate components.    
• Being a critical loop in our forecasting process. Ensure that the extended hardware team has understanding of lead times so proper expectations can be set regarding the ability to meet forecast upsides. Influence forecast adjustments as needed during NPI and sustained production based on our supply chains ability to deliver.
• Implementing tactics and strategies that allow for forecast flexibility, particularly upside. 
• Driving the lowest possible unit cost and NRE for our devices and programs through effective sourcing strategies, influence in the design of products and ultimately negotiation with our suppliers.
• Negotiating master supply and development contracts with our CM and supplier partners and the associated statements of work. These agreements will include things such as pricing, NRE costs, liability and material buffering.
• Being a strong partner to our quality teams to ensure our products meet quality targets. Drive manufacturing and supplier partners to implement all needed quality systems and resources.
• Communication with and managing the cross functional team to meet dates needed to ensure that we can ramp new programs to schedule so we can meet our supply commitments to the business. This includes driving the engineering and program management teams to meet design build exit dates and the quality team to complete reliability testing per schedule.
• Managing our corporate responsibility and environmental safety approach with suppliers. 
• In addition to leading the Supply Chain Management team, this role will also be responsible for leading the NPI Operations, Manufacturing Test Engineering (MTE), and Manufacturing Process Engineering (MPE) teams.  

Minimum requirements

• 15+ years experience leading teams in the new product ramp and sustained production of products in high volume manufacturing in the consumer electronics or adjacent space.
• Knowledge of and proven implementation of best tools to manage manufacturing output including factory line balancing and capacity models, production input/output reports and material clear to build (CTB) files.
• Experience working with and strong knowledge of final assembly and test, pack-out, and SMT production processes. 
• Strong knowledge of component manufacturing processes such as injection molding, battery pack, PCB fabrication and display assembly.
• The interpersonal skills and experience needed to work with CM teams and management in a collaborative way to meet development schedules and mass-production deliveries.
• A proven track record of driving lowest product cost and product cost reductions through using comprehensive knowledge of manufacturing processes and component roadmaps to conduct effective negotiations. 
• Experience in negotiating contracts with contract manufacturers and vendors for supply and development activities. 
• Deep experience in new product development and introduction. A strong understanding of what is required of each phase of development (EVT, DVT, etc.) and when key forward looking decisions need to be made - i.e. components risks buys and factory equipment purchases.  
• A working understanding of manufacturing test and manufacturing process engineering. Having the ability to establish a rapport with engineering teams to ensure that design for manufacturability is incorporated into designs. 
• Fluency in Chinese and English

Preferred qualifications

• Experience working in consumer electronics.
• Experience building and leading growing teams.
• Experience working in multinational companies
• Experience with POS hardware development and manufacturing including knowledge of tamper-proofing systems, and components for POS devices. 
• Familiarity with payments hardware related technologies. 

To reinvent an industry, you have to build the best team. Join Formlabs if you want to bring groundbreaking professional 3D printers to the desktop of every designer, engineer, researcher, and artist in the world.

Electrical engineering at Formlabs bridges the gap between the analog and digital worlds. If you love to design and build boards from the ground up, develop firmware to control complex electromechanical systems, and produce elegant solutions to real-world problems, we want you as an Electrical Engineer.

You are highly encouraged to share a portfolio that demonstrates your skills and experience.

The Job:

• Lead the electronics design of 3D printing and related products
• Full-stack design, able to go from concept to initial prototype and mature the design to mass production. Ownership of designs throughout the product life cycle
• Make EE architecture decisions and tradeoffs while observing all facets of a design, including cost, reliability, flexibility, etc to achieve business goals.
• Ensure soundness of designs by performing necessary engineering calculations and experiments.
• Design for wired and wireless connectivity options such as Wifi, Bluetooth, Ethernet
• Design that involves physical sensors and actuators. 
• Write basic code to test the functionality of designs. 
• Hands-on experience with prototyping, validating, debugging, and reworking boards

You:

• Have a minimum of 2 years of experience designing and debugging electronics.
• Are an electrical engineering generalist, comfortable with analog and digital design, PCB layout, validation, and debugging techniques
• Have at least basic familiarity with embedded systems (microcontroller firmware developed in C/C++, embedded Linux) or another software engineering discipline.
• Familiarity with consumer electronics standards and certifications
• Experience in the consumer electronics industry 
• Working knowledge of English: Able to read and write documentation. Able to understand and present technical ideas verbally.

Bonus: We are an equal-opportunity employer and value diversity at our company.  We do not discriminate based on race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status.  

Even if you don't check every box, but see yourself contributing, please apply. Help us build an inclusive community that will change the face of 3D printing.