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: 

• Team sport to Deliver 5 star product to consumer 

• You can design any product you want in SharkNinja 

• Pursue and provide creative idea for product 

• Communication with transnational team to achive better results for issues 

• Make things better with detail research 

• Drive incremental change 

• Challenge and be challenge 

• Improve yourself by training, lesson learn and so on 

ATTRIBUTES & SKILLS: 

Responsibilities: 

• Professionally design and develop innovative design solutions and products in a fast-paced team environment. 

• Provide solid modeling and prototype support on technology development and new product development projects. 

• Using sound engineering principles refine concepts into reliable designs that meet performance, compliance, product integrity and aesthetic requirements. 

• Design for manufacturability, for China production environments. 

• Generate part specifications, including detailed drawings and specifications. 

• Communicate design to team members and China factories. 

• Perform product prototyping and testing, write test requests and obtain quotes from internal and external sources. 

• Support continuous improvement of existing products. 

Experience required:   

• Around 5-8 years’ experience in product development in high volume consumer products, Mobile Robotic products preferred. 

• 3D CAD proficiency, design experience in multiple processes such as: plastic injection molding, die-casting, sheet metal, machining processes, and assembly processes. 

• Experience working effectively in a cross-functional team environment is essential. 

• Good knowledge of Design processes, including DFME, FEA, DFM etc. 

Education background required:  

BS in Mechanical Engineering, Electrical Engineering, Robotics or Mechatronics 

Functional Skills/Knowledge: 

• Good command of English speaking and writing. 

• Ability to work with flexible adaptable teams and processes that embrace and cope with change and uncertainty. 

• Ability to support at least multiple projects simultaneously. 

• Detail-oriented, versatile, organized, articulate and professional. 

Other Requirements：  

• Traveling to supplier factory / staying in factory is required 

• Occasional international travel to visit suppliers or other SharkNinja offices may be required. 

• Ability to work under pressure and work overtime if required at peak project times. 

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.

About the role

We are looking for a Senior Reliability Lab Operation Engineer who will be responsible for the full lifecycle management of laboratory equipment, complex problem analysis, and technical improvement, and participation in the development of reliability test equipment and test fixtures. The engineer will ensure the laboratory operates efficiently, stably, and with low risk through institutionalized and engineering means, providing reliable experimental platform support for the R&D, verification, and mass production of POS terminal products.

This position requires a deep understanding of mechatronic consumer systems, strong development skills, and proven ability to lead and collaborate in cross-functional team environments and in supplier management. In this role, you will manage contract workers (CWs) to meet the needs of laboratory operational excellence.

What you will do

1. Laboratory Operation and Equipment Full Lifecycle Management

• Fully responsible for the planning, operation, and continuous optimization of reliability lab equipment;
• Core equipment under management includes, but is not limited to:
• Environmental reliability equipment: High/low temperature, temperature and humidity, thermal shock, temperature/humidity cycling equipment, etc.;
• Electronic testing and measurement equipment: Data acquisition systems, programmable power supplies, electronic loads, multimeters, sensors, and data loggers;
• Develop and implement equipment full lifecycle management strategies.

2. Maintenance, Repair, and Calibration System Development

• Lead and execution of the annual maintenance, repairing, and calibration plans for laboratory equipment;
• Deeply participate in the analysis of complex equipment failures and technical decision-making, leading internal and external technical reviews when necessary;
• Standardize the instrument calibration management process to ensure the accuracy and consistency of test data;
• Establish and continuously optimize management systems and technical documents for equipment maintenance, repair, and calibration.

3. Reliability Test Equipment and Fixture Development

• Participate in or lead the customized development or modification of reliability test equipment to meet POS product testing needs;
• Collaborate on the design and development of reliability test tooling and fixtures (structural or electrical);
• Promote standardization, modularization, and reusability design for test equipment and fixtures.

4. Risk Control and Technical Improvement

• Identify technical risks in laboratory equipment operation and reliability testing processes;
• Formulate and implement preventive maintenance and risk control programs to enhance overall equipment reliability;
• Analyze the impact of equipment issues on test results and product reliability, and propose systemic improvement suggestions.

5. Supplier and Cross-Departmental Collaboration

• Act as the technical interface, liaising with equipment manufacturers and third-party maintenance/calibration service providers;
• Evaluate supplier technical capabilities and service quality, and drive continuous improvement;
• Closely cooperate with R&D, Quality, and Manufacturing departments to ensure the smooth execution of reliability testing plans.

6. Systems, Audits, and Technical Support

• Participate as a core engineer in internal systems and customer audits (such as requirements related to ISO 9001, ISO/IEC 17025);
• Provide technical evaluation and equipment feasibility analysis for new laboratory projects and test methods;
• Provide technical guidance and experience sharing for managing junior engineers or technicians.

Who you are

We’re looking for someone who meets the minimum requirements to be considered for the role. If you meet these requirements, you are encouraged to apply. The preferred qualifications are a bonus, not a requirement.

Minimum requirements:

1. Education and Experience

• Bachelor's degree or above, in a Mechatronics-related major (Mechanical Engineering, Electrical Engineering, Automation, Mechatronics, etc.);
• 5+ years of experience in lab equipment management or reliability lab engineering (3+ years can also be considered for a senior reserve position);

2. Technical Skills

• Familiar with the structure, principles, and maintenance strategies of environmental reliability test equipment;
• Experience in the development or modification of reliability test equipment;
• Experience in test fixture design, development, or optimization;
• Familiar with ME software (such as AutoCAD), capable of reading and drawing engineering fixtures;

3. Comprehensive Abilities

• Possess systematic thinking and engineering problem-solving abilities;
• Good communication, coordination, and project promotion skills;
• High sense of responsibility and risk awareness, capable of making technical judgments at critical junctures.
• Requires 20% business travel (mainly within Mainland China)
• Requires proficient English reading and writing skills.

Preferred qualifications:

• Relevant industry experience with POS terminals, electronic payment devices, or consumer electronics;
• Familiar with electronic manufacturing reliability testing requirements, such as high/low temperature cycling, damp heat aging, etc.;
• Experience participating in customer audits or third-party laboratory audits is a plus.
• Experience in establishing a reliability lab or FA lab.

BBPOS is looking for a passionate, self motivated and hard working Quality engineer to be part of a diverse, dynamic and high energy team. The work is in a highly collaborative and multi- functional environment, handling several projects at a time. The successful candidate will be an experienced Quality engineer who ideally has Mechanical, Electrical and Hardware Quality Assurance expertise and will be experienced in Quality management systems, Data analysis techniques and quality assurance methodologies. 

What you will do

This position is based in Shenzhen, requiring frequent business travel to our manufacturing partners in Vietnam and other Contract Manufacturers (CMs) across China. You will be responsible for OEM product quality from new product introduction through sustaining. Being comfortable in a rapidly evolving and dynamic environment coupled with excellent communication skills are essential to the role. You will foster and build an excellent communication and working relationship with our global Stripe partners.

• Define and implement BBPOS quality management in OEM factories.
• Establish a system of quality metrics to continually drive and supervise measurable quality at OEM.
• Manage IQC, IPQC and OQC for product quality control.
• Define and implement Quality assurance processes for our in house developed Hardware solutions (both for our Shop floor system Hardware and for BBPOS Product Test & Diagnostic bundles).
• Conduct quality system audit and quality process audit for CM maturity improvement.
• Understand product and process CTQ and implement control plans to monitor these CTQ’s and prevent quality excursions or quality incidents.
• Lead quality readiness review and monitor quality result during new product introduction builds.
• Conduct failure analysis and implement corrective actions for quality issues resolution.
• Drive the use of statistical analysis for key Quality data across the team.
• Collaborate with multi-functional peers on key business initiatives. Actively participate in these discussions in a transparent manner and bring data and value to these initiatives based on data and knowledge from your team.

Who you are

We’re looking for someone who meets the minimum requirements to be considered for the role. If you meet these requirements, you are encouraged to apply. The preferred qualifications are a bonus, not a requirements

Minimum requirements: 

• Education background from BE, BS or MS in Engineering 
• At least 8 years of experience in implementing hardware Quality assurance methodologies to prevent quality issues from sneaking out of the factory.
• Knowledge of FATP (Final Assembly, Testing, Packing) for a POS reader or similar products such as phone or tablet electronic products.
• Basic Lean principle and methodologies such as CTQ, PDCA, 8D Problem Solving, Kaizen, Mistake proofing, DMAIC, FMEA, etc…
• Root cause analysis skills and with robust corrective action understanding for problem solving.
• Familiar with critical to quality control, and implement statistical quality process control and risk mitigation plan to ensure quality.
• Able to develop and implement OEM quality process audit checklist for continuous quality improvement.
• Proven track record to understand all aspects of Quality and to be able to lead and influence Operations and Suppliers.
• Familiarity with Hardware failure analysis techniques.
• Fluent in Chinese and English
• Comfortable with frequent business travel

Preferred qualifications: 

• Basic SMT (Surface Mount Technology), PCBA(Print Circuit Board Assembly) background
• Quality qualification would be an advantage

Overview

Join our team as a MEMS Microphone Engineer and lead the charge in developing and optimizing cutting-edge MEMS microphone modules for the future of consumer electronics. Your deep expertise in acoustic engineering and semiconductor manufacturing will be the driving force behind overcoming complex system-level challenges like Microphone Coexistence (Mic-Coex) with wireless radios and ensuring pristine sound quality. Collaborate with cross-functional teams to deliver reliable, high-performing audio solutions with impressive manufacturing yields.

Responsibilities

• Drive the development of custom MEMS microphone modules, covering MEMS transducer, ASIC, and advanced packaging solutions, while balancing acoustic performance, power consumption, and physical footprint.
• Lead the integration of microphone modules into complex systems, focusing on resolving Microphone Coexistence (Mic-Coex) issues involving RF/EMI and signal integrity.
• Implement mechanical and electrical integration using flexible printed circuits (FPC), ensuring robust electrical connectivity and optimal acoustic path designs to maintain high-frequency sensitivity.
• Oversee the Final Assembly, Test, and Pack (FATP) process, establishing critical tolerances and developing acoustic testing methodologies for mass production.
• Define and oversee comprehensive reliability testing programs, including thermal cycling, drop/shock testing, and moisture sensitivity (MSL) evaluations, based on industry standards like JEDEC and MIL-STD.

Minimum Qualifications

• Bachelor's degree in Electrical Engineering, Mechanical Engineering, Acoustics, Physics, Materials Science, or a related field.
• A minimum of 5+ years of direct experience in MEMS microphone module development from concept to high-volume mass production.
• Expertise in acoustic engineering and semiconductor manufacturing, with strong problem-solving skills in system-level challenges such as RF/EMI and signal integrity.
• Proven experience in collaborating with cross-functional teams, external vendors, and contract manufacturers.
• Willingness to travel internationally (up to 25-30%) to support manufacturing ramps and vendor audits.

Preferred Qualifications

• Advanced degree (Master's or Ph.D.) in a relevant field.
• Familiarity with statistical process control (SPC) and data analysis tools like JMP or Minitab for yield analysis and failure mode analysis.
• Experience with structured problem-solving techniques such as 8D and FMEA.

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.

Overview

Join our team as an In-Region Audio System Engineer, where you'll be instrumental in bridging design and manufacturing for cutting-edge wearable products. Your role will involve addressing complex engineering challenges, resolving manufacturing issues, and ensuring top-notch audio performance throughout the wearables product development lifecycle. This position offers the opportunity to collaborate with cross-functional teams to drive success from design to the final product.

Responsibilities

• Support engineering builds at contract manufacturers and FATP to ensure audio performance meets design specifications; resolve any issues to ensure quality delivery.
• Conduct thorough audio failure analysis, lead root cause investigations, and implement corrective actions to address any identified issues.
• Perform primary verification of audio performance through subjective evaluations and objective test setups, utilizing laboratory resources effectively.
• Collaborate with test engineers and equipment suppliers to develop, support, and enhance audio test station functionalities.

Minimum Qualifications

• Bachelor’s degree in Acoustics, Physics, Mechanical Engineering, Electrical Engineering, or a related field.
• Over 5 years of experience in delivering consumer audio products, demonstrating expertise in audio electronics.
• Deep understanding of audio and acoustic concepts such as Frequency Response, THD, SNR, Beamforming, and ANC.
• Proven experience with contract manufacturers, JDM, and ODM operations, along with excellent diagnostic and analytical skills.
• Proficient in utilizing audio and acoustic test and measurement tools for product evaluation and factory testing.
• Skilled in writing and troubleshooting Soundcheck sequences.
• Strong communication skills and demonstrated experience working across disciplines to drive optimal solutions.
• Willingness and ability to travel as needed.

Preferred Qualifications

• Experience in developing mobile or IoT audio devices.
• Expertise in physical acoustics and transducer design, including familiarity with acoustic simulation tools.
• Knowledge of mechanical design principles, FEA, and the application of advanced materials.
• Proficiency in MATLAB, Python, or similar programming languages for signal processing or test script development.
• Background in handling high-volume production and familiarity with Six Sigma project tools.
• Experience in audio speech quality testing and optimization using tools like B&K or ACQUA.

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

The Job:

• Drive the quality influence and develop the quality system in the early stages of NPI, e.g. EVT, where the customized APQP qualification process should be applied
• Drive the definition, implementation, and execution of quality plans for new and existing 3D printing hardware product.
• Work closely with cross-functional teams (Engineering, Product Management, Operations) to ensure seamless product development and launch.
• Collaborate with manufacturing partners (CM/JDM) to establish quality control processes and ensure adherence to quality standards throughout the supply chain
• Develop the sub-tier suppliers qualification process
• Analyze data, lead DOE, identify root causes of failures, and drive corrective actions with engineering, manufacturing, and CM/JDMs.
• Lead failure analysis investigations and implement robust corrective and preventive actions (SCAR).
• Lead the development and improvement of quality management systems and processes from scratch.
• Champion quality throughout the organization and foster a culture of continuous improvement. 

You:

• Bachelor's or Master's degree in Engineering (Mechanical, Electrical, Industrial, or related field). Overseas degree is a big plus
• 8+ years of experience in hardware quality engineering, preferably in consumer electronics, robotics, or a related industry. Experience with complex electromechanical systems is highly desirable.
• Strong understanding of statistical analysis, data interpretation, and problem-solving techniques. A six sigma green/black belt is a big plus.
• Experience with JMP, Minitab, or other statistical software is a must Familiarity with quality management systems (e.g., IATF) and quality tools (e.g., FMEA, Control Plans).
• Startup mindset and willingness to do hands-on work in a highly dynamic environment
• Ownership and self-motivated 7.SQL/Python is a big plus
• Up to 40% travel, most in Pearl River Delta
• Excellent English capability - speaking, listening, reading and writing

We Offer:

• An inclusive, dog-friendly office with diverse and inspiring colleagues
• Shares in the company (we’re a Unicorn company)
• Development opportunities both in-house and off-site
• Catering 3x per week, free beverages and snacks
• Discount for Urban Sports Club
• Unlimited 3D prints
• Fun team events

Perks are subject to adjustments and may vary from team to team.

We build amazing things.  Come join us!

We are an equal opportunity employer and value diversity at our company. We do not discriminate on the basis of race, religion, colour, 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.

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

We’re excited to build devices that not only perform remarkably and create beautiful parts but also reflect careful user experience design. You will be architecting, prototyping, building, and designing the hardware systems of our next generation 3D printers. You will be responsible for key system decisions that affect the final performance and reliability of the products.

If you want to lead the design and create the tools you would love to use yourself, we want you as a Mechanical Engineer.

 The Job:

• Push the capabilities of 3D printing by creating innovative solutions to challenging problems
• Be a technical leader within the region and group of mechanical, systems and electrical engineers, designing, reviewing and guiding junior colleagues’ work
• Prototype new systems, mechanisms, test materials, and research 3D printing challenges
• Architect the numerous subsystems of a 3D printer or processing appliance for performance, manufacturability and reliability
• Engineer the most amazing 3D printer ecosystem on the market

You:

• Can share a strong portfolio of previous work with a background in electro-mechanical systems
• Want to build a precision tool that is beautiful inside and out
• Familiar with thermal systems, optical systems, sensor design, controllers, structures and algorithms
• Enjoy the gritty details of part design, material selection and manufacturing techniques
• Craft elegant systems that function with efficiency and simplicity
• Can communicate effectively with vendors, suppliers and team members across the globe
• Are familiar with a variety of manufacturing methods for creating high-volume and high performance products
• Are hands on and can work across disciplines to prototype your own designs and solve problems
• Have experience with the full product development cycle
• 5+ years industry experience

Bonus Skills (Optional): 

• Familiar with polymers and polymer chemistry
• Electronics and circuit design
• PLM/document control systems
• Programming skills (Python)
• Industrial design
• Tool Design for sheet metal and injection molding

Our Perks & Benefits:

• An international work environment with diverse and inspiring colleagues
• Shares in the company (we’re a Unicorn company)
• Unlimited 3D prints
• Fun team events

We build amazing things.  Come join us!

We are an equal opportunity employer and value diversity at our company. We do not discriminate on the basis of race, religion, colour, 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.

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.