Controls engineer jobs in Concord, CA

Role: Hardware Design Engineer - (high-speed PCBs design and Validation) Hire Type: Full Time About the job you're considering Design and develop high-speed PCBs, perform schematic and board-level reviews, and lead system bring-up using diagnostic tools. Validate and debug hardware at the unit level, ensuring compliance with test plans and documenting root causes and corrective actions. Must have experience with at least two PCB designs. Your role · Design high speed PCBs · Perform schematic and board level reviews. · Bring up PCBs and systems using diagnostic software. · Perform unit level validation of boards and systems following published guideline and test plan. · Debug assigned issues and document root cause and corrective action. · Worked on at least 2 PCB designs Your skills and experience · 5+ years' experience in PCB and system level development preferably in the server/computer/network industry · Experience with lab bring up and design validation. · Knowledge of high speed SerDes (>1G) interfaces, high speed design and signal integrity principles · Knowledgeable in X86 architecture, and a very good understanding of control interfaces such as PCIe, MDIO, SPI, I2C · Knowledgeable with power delivery and distribution techniques · Knowledgeable with CPLDs and FPGAs · Hands on board design knowledge, familiar with design tools including Cadence Concept and Allegro · Experience collaborating with other disciplines, including Diagnostics software, mechanical, signal integrity, thermal, manufacturing. Good communications skills and ability to collaborate in a team environment. Life at Capgemini Capgemini supports all aspects of your well-being throughout the changing stages of your life and career. For eligible employees, we offer: · Flexible work · Healthcare including dental, vision, mental health, and well-being programs · Financial well-being programs such as 401(k) and Employee Share Ownership Plan · Paid time off and paid holidays · Paid parental leave · Family building benefits like adoption assistance, surrogacy, and cryopreservation · Social well-being benefits like subsidized back-up child/elder care and tutoring · Mentoring, coaching and learning programs · Employee Resource Groups · Disaster Relief About Capgemini Engineering World leader in engineering and R&D services, Capgemini Engineering combines its broad industry knowledge and cutting-edge technologies in digital and software to support the convergence of the physical and digital worlds. Coupled with the capabilities of the rest of the Group, it helps clients to accelerate their journey towards Intelligent Industry. Capgemini Engineering has 65,000 engineer and scientist team members in over 30 countries across sectors including Aeronautics, Space, Defense, Naval, Automotive, Rail, Infrastructure & Transportation, Energy, Utilities &Chemicals, Life Sciences, Communications, Semiconductor & Electronics, Industrial & Consumer, Software & Internet. Capgemini Engineering is an integral part of the Capgemini Group, a global business and technology transformation partner, helping organizations to accelerate their dual transition to a digital and sustainable world, while creating tangible impact for enterprises and society. It is a responsible and diverse group of 340,000 team members in more than 50 countries. With its strong over 55-year heritage, Capgemini is trusted by its clients to unlock the value of technology to address the entire breadth of their business needs. It delivers end-to-end services and solutions leveraging strengths from strategy and design to engineering, all fueled by its market leading capabilities in AI, generative AI, cloud and data, combined with its deep industry expertise and partner ecosystem. The Group reported 2024 global revenues of €22.1 billion. Get the future you want | ***************** Capgemini discloses salary range information in compliance with state and local pay transparency obligations. The disclosed range represents the lowest to highest salary we, in good faith, believe we would pay for this role at the time of this posting, although we may ultimately pay more or less than the disclosed range, and the range may be modified in the future. The disclosed range takes into account the wide range of factors that are considered in making compensation decisions including, but not limited to, geographic location, relevant education, qualifications, certifications, experience, skills, seniority, performance, sales or revenue-based metrics, and business or organizational needs. At Capgemini, it is not typical for an individual to be hired at or near the top of the range for their role. The base salary range for the tagged location is $80,800 - $150,800 / year. This role may be eligible for other compensation including variable compensation, bonus, or commission. Full time regular employees are eligible for paid time off, medical/dental/vision insurance, 401(k), and any other benefits to eligible employees. Note: No amount of pay is considered to be wages or compensation until such amount is earned, vested, and determinable. The amount and availability of any bonus, commission, or any other form of compensation that are allocable to a particular employee remains in the Company's sole discretion unless and until paid and may be modified at the Company's sole discretion, consistent with the law. Disclaimer Capgemini is an Equal Opportunity Employer encouraging inclusion in the workplace. All qualified applicants will receive consideration for employment without regard to race, national origin, gender identity/expression, age, religion, disability, sexual orientation, genetics, veteran status, marital status or any other characteristic protected by law. This is a general description of the Duties, Responsibilities and Qualifications required for this position. Physical, mental, sensory or environmental demands may be referenced in an attempt to communicate the manner in which this position traditionally is performed. Whenever necessary to provide individuals with disabilities an equal employment opportunity, Capgemini will consider reasonable accommodations that might involve varying job requirements and/or changing the way this job is performed, provided that such accommodations do not pose an undue hardship. Capgemini is committed to providing reasonable accommodations during our recruitment process. If you need assistance or accommodation, please reach out to your recruiting contact. Please be aware that Capgemini may capture your image (video or screenshot) during the interview process and that image may be used for verification, including during the hiring and onboarding process. Click the following link for more information on your rights as an Applicant http://*****************/resources/equal-employment-opportunity-is-the-law Applicants for employment in the US must have valid work authorization that does not now and/or will not in the future require sponsorship of a visa for employment authorization in the US by Capgemini.

Pay: $120,000 - $170,000 Job Duration: Direct Hire Job Opportunity REQUIRED SKILLS AND EXPERIENCE: Ability to travel 70% Bachelor of Science degree in Electrical Engineering from an ABET accredited program required. Licensed Professional Engineer in California 10+ Years Electrical Engineering experience in Commercial or Industrial facilities and equipment Knowledge of national building and construction codes (ICC, NEC, NFPA, etc.), concepts, and principles Strong written and oral communication skills 1+ years Field experience NICE TO HAVE SKILLS AND EXPERIENCE: Knowledge of multiple types of construction Knowledge of estimating electrical equipment designs and installations Experience in providing Litigation Support including Expert Testimony at Depositions and/or Trial, Mediation and Arbitration proceedings, desirable Existing Client base and business development experience is a strong plus JOB DESCRIPTION We are seeking to add a highly-motivated mid-to-senior level Professional Engineer to our team of multi-disciplinary engineers. The Engineer will conduct field investigations and perform failure/accident analysis for electrical equipment and/or mechanical equipment and processes through construction knowledge and engineering principles. Electrical equipment types include, but are not limited to: low, medium and high voltage switchgear, panelboards and transformers, data and communication systems, fire alarm systems, lighting systems, electrical appliances, etc. Facilities types include power generating and distribution systems, commercial and industrial facilities, municipal buildings and infrastructure assets, and residential properties. Responsibilities and Duties include: Field work to document as-built conditions and damage to electrical systems and equipment as a result of natural (wind, water, fire, earth movement, etc.) and/or human induced origins (design, construction errors/omissions and product defects). Natural events can include large catastrophes such as regional floods, hurricanes, tornadoes, and earthquakes. Utilize building codes, technical knowledge, and understanding of construction practices to establish repair scope recommendations as well as cause and origin analyses. · Evaluate design drawings and documentation. Provide electrical support for the fire origin and cause consultants/engineers to determine electrical causes of fires, a plus. Communicate with clients, interface with code officials and contractors to address construction issues and provide detailed reports. Manage multiple project assignments, executing them on time and within budget. Retention and development of client relationships. Willing to travel, as needed, on short notice at times.

We are looking for a junior-mid level Electrical Engineer with strong PCBA experience and exposure to supplier quality. This role blends hands-on electrical engineering with quality support across PCBA builds, incoming inspection, and supplier issue resolution. This position is ideal for someone who enjoys hardware, understands how boards are built and tested, and wants to gain experience across both product development and supplier quality-without requiring senior-level design ownership. Location: East Bay Area Compensation (Full Time): $130,000-$145,000 (DOE) Key Responsibilities: Electrical Engineering (50-60%) Support electrical testing, bring-up, and PCBA debugging Review schematics, layouts, and assembly drawings; create supporting test documentation Execute board-level validation and record clean, accurate test data Assist with component evaluations and engineering change updates Perform electrical troubleshooting during prototype and development builds Collaborate with systems, mechanical, and manufacturing engineering teams Supplier Quality Engineering (40-50%) Provide technical feedback to suppliers on PCBA build quality and assembly issues Support incoming inspection and identify workmanship or electrical concerns Assist with NCRs, issue tracking, and quality documentation Participate in DFM reviews and provide actionable feedback Drive corrective actions and verify effectiveness through electrical testing Review supplier test reports, workmanship standards, and compliance to specs Maintain quality records and support quality-system requirements Required Qualifications Bachelor's degree in Electrical Engineering, Electronics, or related field 2-4 years of experience with PCBAs, electrical assemblies, or electronics manufacturing Ability to interpret schematics, layouts, and BOMs Hands-on experience with common test equipment (multimeter, oscilloscope, power supplies) Familiarity with PCBA manufacturing processes and component-level troubleshooting Preferred Qualifications Exposure to supplier quality processes, DFM feedback, NCRs, or corrective actions Knowledge of standards such as IPC-A-610 or ISO 9001 Experience working with contract manufacturers or external suppliers Background in FA, RCA, or reliability activities (not required but beneficial) Ideal Candidate Profile Comfortable balancing both engineering and quality responsibilities Hands-on, detail-oriented, and confident communicating with suppliers Enjoys PCBA-level technical work and identifying issues early in the build cycle Strong problem solver who thrives in fast-paced development environments Interested in growing into electrical, manufacturing, or quality engineering career paths #IND-SPG Estimated Min Rate: $130000.00 Estimated Max Rate: $145000.00 What's In It for You? We welcome you to be a part of the largest and legendary global staffing companies to meet your career aspirations. Yoh's network of client companies has been employing professionals like you for over 65 years in the U.S., UK and Canada. Join Yoh's extensive talent community that will provide you with access to Yoh's vast network of opportunities and gain access to this exclusive opportunity available to you. Benefit eligibility is in accordance with applicable laws and client requirements. Benefits include: Medical, Prescription, Dental & Vision Benefits (for employees working 20+ hours per week) Health Savings Account (HSA) (for employees working 20+ hours per week) Life & Disability Insurance (for employees working 20+ hours per week) MetLife Voluntary Benefits Employee Assistance Program (EAP) 401K Retirement Savings Plan Direct Deposit & weekly epayroll Referral Bonus Programs Certification and training opportunities Note: Any pay ranges displayed are estimations. Actual pay is determined by an applicant's experience, technical expertise, and other qualifications as listed in the job description. All qualified applicants are welcome to apply. Yoh, a Day & Zimmermann company, is an Equal Opportunity Employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or status as a protected veteran. Visit ************************************************ to contact us if you are an individual with a disability and require accommodation in the application process. For California applicants, qualified applicants with arrest or conviction records will be considered for employment in accordance with the Los Angeles County Fair Chance Ordinance for Employers and the California Fair Chance Act. All of the material job duties described in this posting are job duties for which a criminal history may have a direct, adverse, and negative relationship potentially resulting in the withdrawal of a conditional offer of employment. It is unlawful in Massachusetts to require or administer a lie detector test as a condition of employment or continued employment. An employer who violates this law shall be subject to criminal penalties and civil liability. By applying and submitting your resume, you authorize Yoh to review and reformat your resume to meet Yoh's hiring clients' preferences. To learn more about Yoh's privacy practices, please see our Candidate Privacy Notice: **********************************

As an ASIC Design Engineer you will contribute to the design and development of high-performance processor and SoC technologies. In this role, you will be responsible for: Key Responsibilities Microarchitecture Development & Specification: Drive the process from early high-level architectural exploration and research through detailed microarchitecture definition and specification. RTL Design & Optimization: Develop, evaluate, and refine RTL implementations to achieve power, performance, area, and timing objectives. Design Delivery: Collaborate with cross-functional teams to deliver physical designs that meet timing, area, power, reliability, and testability goals. Validation: Support verification teams in building test benches, performing simulations, and ensuring functional and performance correctness. Performance Analysis: Explore high-performance architectural strategies and validate RTL correlation with target performance metrics. Requirements Strong understanding of microprocessor or SoC design, with 6+ years of experience in one or more of the following domains: High-performance cache controllers (pipeline design, hazard detection, parity/ECC, coherency and replacement policies) Coherent on-chip interconnects/fabrics for high-performance SoCs, including control structure design Proficiency in SystemVerilog Hands-on experience with simulators and waveform debugging tools Solid grasp of logic design principles and their timing/power implications Familiarity with low-power and high-performance microarchitecture techniques Experience programming in C or C++

Core Responsibilities Execute comprehensive Hardware Validation testing for new silicon, focusing specifically on Battery Chain ICs and Power Management ICs (PMICs). Develop, set up, and perform validation test plans for performance, reliability, and functional verification of power-related hardware. Analyze test results, identify hardware defects, debug issues at the component and system level, and collaborate with design engineers to propose and verify fixes. Set up and expertly operate standard EE lab equipment, including oscilloscopes, digital multimeters, electronic loads (Battery Load management), and data logging equipment. Conduct testing under various environmental conditions, requiring experience with and operation of temperature chambers. Document validation procedures, test results, and bug reports clearly and meticulously. Contribute to the continuous improvement of validation methodologies and test coverage. Required Skills & Experience 3-4 years of professional experience in Electrical Engineering, specifically in hardware validation or characterization. Solid foundation in Electrical Engineering (EE) principles and analog/digital circuit theory. Proven experience in validating Battery Chain ICs (e.g., fuel gauge, charging circuits) and Power Management ICs (PMICs). Hands-on expertise in using and interpreting measurements from essential lab equipment: Oscilloscope (High-speed signal capture and analysis) Multimeter (Precision voltage, current, and resistance measurement) Electronic Loads / Battery Load Management systems Data Logging equipment for extended test monitoring. Experience with temperature chamber operation and performing tests across a wide range of temperatures. Strong analytical, problem-solving, and debugging skills. Excellent written and verbal communication skills for cross-functional collaboration.

My client is seeking a Junior Electrical Engineer to contribute to the design and development of advanced mixed-signal electronics used in high-precision navigation systems. The ideal candidate will have hands-on experience with circuit design, analysis, and troubleshooting, and be capable of taking ownership of sub-systems from concept through verification. This role is in Concord CA and requires candidate to be ONSITE 5 days a week. Key Responsibilities: Design and analyze analog and digital circuits for precision data acquisition and control systems. Develop schematics, support PCB layout, and validate performance through lab testing. Conduct simulations and worst-case analyses to verify compliance with requirements. Collaborate with mechanical, firmware, and systems engineers to ensure seamless integration. Participate in design reviews and assist in resolving design and production issues. Support documentation, test procedures, and design verification reports. Qualifications: Bachelor's degree in Electrical Engineering. 2-5 years of experience in circuit design, testing, and product development. Proficiency with schematic and PCB design tools (Altium, or CAD, or equivalent). Solid understanding of analog/digital fundamentals, signal integrity, and power distribution. Experience using lab equipment such as oscilloscopes, spectrum analyzers, and power supplies. Strong problem-solving, communication, and teamwork skills. Preferred Skills: Familiarity with FPGA, MCU, or embedded system interfaces. Experience with SPICE, Simulink, or MATLAB for analysis and modeling. Exposure to MIL-STD or aerospace/defense hardware requirements. Knowledge in sensor systems, inertial navigation, or precision instrumentation. Salary is 85,000-125,000 based on experience. Benefits, including health and disability insurance, 401(k) match, flexible spending accounts, EAP, education assistance, parental leave, 16 PTO days, and 10 Company-paid holidays.

Domain: Embedded Hardware, PCB Design, FPGA, High-Speed Systems, EMI/EMC Experience: 10+ years San Jose, CA Based - Lead end-to-end hardware development for FPGA/SoC-based systems, including architecture, schematic design, PCB review, board bring-up, debugging, compliance testing, and cross-functional collaboration. Key Responsibilities: Hardware Design: Architecture, schematic capture, PCB review, documentation System Integration: High-speed board bring-up, signal/power integrity troubleshooting Testing & Compliance: DVT/PVT, EMI/EMC design, certification coordination Vendor Interface: PCB fabrication, assembly, procurement Sustenance: RMA debugging, redesign for compliance Collaboration: Work with firmware, mechanical, and test teams Technical Skills: Tools: Allegro, Altium, Interfaces: USB, BLE, SPI, I2C, Ethernet, CAN, PCIe Lab Expertise: Oscilloscopes, Logic Analyzers, Signal Generators Qualifications: Bachelor's in Electronics/Communication (or related), strong debugging and documentation skills

Domain: Embedded Hardware, PCB Design, FPGA, High-Speed Systems, EMI/EMC Experience: 10+ years San Jose, CA Based - Lead end-to-end hardware development for FPGA/SoC-based systems, including architecture, schematic design, PCB review, board bring-up, debugging, compliance testing, and cross-functional collaboration. Key Responsibilities: Hardware Design: Architecture, schematic capture, PCB review, documentation System Integration: High-speed board bring-up, signal/power integrity troubleshooting Testing & Compliance: DVT/PVT, EMI/EMC design, certification coordination Vendor Interface: PCB fabrication, assembly, procurement Sustenance: RMA debugging, redesign for compliance Collaboration: Work with firmware, mechanical, and test teams Technical Skills: Tools: Allegro, Altium, Interfaces: USB, BLE, SPI, I2C, Ethernet, CAN, PCIe Lab Expertise: Oscilloscopes, Logic Analyzers, Signal Generators Qualifications: Bachelor's in Electronics/Communication (or related), strong debugging and documentation skills

We are looking for a junior, motivated and talented problem solver. The ideal candidate will be responsible for testing and assembling electrical and mechanical components into devices. They will also help design and manufacture our product, organize the lab and work with suppliers as needed. They should be able to make quality assurance checks in order to keep the product standard high. Responsibilities Evaluate electrical products and systems by designing testing methods Organize lab Test finished products and system capabilities Keep necessary equipment operational Contribute to team efforts by accomplishing related results Qualifications Bachelor's degree in Electrical Engineering or related field Have knowledge of sensors, mechanical parts and electronic boards Can solder electrical components on PCB Strong problem solving, technical, math and science skills Strong written and verbal communication

• Strong understanding of FPGA design principles and architectures. • Proficiency in System Verilog and UVM verification methodology. • Experience with industry-standard verification tools (e.g., QuestaSim, Synopsys VCS). • Knowledge of code coverage and functional coverage analysis. • Excellent debugging and problem-solving skills. • Strong communication and collaboration skills. Requirements • Bachelor's or master's degree in electrical engineering, Computer Engineering, or a related field. • Experience in FPGA verification. • Experience with scripting languages (e.g., Python, Perl). • Familiarity with hardware description languages (e.g., VHDL, Verilog).

Happiest Minds, the Mindful IT Company, applies agile methodologies to enable digital transformation for enterprises and technology providers by delivering seamless customer experience, business efficiency and actionable insights. We leverage a spectrum of disruptive technologies such as: Big Data Analytics, AI & Cognitive Computing, Internet of Things, Cloud, Security, SDN-NFV, RPA, Blockchain, etc. Positioned as Born Digital . Born Agile , our capabilities spans across product engineering, digital business solutions, infrastructure management and security services. We deliver these services across industry sectors such as retail, consumer packaged goods, edutech, e-commerce, banking, insurance, hi-tech, engineering R&D, manufacturing, automotive and travel/transportation/hospitality. Headquartered in Bangalore, India; Happiest Minds has operations in USA, UK, The Netherlands, Australia and Middle East. Job Description: 10 to 15 years of relevant experience as a Hardware design and test engineer. Bachelor s degree in electrical engineering, electronics engineering, or equivalent. Excellent problem-solving/ debugging skills and attention to detail. Excellent written and oral communication. Active involvement in all phases of an embedded product development (Requirement Analysis, Design, Implementation, Prototyping, Documentation and Testing) Should be an expert in selecting components meeting cost, functionality, performance, regulatory and non-functional requirements such as long-term availability, size etc. Independently develop micro-controller and micro-processor-based designs with peripherals such as ADCs, DACs, storage, Ethernet PHYs etc Experience in/Knowledge of interfaces such as DDR3/4/5, PCIe Gen4 or higher, SATA, USB3.0/4.0, Ethernet, Display interfaces, Audio interfaces, SPI, I2C etc Proficient in developing Schematics using Cadence OrCAD tool Should be able to prepare the PCB layout guidelines and review the PCB layout using Cadence Allegro tool Experience in designing multi-layer PCBs considering EMI/EMC and signal integrity aspects Perform board bring-up tests, functional tests, and DVT Experience with hardware testing and debugging tools (e.g., Power Supply, Multimeter, Oscilloscopes, Logic analysers etc). Good to have: Conduct pre-compliance screening tests for EMI/EMC/Safety etc at third party labs Perform reliability analysis such DFMEA, MTBF prediction, HALT testing, ESS testing etc Experience in high-speed designs (interfaces such as PCIe Gen 5/6, USB4.x, DDR5, 10G/100G Ethernet etc) Signal Integrity testing, compliance testing

About us Redwood Electric Group is a large business providing electrical construction and design services. We operate throughout the Greater Bay Area with offices in Santa Clara, San Leandro, Vacaville, and Sacramento. At Redwood Electric Group, our philosophy is focused on the commitment to our customers. Their success is a direct reflection of our success. Our business continues to reflect strong growth through innovation and our team's commitment to exceed customer expectations. Duties/Responsibilities: Develop and refine electrical system layouts, schematics, and specifications. Review and process equipment and system submittals to ensure compliance with project requirements. Prepare and modify drawings, ensuring accuracy and clarity in design documentation. Utilize AutoCAD, Revit, and engineering analysis software for system design and documentation. Conduct power system analysis, including short circuit, voltage drop, and arc flash studies. Perform load calculations, lighting level analysis, and energy efficiency assessments. Support equipment selection, panel schedules, and system coordination. Ensure all designs adhere to NEC, energy codes, and client-specific guidelines. Collaborate with multidisciplinary teams to integrate electrical designs into overall project plans. Attend meetings with clients, architects, and contractors to resolve design issues and refine project scope. Conduct site visits to evaluate existing electrical conditions and support field installations. Contribute to the continuous improvement of our design processes. Provide engineering support during construction to ensure successful project execution. Required Skills/Abilities: Strong knowledge of electrical engineering principles, including power distribution and lighting systems. Proficiency in AutoCAD, Revit, and engineering analysis software. Familiarity with NEC and other relevant electrical codes and standards. Ability to analyze and interpret electrical specifications and technical documents. Effective problem-solving skills and the ability to manage multiple tasks. Actively contribute to a collaborative team environment, where your expertise and innovative ideas are highly valued. Strong communication skills, both written and verbal. Education and Experience: Bachelor's degree in Electrical Engineering, Architectural Engineering, or a related field. Minimum of 2 years of experience in electrical design or engineering within the construction industry. Engineer-In-Training (EIT) certification preferred, with encouragement to pursue Professional Engineer (PE) licensure. Experience with commercial, high-rise residential, or data center projects is appreciated. LEED AP certification is appreciated. Proficiency in Microsoft Office applications (Word, Excel, Outlook). Working Conditions This position is based in our Santa Clara office and is not eligible for remote work. Work may be performed in an office or on active job sites, depending on role and project needs. Office work includes sitting, typing, and using a computer for extended periods. Field environments may involve walking, standing, bending, or lifting materials (up to 30 lbs). Noise levels range from quiet (office) to high (job sites). May require occasional travel to project locations or meetings. REG will provide reasonable accommodations as required by the ADA and applicable state law. Disclaimer The duties and responsibilities listed above are representative of the work typically performed in this role but are not intended to be a comprehensive list. Actual responsibilities may vary depending on department needs, project scope, or business requirements. Employees may be assigned additional tasks as needed to support company goals and operations.

Founding Hardware Engineer (Stealth Robotics Startup) On-Site • San Francisco, CA About Us We're a tiny, fast-moving team building autonomous systems for heavy industrial machines. We retrofit existing equipment with a plug-and-play autonomy kit that taps directly into machine controls and layers on a full perception + connectivity stack: multi-sensor vision, LiDAR, high-precision GNSS, IMU, and a low-latency tele-operation network. In just a few months, we've gone from first prototype to real machines operating on active job sites, with early recurring revenue and a growing pipeline of paid pilots. We're backed by top-tier early-stage investors along with a group of founder-operators who know what it takes to build in the real world. Our founding team has built and shipped hardware, software, and robotics systems before. We thrive where physical machinery, harsh environments, and rapid iteration collide. Why Join Us You want to work on problems that actually matter - fixing how the world builds things. Construction is the backbone of civilization, and it's currently broken. We're here to change that. You don't want a cushy robotics lab job. You want to build robots in the mud, on real sites, under real constraints. You'd rather spend a week living out of a dusty RV next to a machine you're debugging than polishing a slide deck. You want to see your designs move 20-50 tons of real hardware. You want to feel the stakes. You want teammates who operate at founder-level intensity and ownership. About You You're a hacker at heart - the kind of person who gets a prototype working before most people finish their planning doc. You've built something from scratch: a company, a product, a robot, a system - success not required, agency absolutely required. You work extremely hard, laugh often, and don't mind chaos. You prefer “figure it out now” to “wait for perfect requirements.” What You'll Own As a founding Hardware / Mechatronics Engineer, you'll design and build the core systems that enable remote operation, sensing, and autonomy assistance on industrial machines. You'll work across mechanical, electrical, and embedded disciplines, often all in the same day. System Design & Prototyping Architect and build tele-operation hardware systems, including power, compute, and control modules for machine retrofits. Sensor Integration Integrate and calibrate cameras, LiDAR, radar, GNSS, IMUs, and other sensors using interfaces like GMSL, CAN, and Ethernet. Electrical & Mechanical Integration Design robust wiring harnesses, brackets, mounts, and enclosures that survive real-world abuse. Communication Interfaces Implement and validate CAN, LIN, J1939, Serial, and Ethernet connections with both existing ECUs and custom control hardware. Manufacturing & DFM Work with vendors to bring designs from scrappy prototypes to reliable production, including DFM, testing, and validation. Testing & Validation Lead machine bring-up, HIL testing, and on-site debugging alongside software and autonomy engineers. Documentation & Design Produce schematics, harness drawings, CAD models, assembly docs, and anything else needed to build and scale the hardware. Compensation & Support Base: ~$250-380k Equity: ~1-3% Full health/dental/vision, relocation + visa support, downtown SF workspace with full electronics/mech prototyping tools, 401(k), high-spec laptop, and budget for any gear you need.

As an ASIC Design Engineer you will contribute to the design and development of high-performance processor and SoC technologies. In this role, you will be responsible for: Key Responsibilities Microarchitecture Development & Specification: Drive the process from early high-level architectural exploration and research through detailed microarchitecture definition and specification. RTL Design & Optimization: Develop, evaluate, and refine RTL implementations to achieve power, performance, area, and timing objectives. Design Delivery: Collaborate with cross-functional teams to deliver physical designs that meet timing, area, power, reliability, and testability goals. Validation: Support verification teams in building test benches, performing simulations, and ensuring functional and performance correctness. Performance Analysis: Explore high-performance architectural strategies and validate RTL correlation with target performance metrics. Requirements Strong understanding of microprocessor or SoC design, with 6+ years of experience in one or more of the following domains: High-performance cache controllers (pipeline design, hazard detection, parity/ECC, coherency and replacement policies) Coherent on-chip interconnects/fabrics for high-performance SoCs, including control structure design Proficiency in SystemVerilog Hands-on experience with simulators and waveform debugging tools Solid grasp of logic design principles and their timing/power implications Familiarity with low-power and high-performance microarchitecture techniques Experience programming in C or C++

for Cellular Field Testing Cellular Field Tester Must Have Skills: 1. 3-4 years of experience in smartphone field testing 2. Excellent understanding of 3GPP specs for 3G/4G/5G NR technologies 3. Hands on experience of Android and Apple products like smartphones and smart watches. 4. Worked for carrier certification for USA operator (viz. Verizon, AT&T & T-Mobile) 5. Log analysis & debugging UE issues. 6. User Equipment Testing Job Description: 1. Expertise on 3GPP specs for 3G/4G/5G NR technologies 2. 3. Experienced Field Testing - inclusive of issue investigation and representation 4. Experience of 3-4 years into Mobile device testing 5. Perform testing and sending daily report to client 6. Aware of logging tools like QxDM, QCAT, XCAP, Wireshark, STT, ELT etc. 7. Basic Understanding of RF Concepts as added advantage. 8. Python or any scripting knowledge as added advantage.

We are looking for a junior, motivated and talented problem solver. The ideal candidate will be responsible for testing and assembling electrical and mechanical components into devices. They will also help design and manufacture our product, organize the lab and work with suppliers as needed. They should be able to make quality assurance checks in order to keep the product standard high. Responsibilities Evaluate electrical products and systems by designing testing methods Organize lab Test finished products and system capabilities Keep necessary equipment operational Contribute to team efforts by accomplishing related results Qualifications Bachelor's degree in Electrical Engineering or related field Have knowledge of sensors, mechanical parts and electronic boards Can solder electrical components on PCB Strong problem solving, technical, math and science skills Strong written and verbal communication

Founding Hardware Engineer (Stealth Robotics Startup) On-Site • San Francisco, CA About Us We're a tiny, fast-moving team building autonomous systems for heavy industrial machines. We retrofit existing equipment with a plug-and-play autonomy kit that taps directly into machine controls and layers on a full perception + connectivity stack: multi-sensor vision, LiDAR, high-precision GNSS, IMU, and a low-latency tele-operation network. In just a few months, we've gone from first prototype to real machines operating on active job sites, with early recurring revenue and a growing pipeline of paid pilots. We're backed by top-tier early-stage investors along with a group of founder-operators who know what it takes to build in the real world. Our founding team has built and shipped hardware, software, and robotics systems before. We thrive where physical machinery, harsh environments, and rapid iteration collide. Why Join Us You want to work on problems that actually matter - fixing how the world builds things. Construction is the backbone of civilization, and it's currently broken. We're here to change that. You don't want a cushy robotics lab job. You want to build robots in the mud, on real sites, under real constraints. You'd rather spend a week living out of a dusty RV next to a machine you're debugging than polishing a slide deck. You want to see your designs move 20-50 tons of real hardware. You want to feel the stakes. You want teammates who operate at founder-level intensity and ownership. About You You're a hacker at heart - the kind of person who gets a prototype working before most people finish their planning doc. You've built something from scratch: a company, a product, a robot, a system - success not required, agency absolutely required. You work extremely hard, laugh often, and don't mind chaos. You prefer “figure it out now” to “wait for perfect requirements.” What You'll Own As a founding Hardware / Mechatronics Engineer, you'll design and build the core systems that enable remote operation, sensing, and autonomy assistance on industrial machines. You'll work across mechanical, electrical, and embedded disciplines, often all in the same day. System Design & Prototyping Architect and build tele-operation hardware systems, including power, compute, and control modules for machine retrofits. Sensor Integration Integrate and calibrate cameras, LiDAR, radar, GNSS, IMUs, and other sensors using interfaces like GMSL, CAN, and Ethernet. Electrical & Mechanical Integration Design robust wiring harnesses, brackets, mounts, and enclosures that survive real-world abuse. Communication Interfaces Implement and validate CAN, LIN, J1939, Serial, and Ethernet connections with both existing ECUs and custom control hardware. Manufacturing & DFM Work with vendors to bring designs from scrappy prototypes to reliable production, including DFM, testing, and validation. Testing & Validation Lead machine bring-up, HIL testing, and on-site debugging alongside software and autonomy engineers. Documentation & Design Produce schematics, harness drawings, CAD models, assembly docs, and anything else needed to build and scale the hardware. Compensation & Support Base: ~$250-380k Equity: ~1-3% Full health/dental/vision, relocation + visa support, downtown SF workspace with full electronics/mech prototyping tools, 401(k), high-spec laptop, and budget for any gear you need.

As an ASIC Design Engineer you will contribute to the design and development of high-performance processor and SoC technologies. In this role, you will be responsible for: Key Responsibilities Microarchitecture Development & Specification: Drive the process from early high-level architectural exploration and research through detailed microarchitecture definition and specification. RTL Design & Optimization: Develop, evaluate, and refine RTL implementations to achieve power, performance, area, and timing objectives. Design Delivery: Collaborate with cross-functional teams to deliver physical designs that meet timing, area, power, reliability, and testability goals. Validation: Support verification teams in building test benches, performing simulations, and ensuring functional and performance correctness. Performance Analysis: Explore high-performance architectural strategies and validate RTL correlation with target performance metrics. Requirements Strong understanding of microprocessor or SoC design, with 6+ years of experience in one or more of the following domains: High-performance cache controllers (pipeline design, hazard detection, parity/ECC, coherency and replacement policies) Coherent on-chip interconnects/fabrics for high-performance SoCs, including control structure design Proficiency in SystemVerilog Hands-on experience with simulators and waveform debugging tools Solid grasp of logic design principles and their timing/power implications Familiarity with low-power and high-performance microarchitecture techniques Experience programming in C or C++

We are looking for a junior, motivated and talented problem solver. The ideal candidate will be responsible for testing and assembling electrical and mechanical components into devices. They will also help design and manufacture our product, organize the lab and work with suppliers as needed. They should be able to make quality assurance checks in order to keep the product standard high. Responsibilities Evaluate electrical products and systems by designing testing methods Organize lab Test finished products and system capabilities Keep necessary equipment operational Contribute to team efforts by accomplishing related results Qualifications Bachelor's degree in Electrical Engineering or related field Have knowledge of sensors, mechanical parts and electronic boards Can solder electrical components on PCB Strong problem solving, technical, math and science skills Strong written and verbal communication