Hardware Systems Engineer

🏢 Summary: Senior Mechanical Engineer role focused on designing, prototyping, and refining industrial CT scanning systems across motion systems, structures, and system integration. The position involves leading mechanical design for complex assemblies, collaborating cross-functionally, and supporting products through the full lifecycle from concept to mass manufacturing. This is a hands-on, in-person role based in Cambridge, MA. 🗂️ Requirements: Bachelor's or master's degree, Multiple years of relevant mechanical engineering experience, Experience with complex mechanical assemblies and subsystems, Ability to solve ambiguous and open-ended engineering problems, Hands-on prototyping experience, Cross-functional collaboration skills, Experience supporting products through full product lifecycle, Ability to communicate technical requirements effectively, Mentoring and leadership capabilities 📃 Skills: CAD, CT, Manufacturing, Prototyping, Automation, Instrumentation, AI, Firmware, Hardware, Motion, Systems, Mechanical 🏢 Description: About Lumafield: Lumafield was founded in 2019 to upgrade manufacturing. We are engineers with deep experience across the product development cycle, from initial ideas to shipping hardware, across industries and specializations, who became frustrated by the cost and complexity of modern manufacturing. Engineers make million-dollar decisions every day, and they need tools that give them the greatest possible insight into their products. By offering unprecedented visibility into products, as well as AI-driven tools that highlight problems and generate quantitative data, Lumafield promises to revolutionize the way complex products are created, manufactured, and used across industries. We started with industrial CT scanning, enabling rapid non-destructive inspection of essential components. We rebuilt the whole system, from X-ray capture, to computer vision analysis, to web-based collaboration, making advanced manufacturing technology more accessible. About the role: The Hardware Group is looking for a Senior Mechanical Engineer to help design, prototype, and refine the next generation of industrial CT scanning systems. You’ll work across disciplines — from motion systems and structures to system integration and user-facing features — to develop reliable, manufacturable, and innovative solutions. Our product is a complex hardware-software system. Success in this role requires systems thinking, hands-on prototyping, and the ability to bring structure to ambiguous design problems. You’ll collaborate with electrical, firmware, systems, and software engineers to create hardware that’s functional and user-friendly. This is a hands-on, in-person role based in our Cambridge, MA office. What you'll do: - Lead the technical aspects of mechanical design for complex assemblies and subsystems - Develop well-scoped milestones to deliver quarter-scale goals - Support products through the full lifecycle from concept and design to engineering builds and transfer to mass manufacturing - Accelerate project timelines by making informed technical tradeoffs - Translate business goals into executable technical solutions - Drive cross-functional collaboration with stakeholders - Mentor junior engineers and support their development About you: - Able to identify solutions to ambiguous and under-defined problems - Resilient and adaptable throughout project execution - Strong communication and coordination skills across teams - Understand short- and long-term impacts of technology decisions - Demonstrate engineering excellence and leadership - Enthusiastic about using AI tools to improve quality and speed - Bachelor's or master's degree with multiple years of relevant experience Bonus points: - Experience leading projects through full product lifecycle into mass production - Experience designing motion systems, precision mechanisms, or imaging system mounts - Background in industrial automation, inspection, or scientific instrumentation - Portfolio of mechanical designs, prototypes, or shipped products Benefits: - Competitive cash and equity compensation - Health and wellness stipend - 401k - Parental leave - Flexible PTO - Commuter benefits - Company-wide events

🏢 Summary: Systems Software Engineer role focused on developing high-performance application software and firmware for in-line CT scanning systems, working with embedded Linux and hardware integrations to deliver production-grade data acquisition and image processing solutions. The position involves scaling embedded devices and architecting robust, configurable systems for manufacturing environments. 🗂️ Requirements: 3+ years experience in low-level high-performance software development, Proficiency in Python and C, Experience shipping applications on embedded Linux, Experience configuring udev systemd and kernel schedulers, Hands-on hardware integration using vendor SDKs, Proficiency with Python concurrency models asyncio threading multiprocessing, Strong knowledge of debuggers profilers and performance optimization, Ability to design integrate and test systems from datasheets, Bachelor's degree in Engineering or related field, Legal authorization to work in the United States 📃 Skills: Python, C, Linux, Embedded, udev, systemd, Kernel, asyncio, threading, multiprocessing, CUDA, Jetson, ComputerVision, MachineLearning, React 🏢 Description: About Lumafield: Lumafield was founded in 2019 to upgrade manufacturing. We are engineers with deep experience across the product development cycle, from initial ideas to shipping hardware, across industries and specializations, who became frustrated by the cost and complexity of modern manufacturing. So we decided to upgrade it. Engineers make million-dollar decisions every day, and they need tools that give them the greatest possible insight into their products. By offering unprecedented visibility into products, as well as AI-driven tools that highlight problems and generate quantitative data, Lumafield promises to revolutionize the way complex products are created, manufactured, and used across industries. We started with industrial CT scanning, which for us was the most valuable but underutilized tool in the manufacturing toolbox, enabling us to rapidly inspect essential components non-destructively. We rebuilt the whole system, from X-ray capture, to computer vision analysis, to web-based collaboration, to the entire business model, making the most advanced manufacturing tech more accessible to every industry. Our company, like our platform, is designed for upgrades. We’re building for greater intelligence, autonomy, and speed. For deeper vision, operational excellence, and powerful insights. And then we'll upgrade it all again. Lumafield is headquartered in Cambridge, MA, and has an office in San Francisco, CA. About the role: As a Systems Software Engineer at Lumafield, you will work on the software that powers our next-generation, manufacturing in-line CT scanning products. You'll work on the bleeding edge of X-ray physics, high-speed detectors, image processing, and embedded systems. On a small team working on our newest hardware, you'll bring the skill to extract the highest quality data out of the system and achieve great outcomes for our customers. This role is ideal for candidates who are looking for an opportunity to scale a fleet of embedded devices from hundreds of units to thousands, and introduce production-grade capability to our systems. This role is located in Lumafield’s Cambridge, MA office. What You'll Do: Write performance edge application software to acquire, process, and stream radiograph data Write appliance firmware to maintain tight control loops for scanner peripherals Participate in code reviews, build up testing infrastructure, and help set a high standard for how the team can move fast and maintain high levels of quality. Ship production critical Linux-based applications Architect data acquisition solutions that balance configurability and customizability Collaborate closely with our product, research, hardware, and software development teams to understand requirements and architect solutions About You: 3+ years of experience writing low-level, high-performance software in Python and C; you not only write code, but also understand the performance impact on a specific system. Experience shipping applications with embedded Linux, including configuring core services such as udev, systemd, and kernel schedulers. 3+ years of startup experience – you know the trade-offs between shipping fast and perfecting a design. Hands-on experience integrating new hardware platforms by using vendor SDKs and manuals to write performant, maintainable driver integrations Mastery of software engineering fundamentals including debuggers, profilers, and evaluating trade-offs between different technology choices, and proficiency with Python’s built-in concurrency models (asyncio, threading, and multiprocessing) Able to design, integrate, and test systems by interpreting component and product datasheets. Bachelor's degree in Engineering or related field Bonus Points For: Experience building & shipping high performance hardware-accelerated image processing edge solutions using NVIDIA CUDA and/or Jetson platform Experience with classical computer vision techniques and machine learning CV algorithms Experience with shipping user-facing UIs written in React.js We are unable to sponsor or take over sponsorship of employment visas at this time. All applicants must be legally authorized to work in the United States without current or future sponsorship.Lumafield offers both competitive cash and equity compensation, as well as a health & wellness stipend, 401k, parental leave, flexible PTO, commuter benefits, company wide events and more! Lumafield is committed to building a team that represents a variety of backgrounds, perspectives, and skills, because the more inclusive we are, the better our work will be. Do you feel like your skills don’t meet every single requirement listed? We encourage you to apply anyway – If you’re excited about our technology, the opportunity, and are eager to learn more we’d love to hear from you! In keeping with our beliefs and goals, no employee or applicant will face discrimination or harassment based on: race, color, ancestry, national origin, religion, age, gender, marital domestic partner status, sexual orientation, gender identity, disability, genetic information or veteran status. Reach out if you want to be a part of what we are building.

🏢 Summary: Customer-facing AI/ML Application Engineer role focused on developing and deploying machine learning models using 2D and 3D CT data for manufacturing and inspection workflows. The position involves owning the full ML lifecycle, collaborating with customer engineering teams, and contributing to internal AI/ML platform strategy. The role includes hands-on work in computer vision, MLOps, and industrial manufacturing environments with approximately 30% travel. 🗂️ Requirements: 4+ years of professional experience in applied computer vision, Experience developing and evaluating ML models on image or volumetric data, Hands-on experience deploying, monitoring, and retraining ML models in production, Experience translating business and engineering problems into ML solutions, Ability to work directly with customers and non-ML stakeholders, Comfort working in engineering and manufacturing environments, Strong written and verbal technical communication skills, Experience delivering practical production-ready ML models, Willingness to travel approximately 30% 📃 Skills: Python, MachineLearning, ComputerVision, MLOps, CT, AI, MES, SPC, PLM, NDT 🏢 Description: About the role: Lumafield is looking for an ML-experienced, customer-facing engineer to help customers achieve business results with CT-generated data. As an AI/ML Application Engineer, you will develop, test, and implement machine learning models inside customer engineering and manufacturing environments — for defect detection, dimensional analysis, anomaly detection, and process control. The role includes both customer-facing work and internal platform work. With customers, you will scope ML applications, build and validate models against their data, and deploy them into their production workflows, remotely and on-site. You will work closely with Project Managers and the rest of the customer-facing organization including other Applications Engineers and Customer Success team members. Internally, you will partner with Product Management and Software Engineering to harden recurring customer needs into product, and contribute to Lumafield's internal AI/ML strategy across the platform. What you'll do: - Develop, test, and deploy machine learning models using 2D and 3D CT data for customer inspection use cases. - Work directly with customer engineering and manufacturing teams, both remotely and on-site, to own the full model lifecycle, from data preparation, feature and label design, training, evaluation, and deployment to monitoring and retraining. - Partner with Project Managers to scope customer ML deliverables, set realistic timelines, define success criteria, and communicate progress and risk. - Collaborate with Product Management and Software Engineering to translate recurring customer needs into product capabilities and support work to improve the broader Lumafield platform. - Contribute to Lumafield's internal AI/ML strategy, including model evaluation standards, deployment patterns, and governance across regulated industries. - Produce clear technical documentation, including model documentation, validation memos, and customer-facing reports. About you: - 4+ years of professional experience building, including depth in applied computer vision, including model development and evaluation on image or volumetric data. - Hands-on experience taking ML models from training into production, including deployment, monitoring, and retraining (MLOps). - Experience working directly with customers or other non-ML stakeholders to translate business and engineering problems into ML solutions. - Comfort operating in engineering and manufacturing environments, including working with team members on the production floor. - Strong written and verbal communication skills, including the ability to present technical results to engineering, product, and executive audiences. - A track record of shipping pragmatic, useful models — balancing speed, quality, and customer impact. - Willingness to travel approximately 30%, primarily to customer sites. Bonus points: - Background in industrial CT, computer vision on volumetric or 3D data, or NDT and inspection workflows. - Prior experience in a customer-facing role such as Application Engineering, Solutions Engineering, or Forward Deployed Engineering at a technical product company. - Familiarity with manufacturing data systems such as MES, SPC, or PLM, and the workflows surrounding them. - Experience contributing to internal AI/ML strategy or platform decisions at a previous company. - Domain experience in medical devices, aerospace and defense, automotive, electronics, or batteries. Benefits: - Competitive cash and equity compensation - Health and wellness stipend - 401k - Parental leave - Flexible PTO - Commuter benefits - Company-wide events

🏢 Summary: Senior Firmware / Embedded Engineer responsible for end-to-end hardware lifecycle and production-grade firmware development for Nordic-based IoT devices used in real-time healthcare location systems. The role combines PCB design validation, embedded C development on Zephyr RTOS, wireless stack implementation (BLE/UWB), and hands-on hardware bring-up to ensure reliable, scalable device deployments. Focus is on device reliability, radio performance, and seamless data delivery from edge devices to cloud. 🗂️ Requirements: 3+ years embedded or firmware engineering experience on commercial hardware products, Ability to read schematics and review PCB layouts independently, Experience validating hardware designs before production, Proficiency in embedded C for microcontrollers, Experience with Zephyr RTOS, Experience with Nordic Semiconductor (nRF series) microcontrollers, Understanding of wireless and radio fundamentals (BLE, UWB, NFC), Hands-on hardware bring-up, soldering, and bench testing, Experience implementing watchdogs and device health monitoring mechanisms, Use of AI coding tools (Claude, GitHub Copilot, or equivalent), Strong English communication skills 📃 Skills: C, Zephyr, nRF, BLE, UWB, NFC, RTOS, PCB, AI, Python, RTLS, IPS 🏢 Description: Our devices sit at the physical edge of the Kontakt.io platform — delivering real-time location intelligence for patients, staff, and assets across hospitals worldwide. The hardware we ship must be reliable, power-efficient, and maintainable at scale across thousands of deployed units in regulated healthcare environments. We're looking for a Senior Firmware / Embedded Engineer to own the full hardware lifecycle — from schematic review and component validation to production-grade firmware running on Nordic Semiconductor microcontrollers. You'll set the quality bar for devices that clinicians and hospitals depend on every day. What you will be working on Hardware design & validation Review and validate PCB schematics, component selection, and board-level design decisions before production. Catch issues early — at the schematic stage, not after boards are manufactured. Firmware development Build and maintain production firmware for Nordic Semiconductor (nRF) microcontrollers — including BLE and UWB radio stacks used for real-time indoor positioning in healthcare environments. Hands-on testing & bring-up Set up and run hardware test environments. Prototype on breadboards, solder, validate device behavior, and own bring-up from first-article boards through to production qualification. Device reliability Implement health monitoring mechanisms to ensure devices operate continuously in the field. Own reliability from firmware to fleet — devices must keep running without human intervention. Day to day responsibilities Write and review embedded C firmware for nRF-series microcontrollers using Zephyr RTOS Review hardware schematics and validate PCB designs — identify and flag issues before production Prototype and bench-test hardware setups; solder, debug, and validate devices hands-on Implement and maintain watchdog, reset, and device health monitoring logic for production deployments Collaborate with the Location Engine team to ensure reliable, low-latency data delivery from device to cloud Apply AI-assisted development practices (Claude Code, or equivalent) to accelerate firmware development and code review Contribute to design decisions covering the full product lifecycle — requirements, component selection, enclosure validation, bring-up, and release The engineer we're looking for investigates problems proactively — doesn't wait to be told what's broken. Works independently across hardware and firmware layers. Thinks about correctness, reliability, and long-term maintainability — not just "does it compile." What we are looking for 3+ years of embedded / firmware engineering experience on commercial hardware products Electronics background — able to read schematics, review PCB layouts, and validate hardware designs independently Hands-on hardware skills — comfortable with soldering, bring-up, and manual testing of embedded systems Understanding of radio / wireless fundamentals — antennas, BLE, UWB, NFC, or related protocols used in positioning systems Demonstrated use of AI coding tools in daily workflows (Claude, GitHub Copilot, or equivalent) Strong written and verbal communication in English Nice to have Nordic Semiconductor (nRF series) and Zephyr RTLS experience Exposure to indoor positioning technologies (RTLS, IPS, UWB ranging) Python for scripting, tooling, or test automation Background in healthcare IoT or regulated device environments We offer Fast-paced, dynamic startup environment with flat structure Competitive salary and stock option plan Work on cutting-edge healthcare IoT at the intersection of hardware, firmware, and real-time location intelligence Hybrid work model (Kraków office — 2–3 days per week onsite) Collaborative, self-organized engineering culture Private medical care and cafeteria system Ready to build hardware that saves lives? Apply and tell us about a hardware or firmware project you owned end-to-end — what broke, how you found it, and what you did about it.

🏢 Summary: Senior Firmware / Embedded Engineer role focused on owning the full hardware lifecycle for healthcare IoT devices, from schematic review and PCB validation to production-grade firmware on Nordic nRF microcontrollers. The position centers on building reliable, power-efficient devices with BLE and UWB connectivity for real-time indoor positioning in regulated hospital environments. The engineer is responsible for hardware bring-up, embedded C development on Zephyr RTOS, and ensuring long-term device reliability at scale. 🗂️ Requirements: 3+ years embedded/firmware engineering experience on commercial hardware products, Proficiency in embedded C for microcontrollers, Experience with Nordic nRF microcontrollers, Experience with Zephyr RTOS, Ability to read schematics and review PCB layouts, Hands-on hardware bring-up, soldering, and bench testing, Understanding of wireless/radio fundamentals (BLE, UWB, NFC), Experience implementing device reliability mechanisms (watchdog, health monitoring), Use of AI coding tools (e.g., Claude, Copilot), Strong English communication skills 📃 Skills: C, Embedded, Firmware, Nordic, nRF, Zephyr, BLE, UWB, NFC, RTOS, PCB, RTLS, IPS, Python, AI, Copilot 🏢 Description: Our devices sit at the physical edge of the Kontakt.io platform — delivering real-time location intelligence for patients, staff, and assets across hospitals worldwide. The hardware we ship must be reliable, power-efficient, and maintainable at scale across thousands of deployed units in regulated healthcare environments. We're looking for a Senior Firmware / Embedded Engineer to own the full hardware lifecycle — from schematic review and component validation to production-grade firmware running on Nordic Semiconductor microcontrollers. You'll set the quality bar for devices that clinicians and hospitals depend on every day. What you will be working on Hardware design & validation Review and validate PCB schematics, component selection, and board-level design decisions before production. Catch issues early — at the schematic stage, not after boards are manufactured. Firmware development Build and maintain production firmware for Nordic Semiconductor (nRF) microcontrollers — including BLE and UWB radio stacks used for real-time indoor positioning in healthcare environments. Hands-on testing & bring-up Set up and run hardware test environments. Prototype on breadboards, solder, validate device behavior, and own bring-up from first-article boards through to production qualification. Device reliability Implement health monitoring mechanisms to ensure devices operate continuously in the field. Own reliability from firmware to fleet — devices must keep running without human intervention. Day to day responsibilities Write and review embedded C firmware for nRF-series microcontrollers using Zephyr RTOS Review hardware schematics and validate PCB designs — identify and flag issues before production Prototype and bench-test hardware setups; solder, debug, and validate devices hands-on Implement and maintain watchdog, reset, and device health monitoring logic for production deployments Collaborate with the Location Engine team to ensure reliable, low-latency data delivery from device to cloud Apply AI-assisted development practices (Claude Code, or equivalent) to accelerate firmware development and code review Contribute to design decisions covering the full product lifecycle — requirements, component selection, enclosure validation, bring-up, and release The engineer we're looking for investigates problems proactively — doesn't wait to be told what's broken. Works independently across hardware and firmware layers. Thinks about correctness, reliability, and long-term maintainability — not just "does it compile." What we are looking for 3+ years of embedded / firmware engineering experience on commercial hardware products Electronics background — able to read schematics, review PCB layouts, and validate hardware designs independently Hands-on hardware skills — comfortable with soldering, bring-up, and manual testing of embedded systems Understanding of radio / wireless fundamentals — antennas, BLE, UWB, NFC, or related protocols used in positioning systems Demonstrated use of AI coding tools in daily workflows (Claude, GitHub Copilot, or equivalent) Strong written and verbal communication in English Nice to have Nordic Semiconductor (nRF series) and Zephyr RTLS experience Exposure to indoor positioning technologies (RTLS, IPS, UWB ranging) Python for scripting, tooling, or test automation Background in healthcare IoT or regulated device environments We offer Fast-paced, dynamic startup environment with flat structure Competitive salary and stock option plan Work on cutting-edge healthcare IoT at the intersection of hardware, firmware, and real-time location intelligence Hybrid work model (Kraków office — 2–3 days per week onsite) Collaborative, self-organized engineering culture Private medical care and cafeteria system Ready to build hardware that saves lives? Apply and tell us about a hardware or firmware project you owned end-to-end — what broke, how you found it, and what you did about it.

🏢 Summary: Lead Applications Engineer role serving as the primary technical interface for semiconductor equipment customers, translating complex fabrication system requirements into manufacturable hardware solutions. The position drives deep technical engagements across wafer handling, vacuum systems, thermal management, and precision components, guiding applications from feasibility through production. The role shapes deployment of advanced manufacturing technology within high-performance semiconductor environments. 🗂️ Requirements: Bachelor’s degree in Engineering or related technical field, 5+ years experience in semiconductor equipment or fabrication industry, Strong systems-level understanding of complex mechanical hardware, Experience with semiconductor fabrication systems and equipment, Ability to lead technical discussions on manufacturability, materials, tolerances, and production constraints, Experience translating system requirements into manufacturable designs 📃 Skills: Semiconductor, Fabrication, Mechanical, Systems, UHV, Thermal, Robotics, Lithography, Optics, Manufacturing, Additive, Casting, Forging, Machining, DFM 🏢 Description: LEAD APPLICATIONS ENGINEER (SEMICONDUCTOR MACHINERY) Freeform builds AI-native manufacturing systems that unify software, hardware, and physics to produce industrial-scale parts at the speed of human ideation. By treating manufacturing as a single integrated system, we unlock a new era of innovation where complex hardware is designed, built, and scaled without limits. Freeform is hiring a Lead Applications Engineer to serve as the primary technical interface between Freeform and a portfolio of our semiconductor customers. This person will apply their technical background and intimate understanding of semiconductor fabrication systems and equipment to translate real engineering problems into manufacturable solutions that only Freeform's technology can unlock. You will own the technical relationship with customers, guide them through application discovery and feasibility, and help shape how Freeform's manufacturing platform is deployed across some of the most ambitious programs in the industry. The ideal candidate comes from a strong engineering background, understands complex semiconductor systems, and is comfortable engaging directly with senior engineers and decision makers at highly sophisticated and cutting-edge organizations. This person should be comfortable leading deep technical discussions across performance, manufacturability, materials, qualification, and production tradeoffs, and translating those conversations into a broader, programmatic vision that helps customers understand how Freeform's technology can unlock entirely new design and production possibilities. Responsibilities: Serve as the primary technical point of contact for a portfolio of strategic semiconductor equipment customers Lead deep technical discussions with customer engineering teams across applications such as: Wafer handling, robotic end-effectors, and vacuum-compatible armatures Thermal management hardware and high-precision cold plates Ultra-high vacuum (UHV) chambers and internal components Gas delivery manifolds and high-purity fluid systems Lithography tool structural components and precision optics mounts Pedestals and showerhead assemblies for deposition tools Develop a deep understanding of customer system requirements, constraints, and performance drivers Translate customer needs into manufacturable solutions using Freeform's technology, including geometry, materials, tolerances, and production considerations Clearly articulate what Freeform's manufacturing platform can and cannot deliver, including tradeoffs and constraints Independently answer advanced technical questions related to materials, processes, qualification pathways, and production scalability Identify where Freeform's technology enables new designs, architectures, or performance regimes that were previously impractical or impossible Work closely with internal engineering and operations teams to align on feasibility, execution, and roadmap - but without depending on them for basic technical credibility Guide customers through early application exploration, development phases, and transition into production Build long-term, trust-based technical relationships with customer engineers, program managers, and technical leadership Provide feedback from the field to influence Freeform's product, process, and roadmap decisions Basic Qualifications: Bachelor's degree in engineering or similar technical discipline 5+ years of experience in an engineering, program management, or leadership role within the semiconductor equipment/fabrication industry Strong systems-level understanding of complex mechanical hardware and how components function within larger assemblies Nice to Have: Prior experience in a customer-facing technical role such as applications engineering, systems engineering, or field engineering Ability to clearly communicate complex technical concepts to both engineering and non-engineering stakeholders Familiarity with metal manufacturing processes, including additive manufacturing, casting, forging, or advanced machining Experience supporting hardware through development, qualification, and production ramp Strong intuition for design-for-manufacturing and production scalability Strategic thinker with a strong business acumen Team player, positive attitude, growth mindset, integrity, accountability, adaptability, entrepreneurial, driven, results-oriented and ethical Location: Based in Hawthorne, our vertically integrated facility brings technology development, R&D, and production together under one roof. We operate at the center of LA's deep tech ecosystem, surrounded by some of the most ambitious hardware innovation happening anywhere in the country. Our fast-paced, cross-functional environment is built on close collaboration, and as such, this role requires full-time onsite presence (five days a week), with very limited exceptions. What We Offer: We have an inclusive and diverse culture that values collaboration, learning, and making deliberate data-driven decisions. We offer a unique opportunity to be an early and integral member of a rapidly growing company that is scaling a world-changing technology. Benefits Significant stock option packages 100% employer-paid Medical, Dental, and Vision insurance (premium PPO and HMO options) Life insurance Traditional and Roth 401(k) Relocation assistance provided Paid vacation, sick leave, and company holidays Generous Paid Parental Leave and extended transition back to work for the birthing parent Free daily catered lunch and dinner, and fully stocked kitchenette Casual dress, flexible work hours, and regular catered team building events Compensation As a growing company, the salary range is intentionally wide as we determine the most appropriate package for each individual taking into consideration years of experience, educational background, and unique skills and abilities as demonstrated throughout the interview process. Our intent is to offer a salary that is commensurate for the company's current stage of development and allows the employee to grow and develop within a role. In addition to the significant stock option package, the estimated salary range for this role is $120,000-$185,000. The upper end of the range is reserved for individuals who demonstrate exceptional experience, deep domain mastery, and a proven history of high performance and impact. Freeform is an Equal Opportunity Employer that values diversity; employment with Freeform is governed on the basis of merit, competence and qualifications and will not be influenced in any manner by race, color, religion, gender, national origin/ethnicity, veteran status, disability status, age, sexual orientation, gender identity, marital status, mental or physical disability or any other legally protected status.

🏢 Summary: Senior Embedded Hardware Developer role focused on designing, developing, verifying, and industrializing embedded hardware solutions for control systems in subsea and renewable energy applications. The position involves end-to-end hardware development including FPGA modules, PCBAs, system integration, and compliance with safety and EMC standards. Work is carried out in a multidisciplinary R&D environment collaborating across hardware, software, and system teams. 🗂️ Requirements: Degree in electronics, automation, cybernetics or related engineering field, Proven industrial experience in embedded hardware development, Expertise in digital electronic design and high-speed serial interfaces, Strong knowledge of FPGA design and verification methodologies, Experience with schematic design and PCB layout using ECAD tools, Understanding of SoC platforms, CPUs and microcontrollers, Knowledge of EMC requirements and CE certification, Familiarity with safety standards such as IEC61508, Experience with laboratory measurement and analysis instruments, Proficiency in embedded programming languages 📃 Skills: FPGA, VHDL, SoC, CAN, RS232, RS485, I2C, SPI, USB, LTspice, MATLAB, Simulink, Python, Quartus, C, C++, Assembly, Altium, ECAD, EMC, IEC61508 🏢 Description: Job Purpose About Us: At TechnipFMC, within the Controls & Automation product line, we are pioneering technology platforms for the electrification of Subsea Control Systems and the advancement of renewable energy sources such as offshore wind, hydrogen, and wave energy. Our Team : The Electronics R&D team works across a broad spectrum of technologies, including analog electronics, FPGA, SoC, power design, safety design, motor controllers, processor design, and power line modems. These technologies are integral to various control system applications. Your Role: As part of the Controls & Automation team at TechnipFMC, you will engage in the design, development, qualification, system integration, and production of new products into commissioning and field operation. Our multidisciplinary development environment includes HW, SW, system, test, mechatronics, and production engineering teams working collaboratively. We are seeking Senior Embedded Hardware Developers with expertise in embedded systems and hardware design to join our Hardware development team. Job Description Define hardware requirements in collaboration with system architects, SW architects, product owners Design and develop embedded hardware circuits, PCBAs, FPGA modules, including component selection, schematic drawing, PCB layout, and prototype building. Conduct functional verification of embedded hardware circuits, PCBAs, FPGA modules, electronic sub-assemblies. Collaborate with systems architects, mechanical designers, PCB layout, manufacturing, reliability, and SW engineering teams to design and develop embedded hardware products. Create test and verification procedures and write test reports on functional, environmental, system operation mode, and manufacturing testing of custom embedded hardware designs. You are meant for this job if: Expertise in digital electronic design including high speed, serial communication interfaces (CAN, RSXXX, I2C, SPI, USB), control, processor, network interface design on SoC platforms. Extended understanding of Central Processing Units, microcontrollers, embedded software and signal processing techniques Advanced knowledge of VHDL and FPGA design and verification methodologies. Experience of LT SPICE, MATLAB, Simulink, Python, and Intel (Altera) Quartus Knowledge of C, C++, assembly language or other embedded software languages Schematic design and PCB layout using ECAD tools like Altium Designer or equivalent. Experience with lab instruments such as oscilloscopes, logic analyzers, network analyzers, communication analyzers, signal generators, and simulators. Expertise in PCB layout for optimal component placement, reduced stray inductance/capacitance, improved manufacturability, and EMC compliance. Experience in embedded hardware design optimized for DFX requirements (manufacturability and testability). Understanding of EMC requirements and CE certification relevant to embedded controller design in control system applications. Knowledge and experience of safety and reliability standards including IEC61508 Qualifications: BSc, MSc, or PhD in electronics, automation, cybernetics, or a related engineering field. Industrial experience in relevant embedded hardware development and industrialization. Ability to approach complex problems structurally. Open-minded, professional English proficiency, and adaptability to work in a multicultural environment. Continuously raising standards, innovative, and solution oriented. Interest in electronics is an additional advantage. What We Offer: Exciting global R&D environment. Engaging tasks and work-life balance. Flexible working arrangements. State-of-the-art development environment. Training and career development opportunities. Comprehensive insurance and pension plans.

🏢 Summary: On-site Firmware Engineer role focused on developing and testing next-generation embedded systems for network switch solutions. The position involves low-level firmware development, hardware/firmware analysis, and collaboration with cross-functional engineering teams. Candidates will contribute to product quality, system performance, and ongoing improvements across product lines. 🗂️ Requirements: Bachelor's degree in Computer Science or Electrical Engineering or equivalent experience, 5-7 years of embedded systems or firmware development experience, Proficiency in low-level programming (C, C++, or Rust), Experience with firmware debugging, verification, and validation, Familiarity with networking, cybersecurity, or data center technologies, Ability to work independently and in a team environment, Successful completion of background check and drug screen 📃 Skills: C, C++, Rust, Embedded, Firmware, Networking, Cybersecurity, Datacenter, Debugging, Testing, Validation, Hardware 🏢 Description: About The Role APCON, Inc. is seeking a Firmware Engineer to contribute to next-generation embedded systems. In this role, you will assist in the design, development, testing, and implementation of firmware solutions for a variety of products. You will work closely with cross-functional teams to deliver innovative products and support ongoing project success. What You Will Do - Assist with low-level programming in C, C++, or Rust, including debugging, verification, and validation of firmware, software, and hardware for current and future network switch solutions - Support analysis of hardware and firmware requirements to assess design feasibility within project timelines and budget - Collaborate with engineers to understand system-level performance and operational needs - Participate in technical discussions related to product requirements and design processes - Create and execute unit and functional tests to ensure product quality - Contribute to updates and improvements on existing product lines - Work independently and as part of a team to meet project milestones and delivery goals What You Bring - Bachelor’s degree in Computer Science, Electrical Engineering, or equivalent experience - 5–7 years of experience in embedded systems or firmware development - Familiarity with networking concepts, cybersecurity fundamentals, or data center technologies - Strong organizational, planning, troubleshooting, and multitasking skills - Ability to maintain confidentiality and professionalism - Ability to prioritize tasks and adapt in a fast-paced environment - Ability to work independently and collaboratively Why Join - Medical, dental, and vision insurance - Company paid short-term and long-term disability - Flexible spending accounts - HSA account with company contribution - Generous PTO program - 401(k) with company match - Professional development opportunities - Collaborative and innovative engineering environment - Company paid holidays - Opportunity to work on advanced technology Offers are contingent on the successful completion of pre-employment background and drug screenings.

🏢 Summary: Senior Hardware Engineer responsible for designing and developing electronic devices, including component selection, schematic and PCB design, prototype bring-up, and pre-compliance testing in international, cross-industry projects. The role covers full product development lifecycle from concept to production. Work involves advanced electronic design and hardware-software integration. 🗂️ Requirements: Master’s or Engineer’s degree in Electronics, Electrical Engineering, Embedded Systems or related field, Minimum 5 years of experience in electronic design, Experience in schematic design and PCB layout, Experience in prototype bring-up and hardware testing, Ability to independently solve electronic design problems, English proficiency at minimum B2 level 📃 Skills: Electronics, PCB, DFM, DFT, EMC, FPGA, CPLD, SOM, COM, RF, BLE, WiFi, 4G, 5G, AC/DC, C, C++, Yocto, Linux 🏢 Description: W Etteplan wierzymy, że technologia ma sens tylko wtedy, gdy naprawdę wspiera człowieka. Nasz dział Embedded tworzy inteligentne rozwiązania sprzętowo-programowe — od układów wbudowanych przez elektronikę i oprogramowanie aż po systemy kompletne — które napędzają maszyny, urządzenia i produkty przyszłości. Czerpiemy z doświadczenia Etteplanu w inżynierii, integracji systemów i automatyzacji, by łączyć elektroniczne komponenty, oprogramowanie oraz sensory w realnych zastosowaniach — przemysłowych, medycznych, motoryzacyjnych czy konsumenckich. Działamy z fińską prostotą — bez zbędnych warstw, w atmosferze współpracy, zaufania i wspólnego odkrywania nowych możliwości. Liczy się dla nas: zrozumienie wyzwań klienta, końcowy efekt działania technologii i jakość na każdym etapie. Stań się częścią naszego zespołu Hardware , prowadzonego przez Department Managera Mateusza Osadę — grupy 20 specjalistów, wśród których są Project Manager, Hardware Designerzy, Hardware Verification Engineerowie, PCB Layout Engineerowie oraz Component Engineerowie . Na co dzień współpracujemy w międzynarodowym środowisku , realizując różnorodne projekty dla klientów z wielu branż – od przemysłu po medtech i elektronikę użytkową. Wspieramy się wzajemnie, dzielimy doświadczeniem i wspólnie szukamy najlepszych rozwiązań technicznych. W tej roli będziesz odpowiedzialny za dobór komponentów , tworzenie schematów i layoutów układów elektronicznych , uruchamianie prototypów oraz przeprowadzanie testów pre-compliance . Twoja praca będzie realnie przekładać się na powstawanie urządzeń, które działają niezawodnie – od pierwszego szkicu po gotowy produkt. Zaaplikuj, jeśli posiadasz: dyplom magistra / inżyniera w obszarze elektroniki, elektrotechniki, systemów wbudowanych lub podobnym, przynajmniej 5 lat doświadczenia zawodowego w podobnej roli, związanej z projektowaniem elektroniki, umiejętności analityczne umożliwiające samodzielne rozwiązywanie problemów w obszarze elektroniki, znajomość języka angielskiego na poziomie min. B2. Docenimy również doświadczenie: projektowanie elektroniki analogowej, cyfrowej i mieszanej, integracja HW/SW, uruchamianie, testowanie oraz debugowanie zaprojektowanych układów, tworzenie layoutu płytek PCB z uwzględnieniem zagadnień DFM/DFT, rozwiązywanie problemów z EMC, projektowanie układów bazujących na FPGA/CPLD/SOM/COM, RF, protokoły bezprzewodowe (BLE, WiFi, 4/5G itp.), projektowanie zasilaczy AC/DC, układów dużej mocy (>1kW), umiejętność szacowania nakładów pracy oraz tworzenia harmonogramów, doświadczenie z wdrożeniem do produkcji seryjnej zaprojektowanej elektroniki, rozwój oprogramowania wbudowanego (niskiego poziomu C, C++, Yocto Linux), znajomość standardów projektowania charakterystycznych dla branż automotive, medical, high-voltage, high-power. Jak przebiega proces rekrutacyjny? Prześlij nam swoje CV w języku angielskim, dopisując w formularzu oczekiwania finansowe, preferowaną formę współpracy oraz dyspozycyjność. Teraz czas na nasz ruch - analizę Twojego zgłoszenia. Jeśli przebiegła pomyślnie, zaprosimy Cię na dłuższą rozmowę w formie zdalnej (ok. 1.5h). Po spotkaniu spodziewaj się feedbacku w przeciągu 2 tygodni. Powyższe etapy poszły Ci jak z płatka? Świetnie! Witaj w Etteplan :) Możesz też zajrzeć na naszą stronę internetową lub Facebooka i zobaczyć, co ciekawego się u nas dzieje! - Nasza firma wdrożyła procedury ochrony sygnalistów zgodnie z obowiązującą ustawą. Każda osoba ma prawo zgłaszać nieprawidłowości w bezpieczny sposób, a zgłoszenia są objęte pełną ochroną prawną. Więcej informacji: https://www.etteplan.com/pl/kodeks-postepowania/ Skorzystaj z naszych benefitów Medicover - prywatna opieka medyczna Multisport Plus - karta sportowa PZU - grupowe ubezpieczenie na życie Pyszne Pay - 200 zł / mc dofinansowania do posiłków Dofinansowanie do okularów korekcyjnych i soczewek - 400 zł Program poleceń - 8 000 PLN brutto Ogólnofirmowe i zespołowe wydarzenia integracyjne Elastyczne godziny pracy i praca w modelu hybrydowym PKUP - możliwość rozliczenia podwyższonych kosztów uzyskania przychodu

🏢 Summary: Senior Hardware Engineer role focused on designing and developing electronic systems, including component selection, schematic and PCB layout design, prototype bring-up and pre-compliance testing. The position involves end-to-end hardware development for industrial, medical, automotive and consumer applications in an international environment. 🗂️ Requirements: Master’s or Engineer’s degree in Electronics, Electrical Engineering, Embedded Systems or related field, Minimum 5 years of professional experience in electronics design, Experience in schematic design and PCB layout development, Experience in prototype bring-up and hardware testing, Ability to independently solve technical problems in electronics, English proficiency at minimum B2 level 📃 Skills: Electronics, PCB, DFM, DFT, EMC, FPGA, CPLD, SOM, COM, RF, BLE, WiFi, 4G, 5G, AC/DC, C, C++, Yocto, Linux 🏢 Description: W Etteplan wierzymy, że technologia ma sens tylko wtedy, gdy naprawdę wspiera człowieka. Nasz dział Embedded tworzy inteligentne rozwiązania sprzętowo-programowe — od układów wbudowanych przez elektronikę i oprogramowanie aż po systemy kompletne — które napędzają maszyny, urządzenia i produkty przyszłości. Czerpiemy z doświadczenia Etteplanu w inżynierii, integracji systemów i automatyzacji, by łączyć elektroniczne komponenty, oprogramowanie oraz sensory w realnych zastosowaniach — przemysłowych, medycznych, motoryzacyjnych czy konsumenckich. Działamy z fińską prostotą — bez zbędnych warstw, w atmosferze współpracy, zaufania i wspólnego odkrywania nowych możliwości. Liczy się dla nas: zrozumienie wyzwań klienta, końcowy efekt działania technologii i jakość na każdym etapie. Stań się częścią naszego zespołu Hardware , prowadzonego przez Department Managera Mateusza Osadę — grupy 20 specjalistów, wśród których są Project Manager, Hardware Designerzy, Hardware Verification Engineerowie, PCB Layout Engineerowie oraz Component Engineerowie . Na co dzień współpracujemy w międzynarodowym środowisku , realizując różnorodne projekty dla klientów z wielu branż – od przemysłu po medtech i elektronikę użytkową. Wspieramy się wzajemnie, dzielimy doświadczeniem i wspólnie szukamy najlepszych rozwiązań technicznych. W tej roli będziesz odpowiedzialny za dobór komponentów , tworzenie schematów i layoutów układów elektronicznych , uruchamianie prototypów oraz przeprowadzanie testów pre-compliance . Twoja praca będzie realnie przekładać się na powstawanie urządzeń, które działają niezawodnie – od pierwszego szkicu po gotowy produkt. Zaaplikuj, jeśli posiadasz: dyplom magistra / inżyniera w obszarze elektroniki, elektrotechniki, systemów wbudowanych lub podobnym, przynajmniej 5 lat doświadczenia zawodowego w podobnej roli, związanej z projektowaniem elektroniki, umiejętności analityczne umożliwiające samodzielne rozwiązywanie problemów w obszarze elektroniki, znajomość języka angielskiego na poziomie min. B2. Docenimy również doświadczenie: projektowanie elektroniki analogowej, cyfrowej i mieszanej, integracja HW/SW, uruchamianie, testowanie oraz debugowanie zaprojektowanych układów, tworzenie layoutu płytek PCB z uwzględnieniem zagadnień DFM/DFT, rozwiązywanie problemów z EMC, projektowanie układów bazujących na FPGA/CPLD/SOM/COM, RF, protokoły bezprzewodowe (BLE, WiFi, 4/5G itp.), projektowanie zasilaczy AC/DC, układów dużej mocy (>1kW), umiejętność szacowania nakładów pracy oraz tworzenia harmonogramów, doświadczenie z wdrożeniem do produkcji seryjnej zaprojektowanej elektroniki, rozwój oprogramowania wbudowanego (niskiego poziomu C, C++, Yocto Linux), znajomość standardów projektowania charakterystycznych dla branż automotive, medical, high-voltage, high-power. Jak przebiega proces rekrutacyjny? Prześlij nam swoje CV w języku angielskim, dopisując w formularzu oczekiwania finansowe, preferowaną formę współpracy oraz dyspozycyjność. Teraz czas na nasz ruch - analizę Twojego zgłoszenia. Jeśli przebiegła pomyślnie, zaprosimy Cię na dłuższą rozmowę w formie zdalnej (ok. 1.5h). Po spotkaniu spodziewaj się feedbacku w przeciągu 2 tygodni. Powyższe etapy poszły Ci jak z płatka? Świetnie! Witaj w Etteplan :) Możesz też zajrzeć na naszą stronę internetową lub Facebooka i zobaczyć, co ciekawego się u nas dzieje! - Nasza firma wdrożyła procedury ochrony sygnalistów zgodnie z obowiązującą ustawą. Każda osoba ma prawo zgłaszać nieprawidłowości w bezpieczny sposób, a zgłoszenia są objęte pełną ochroną prawną. Więcej informacji: https://www.etteplan.com/pl/kodeks-postepowania/ Skorzystaj z naszych benefitów Medicover - prywatna opieka medyczna Multisport Plus - karta sportowa PZU - grupowe ubezpieczenie na życie Pyszne Pay - 200 zł / mc dofinansowania do posiłków Dofinansowanie do okularów korekcyjnych i soczewek - 400 zł Program poleceń - 8 000 PLN brutto Ogólnofirmowe i zespołowe wydarzenia integracyjne Elastyczne godziny pracy i praca w modelu hybrydowym PKUP - możliwość rozliczenia podwyższonych kosztów uzyskania przychodu