AI CAD Engineer

Atomic Machines is revolutionizing micromanufacturing through its innovative Matter Compiler™ technology platform. This groundbreaking platform empowers the design and construction of advanced micromachines by offering manufacturing processes and a diverse materials library that surpasses traditional semiconductor methods. It paves the way for MEMS manufactu…

At Atomic Machines, we're at the forefront of revolutionizing micromanufacturing with our cutting-edge Matter Compiler™ technology platform. This innovative platform allows for the design and construction of advanced micromachines by providing access to manufacturing processes and a materials library that surpass traditional semiconductor methods. It not only enables the manufacturing of MEMS devices that were previously unattainable but also opens the door to entirely new categories of devices. Unlike 3D printing, which typically utilizes a single material and process, our Matter Compiler™ technology is a sophisticated multi-process, multi-material system: raw materials and digital information converge to produce fully functional micromachines. We are excited to unveil our first groundbreaking device created using this technology soon. Our offices are located in Emeryville and Santa Clara, California.About the Role:We are seeking a talented PLM/CAD Administrator with a robust engineering background to facilitate communication about our groundbreaking technology. In this pivotal role, you will utilize your technical expertise to translate intricate engineering concepts, cutting-edge manufacturing processes, and innovative product specifications into clear, concise documentation. Your audience will range from fellow engineers to fabricators and future customers. As part of a small, passionate team, your contributions will be essential in shaping the company’s processes and products, helping us bring a new category of devices to life. If you are enthusiastic about diving deep into technical details and effectively communicating them to the engineering community, we invite you to apply!

Astera is seeking a visionary Head of Bio AI to lead our innovative AI initiatives in the bioinformatics sector. As a key member of our executive team, you will drive the strategic direction of our AI research and development, ensuring alignment with our corporate goals and industry trends. This role offers the unique opportunity to shape the future of biotechnology through cutting-edge AI applications.

Atomic Machines is at the forefront of revolutionizing micromanufacturing with its innovative Matter Compiler™ technology platform. This cutting-edge platform empowers the design and creation of new classes of micromachines by providing access to advanced manufacturing processes and a diverse materials library that traditional semiconductor manufacturing cannot achieve. Our technology not only expands MEMS manufacturing to device classes previously unattainable through semiconductor methods, but it also introduces entirely new categories of devices. Unlike conventional 3D printing, which typically works with a single material and process, the Matter Compiler™ is a dynamic multi-process, multi-material system: raw materials and digital instructions come together to produce fully functional micromachines. We are excited to unveil our first groundbreaking device, made possible exclusively through this technology, to the world soon. Our offices are located in Emeryville and Santa Clara, California.About The Role:We are searching for a Level 4 Modeling and Simulation Engineer to become an integral part of our expanding AI, Modeling, and Simulation team. The ideal candidate will have a strong background in developing and deploying mathematical and numerical models across various coupled physics domains. In this position, you will analyze the essential attributes of current manufacturing systems and promising future machine concepts, leveraging those insights to construct, simulate, and implement parameterized models that enhance machine design and optimization.Success in this role requires familiarity with multiscale and multiphysics modeling, as well as proficiency in simulation tools such as COMSOL, Ansys, or similar platforms. A solid foundation in structural mechanics, heat transfer, and computational fluid dynamics (CFD) is essential. Experience in additional simulation domains like electromagnetics or electrochemistry will be considered an asset.This position presents an outstanding opportunity for individuals with a proven track record in creating high-quality, validated multiphysics models who are eager to apply their expertise to the development of innovative devices manufactured at scale on Atomic's platform. The ideal candidate will excel in a collaborative environment and effectively document, communicate, and present technical work.What You’ll Do:Identify key system attributes and create computational models for existing and prospective manufacturing machines, focusing on structural, thermal, and fluid systems.Establish figures of merit, boundary conditions, and operating parameters based on system requirements and cross-functional collaboration.Develop and implement multiphysics simulations, including...

Atomic Machines is pioneering a revolutionary approach to micromanufacturing with its advanced Matter Compiler™ technology platform. This innovative platform allows for the design and production of new classes of micromachines by delivering manufacturing processes and a materials library that go beyond traditional semiconductor methods. It opens up MEMS manufacturing not just for device categories previously deemed impossible through semiconductor techniques, but also for entirely new classes of devices. Moreover, this digital platform is fully programmable, akin to the digital nature of 3D printing; however, while 3D printing typically produces parts from a single material and process, the Matter Compiler™ technology platform operates as a multi-process, multi-material system: raw materials and bits are transformed into complete, functional micromachines. The Atomic Machines team is also excited to announce the upcoming unveiling of an innovative device made possible exclusively through the Matter Compiler™ technology platform. Our offices are located in Emeryville and Santa Clara, California.About The Role:We are looking for a Senior Data Engineer to become a vital part of our expanding team within the AI, Modeling, and Simulation group, focusing on enhancing the manufacturing processes of our robotic manufacturing platform. The successful candidate will design, implement, and maintain robust data pipelines and infrastructure to guarantee the availability, integrity, traceability, and interpretability of manufacturing data. This role necessitates close collaboration with Process, Design, and AI engineers to validate manufacturing outcomes and track process performance through data-driven insights.Candidates must possess experience in data engineering, data flows, and big-data processing, alongside proficiency in Python. A solid understanding of manufacturing processes and sensors is essential, as is the ability to collaborate with process engineers on metrology needs and hardware requirements. Experience in data science for manufacturing, such as developing predictive pipelines using statistical or ML methods, is a plus.This position presents an exceptional career opportunity for a professional with a proven history of creating and implementing data pipelines in manufacturing settings. The ideal candidate thrives in a cross-functional atmosphere, integrates efforts from a diverse team, actively participates in the development process, and excels at documenting and presenting their work.

About Atomic Machines Atomic Machines is pioneering a transformative approach to micromanufacturing through its innovative Matter Compiler™ technology. This cutting-edge, full-stack solution enables the design and creation of advanced micromachines by providing access to manufacturing processes and a comprehensive materials library beyond the limitations of traditional semiconductor methods. Our technology aims to democratize MEMS manufacturing for a diverse array of devices, while also paving the way for entirely new product categories. The Atomic Machines team is poised to unveil an exciting new device, made possible by the Matter Compiler™ technology, in the near future. Our headquarters are located in Emeryville and Santa Clara, California. About The Role: We are in search of an accomplished Staff Safety Engineer to spearhead the development, implementation, and maintenance of a robust safety strategy across our machines, laboratories, and operational facilities. This role is integral to ensuring that safety considerations are woven into the fabric of engineering and operational decision-making from the outset, facilitating rapid company growth while safeguarding personnel, equipment uptime, and overall business continuity. The Staff Safety Engineer will be responsible for machine safety, operational readiness, and safety training, collaborating closely with Engineering, Manufacturing, Operations, Environmental Health and Safety (EHS), and Facilities teams. This position also involves liaising with external safety and compliance experts when specialized knowledge is required, such as electrical safety assessments and FCC/NRTL compliance, all while maintaining a practical, execution-oriented approach. This critical role supports the safe scaling of complex electro-mechanical systems across multiple U.S. locations, ensuring that our commitment to safety evolves in tandem with our technical aspirations, without adding unnecessary bureaucratic hurdles. What You'll Do: Lead safety programs for machines and operations across laboratories and manufacturing environments Integrate safety-by-design principles into equipment development and station commissioning processes Oversee station readiness and provide safety sign-off for new or altered equipment Conduct and maintain hazard analyses and risk assessments Design and enforce safety measures such as guarding, interlocks, emergency stops, and Lockout/Tagout (LOTO) protocols Establish an electrical safety framework that aligns with OSHA and NFPA standards Lead investigations into incidents and near-misses, implementing corrective and preventive actions (CAPA) Develop and deliver role-specific safety training programs Monitor and report on safety metrics and risk trends

Role Overview CRB is hiring an Electrical Engineer III in Emeryville. This position focuses on designing and implementing electrical systems across a range of projects. The work directly supports improvements to operational capabilities. What You Will Do Develop electrical system designs for assigned projects Implement solutions that align with project goals and operational needs Work closely with teams from other disciplines to coordinate project requirements Ensure all electrical designs comply with client specifications and regulatory standards

Slingshot Biosciences is an innovative life sciences organization, dedicated to revolutionizing cell-based applications through cutting-edge precision-engineered cell mimics. Our mission is to establish these cell mimics as the gold standard for all cell-based assay controls. We provide a comprehensive suite of robust, scalable, and reproducible solutions, including TruCytes™ Biomarker controls, SpectraComp® compensation controls, ViaComp® cell health controls, and FlowCytes® instrument controls.Our TruCytes cell mimics accurately mirror the optical and biochemical characteristics of real cells, eliminating the sourcing, quality, and cost issues that come with traditional controls. These advanced solutions are trusted across various applications in cell therapy, drug development, and diagnostics, facilitating process and analytical development, quality control, potency assessments, multi-site validations, clinical research, and assay development and validation.At Slingshot, we are on the lookout for enthusiastic and innovative team players who are ready to think creatively. We encourage our employees to take ownership of their work, rapidly contribute ideas, and enhance our processes. Join our dynamic, cross-disciplinary team dedicated to delivering groundbreaking solutions in cell-based applications!We are currently in search of an Operations Engineer to bolster Slingshot’s expanding portfolio of synthetic cell products. This role involves collaboration across Manufacturing Operations, R&D, and Process Engineering to foster continuous quality improvements, conduct equipment maintenance and calibration, and facilitate technology transfer from R&D to Manufacturing.Success in this position requires a detail-oriented individual with a solid technical background and experience in laboratory or manufacturing environments. Candidates should possess expertise in lab automation and exhibit a knack for creative problem-solving while adhering to the stringent documentation requirements typical of regulated industries. Familiarity with microfluidics, flow cytometry, chemistry, or life sciences is advantageous. Additionally, candidates should be adept at analyzing data and composing technical reports to effectively communicate findings or recommendations to management. As a member of a small but growing team, adaptability to a fast-paced, dynamic environment is essential. We encourage self-motivated and driven applicants to apply.Key Responsibilities:Collaborate within cross-functional teams to support R&D and Manufacturing Operations.Validate, monitor, enhance, and support critical technical equipment and manufacturing processes.Identify and implement automated solutions to boost production capacity, efficiency, and throughput.

Atomic Machines is at the forefront of revolutionizing micromanufacturing with our innovative Matter Compiler™ technology. This comprehensive solution empowers the creation of advanced micromachines, supported by an extensive materials library that surpasses traditional semiconductor manufacturing capabilities. By unlocking MEMS production for diverse device classes and paving the way for entirely new product categories, we are realizing the ultimate vision of digital manufacturing: transforming raw materials and digital designs into fully functional micromachines. We are excited to announce the upcoming launch of our first groundbreaking device, made possible through the capabilities of the Matter Compiler™ technology.Our offices are located in Emeryville and Santa Clara, California.About The Role:We are looking for a seasoned Staff Manufacturing Engineer to join our vibrant team. This pivotal role focuses on enhancing operational excellence in medium to high-volume manufacturing settings by refining processes, boosting equipment performance, and leading the design, development, and execution of state-of-the-art manufacturing equipment.The successful candidate will possess extensive knowledge of continuous improvement methodologies and a solid history of managing intricate engineering projects from inception through production implementation. As a vital member of our manufacturing team, you will work closely with cross-disciplinary teams to ensure the flawless integration of new machinery and processes into our production lines while upholding the highest standards of quality, efficiency, and safety. Your leadership in initiatives aimed at increasing productivity and reducing costs will be crucial in meeting our operational objectives.

About Atomic Machines Atomic Machines is pioneering a transformative approach to micromanufacturing through its innovative Matter Compiler™ technology. This comprehensive technology allows for the design and construction of advanced micromachines by providing manufacturing processes and a materials library that surpasses traditional semiconductor methods. It is set to revolutionize MEMS manufacturing for numerous device categories that have been limited by conventional fabrication techniques, and to introduce entirely new product categories. The Matter Compiler™ embodies the vision of digital manufacturing: raw materials and digital inputs yield fully functional micromachines. Our team is also excited to soon unveil an initial device made possible by this groundbreaking technology. Our offices are situated in Emeryville and Santa Clara, California. About The Role: We are in search of a Senior Test Development Engineer to take the lead in establishing how Atomic Machines will validate new classes of devices. As we build a revolutionary robotic manufacturing platform—the Matter Compiler™—from the ground up, this role offers the chance to explore new materials and processes, allowing for the fabrication of devices not feasible in standard fabrication environments. This often means there is no predefined approach to testing. You will be responsible for creating test strategies for devices with unknown failure modes, unclear requirements, and strict manufacturing constraints. Success in this role will require building foundational models, identifying sources of error, and making trade-offs among accuracy, throughput, cost, and scalability. You will be tasked with not just executing existing test plans, but defining test strategies for new devices. Working within the test group, you'll tackle complex multidisciplinary challenges. You'll have the opportunity to design novel tests from initial specifications through design, build custom hardware, and integrate it into a comprehensive system. Your test development may encompass mechanical fixtures, circuit board design, firmware development, integration of existing equipment, and managing the entire data lifecycle—defining how data is gathered, validated, stored, and analyzed to enhance product performance, conduct failure analysis, and guide manufacturing decisions. Collaboration with colleagues from Device Design, Go-To-Market, and Production will be essential to specify, implement, and validate tests. The ideal candidate will possess a robust electrical engineering background complemented by strong analytical abilities, creativity, and a generalist approach. There are often multiple pathways to developing a test, and skillfully navigating design, fabrication, and results trade-offs will be crucial to your success.

Atomic Machines is pioneering a revolutionary approach to micromanufacturing with our innovative Matter Compiler™ technology platform. This groundbreaking platform allows for the design and production of new classes of micromachines through manufacturing processes and a materials library that transcend traditional semiconductor methods. By unlocking MEMS manufacturing capabilities, we can create device classes previously deemed impossible and explore entirely new categories of devices. Unlike conventional 3D printing, which operates with a single material and process, our Matter Compiler™ platform supports multiple processes and materials, transforming raw inputs into fully functional micromachines. We are excited to soon unveil our first device, made possible exclusively through this advanced technology. Our offices are strategically located in Emeryville and Santa Clara, California.About The Role:We are looking for a talented Mechanical Engineer to help establish the core of our manufacturing platform. In this role, you will be responsible for developing innovative systems that push the limits of precision manipulation and fabrication process physics for our Real-Time Micro-Manufacturing platform, the Matter Compiler™.This position provides a unique opportunity to collaborate with cross-functional teams early in the product development cycle, working alongside experts in mechanical design, electrical engineering, vision systems, robotics controls, and manufacturing engineering. You will thrive in a dynamic, hands-on environment, gaining invaluable multidisciplinary experience while directly impacting the future of scalable, high-precision automation.The Mechanical Engineering team is at the cutting edge of designing and developing state-of-the-art hardware solutions throughout the entire product development lifecycle—from conceptualization and process physics to deployment—ensuring that our innovative designs address practical, real-world challenges. Under the guidance of experienced leadership, our engineers engage deeply in all facets of product development across various technical domains, promoting cross-functional collaboration, continuously refining our engineering processes, and maintaining high standards of mechanical design to propel forward the next major evolution in manufacturing.If you are passionate about advancing robotics and eager to make a significant impact in an early-stage startup, we invite you to connect with us!

Atomic Machines is pioneering a transformative era in micromanufacturing through the innovative Matter Compiler™ technology platform. This groundbreaking platform facilitates the design and construction of advanced micromachines by offering manufacturing processes and a materials library that surpass traditional semiconductor methods. It not only makes MEMS manufacturing possible for device classes previously deemed unfeasible by semiconductor techniques, but also opens avenues for entirely new categories of devices. Unlike conventional 3D printing, which typically utilizes a single material and process to create parts, the Matter Compiler™ technology platform operates as a multifaceted system, processing multiple materials and methods: raw materials and digital inputs result in fully functional micromachines. The Atomic Machines team is excited to introduce a pioneering device made exclusively possible through the Matter Compiler™ technology platform, which we will reveal to the world shortly. Our offices are located in Emeryville and Santa Clara, California.About the RoleThis executive leadership position is critically important and covers a wide range of technical responsibilities at Atomic Machines. You will oversee the development of our digital manufacturing "Nodes," each representing a specific class of physical manufacturing process. These Nodes are fully automated digital machines built upon our advanced hardware and software infrastructure, facilitating sophisticated interactions with all other Nodes, ultimately contributing to the Matter Compiler (MC). You will lead a talented team of principal-level mechanical engineers (both ICs and ICMs) to design and create the Nodes, from initial prototypes and Design of Experiments (DoEs) to commercial readiness, essential for the launch of our inaugural product and future innovations. Your team will operate within our fully functional Hybrid Fab, providing a unique agile development and deployment environment for all aspects of the MC. We are experiencing rapid growth, and you will be instrumental in expanding the team with exceptional talent.What You’ll DoDevelop and nurture a high-performing leadership team by managing managers and directors, ensuring teams consistently meet strategic objectives and engineering excellence standards.Own the node hardware architecture: mechanism selection, kinematics, structural design, thermal control, sensing, actuation, and serviceability—with well-defined interfaces to software, controls, and manufacturing.Drive hardware requirements and error budgets for precision, throughput, and reliability (accuracy, repeatability, stiffness, settle time, drift, MTBF/MTTR, uptime) and more.

About Atomic MachinesAtomic Machines is pioneering the future of micromanufacturing through its revolutionary Matter Compiler™ technology. This innovative, full-stack solution facilitates the design and creation of advanced micromachines, utilizing manufacturing processes and a materials library that are beyond the reach of traditional semiconductor methods. Our technology is set to democratize MEMS manufacturing for various device classes that have been limited by existing semiconductor techniques, opening up a realm of entirely new product possibilities. The Matter Compiler™ fully embodies the digital manufacturing vision—where digital data and raw materials converge to produce fully functional micromachines. Stay tuned as our team prepares to unveil our first groundbreaking device, made possible solely by the Matter Compiler™ technology.Our offices are strategically located in Emeryville and Santa Clara, California.

About Atomic Machines Atomic Machines is pioneering a transformative approach in micromanufacturing through our innovative Matter Compiler™ technology. This comprehensive solution enables the design and production of advanced micromachines by integrating manufacturing processes with a diverse materials library, surpassing traditional semiconductor manufacturing limitations. Our technology is set to revolutionize MEMS manufacturing, addressing the challenges faced by various device classes and introducing entirely new product categories. We are excited to unveil our first groundbreaking device, made possible exclusively through the capabilities of the Matter Compiler™ technology. Our headquarters are located in the vibrant cities of Emeryville and Santa Clara, California. About the Role We are in search of a talented Manufacturing Engineer to join our innovative team. This critical position will enhance operational excellence within our medium to high-volume manufacturing settings by refining processes, boosting equipment performance, scaling production, and integrating state-of-the-art manufacturing technologies. The ideal candidate will possess a strong background in continuous improvement methodologies and a proven history of successfully supporting complex engineering projects from inception to full-scale production. As an integral part of our manufacturing operations, you will work closely with cross-functional teams to facilitate the seamless incorporation of new equipment and processes into our production workflow, while upholding the highest standards of quality, efficiency, and safety. Your ability to implement initiatives that drive productivity and minimize costs will be key to achieving our operational objectives.

About Atomic MachinesAtomic Machines is pioneering a transformative era in micromanufacturing through our innovative Matter Compiler™ technology. This advanced, full-stack technology enables the creation of groundbreaking micromachines by providing manufacturing processes and a materials library that surpass traditional semiconductor manufacturing capabilities. Our technology is set to revolutionize MEMS manufacturing for various device classes that have been hindered by semiconductor methods, ushering in entirely new categories of products. With the forthcoming launch of our first device, made possible exclusively by the Matter Compiler™ technology, we are excited to showcase what the future holds.Our offices are strategically located in Emeryville and Santa Clara, California.About the Role:As a Systems Engineer at Atomic Machines, you will play a critical role in the development of cutting-edge manufacturing hardware. Collaborating closely with hardware development teams, electrical engineering teams, and core platform infrastructure developers, you will help specify and create new software that bridges our platform software architecture with innovative manufacturing hardware. This position presents opportunities for significant growth in leadership, technical skills, and interdisciplinary engineering experience as Atomic Machines continues its rapid expansion.What You'll Do:Gain a deep understanding of the software and hardware architecture of Atomic Machines’ systems, encompassing software and controls to sensors, actuators, and hardware interfaces.Collaborate with process, device, mechanical, controls, and platform software teams to translate design concepts into precise, testable system definitions.Define and document system boundaries, interfaces, and assumptions to enable confident building and testing across the organization.Refine ambiguous ideas into concrete system requirements within a fast-paced environment.Assist in defining system performance requirements, interfaces, and validation criteria.Contribute to the development and maintenance of system models utilized for analysis and simulation.Engage hands-on with manufacturing robotics and distributed device networks to validate system behavior, troubleshoot issues, and design complex system-of-systems.

Atomic Machines is pioneering the future of micromanufacturing with its groundbreaking Matter Compiler™ technology. This innovative full-stack solution allows for the design and production of advanced micromachines by combining novel manufacturing processes and an extensive materials library that traditional semiconductor methods cannot achieve. Our technology seeks to democratize MEMS manufacturing for various device categories that have been limited by semiconductor processes and to introduce entirely new product categories. Our team has also developed an exciting initial device, made possible by the Matter Compiler™ technology, which we will unveil to the world shortly. Our offices are located in Emeryville and Santa Clara, California.

Atomic Machines is leading the charge in a transformative era of micromanufacturing with our revolutionary Matter Compiler™ technology platform. This innovative platform allows for the design and construction of novel classes of micromachines by enabling manufacturing processes and a comprehensive materials library that surpass traditional semiconductor methods. It not only facilitates MEMS manufacturing for device classes previously deemed impossible by semiconductor techniques but also introduces entirely new categories of devices. The Matter Compiler™ technology platform operates as a fully programmable digital system, akin to 3D printing, yet it transcends traditional limitations by being a multi-process, multi-material system: raw materials and digital inputs are transformed into complete, functional micromachines. Our dedicated team at Atomic Machines has also developed a groundbreaking first device, made possible exclusively through the Matter Compiler™ platform, set to be unveiled to the world shortly. Our offices are located in Emeryville and Santa Clara, California.

At EkoHealth, we are revolutionizing healthcare with cutting-edge AI and digital tools that empower healthcare providers to accurately detect heart and lung diseases, which are the leading causes of mortality worldwide. Our FDA-cleared products are utilized by countless clinicians, impacting millions of patients globally. With EkoHealth, practitioners can diagnose cardiac and pulmonary conditions with enhanced precision, manage treatments effectively, and ultimately offer the highest quality of care to their patients.Backed by prestigious investors such as Artis Ventures, Questa Capital, Highland Capital, and Mayo Clinic Ventures, we have established ourselves as a leader in the healthcare technology landscape.Honored by TIME magazine in 2025 as one of the top healthcare technology companies globally, EkoHealth is among the fastest-growing digital health firms, with our solutions being implemented in some of the most esteemed health systems worldwide.With over 8 FDA clearances, including innovative AI algorithms, we are committed to rigorous clinical research and R&D, ensuring that we develop superior products for patients who are at the heart of our mission.Join our diverse and talented team of engineers, physicians, PhDs, creatives, and technologists dedicated to making high-quality care accessible to all patients. Our headquarters is in Emeryville, California, and we operate as a privately-held company with world-class partners and investors.We are currently looking for a talented firmware engineer to join our core engineering team, helping us develop life-saving technology that integrates hardware and software. You will collaborate closely with mechanical, electrical, acoustic, and UX engineers, architecting and maintaining the firmware that acts as the nervous system of our devices. This role involves coordinating signal processing, power management, wireless communication, and user interactions within embedded constraints. You will work directly with a small firmware team on architectural decisions for both current products and next-gen prototypes. This hands-on role requires you to master our existing codebase swiftly and apply your learnings while building new systems, writing production code, and influencing product direction through technical exploration.Note: This is a hybrid role, with required onsite presence on Tuesdays, Wednesdays, and Thursdays.

Atomic Machines is pioneering a transformative approach to micromanufacturing with its cutting-edge Matter Compiler™ technology platform. This innovative platform facilitates the design and construction of advanced micromachines by offering unique manufacturing processes and a materials library that are typically beyond the reach of conventional semiconductor manufacturing techniques. It opens the door to MEMS manufacturing, not only for device classes previously deemed impossible through semiconductor methods but also for entirely new categories. Unlike traditional 3D printing, which produces parts from a single material using one process, the Matter Compiler™ technology platform is a sophisticated multi-process, multi-material system: raw materials and digital information are inputted, resulting in fully functional micromachines as output. Our team is also set to unveil an exciting first device, made possible exclusively through this groundbreaking platform.Our offices are based in Emeryville and Santa Clara, California.About The Role:We are looking for a highly skilled Senior Engineering Program Manager to steer the development and scaling of Nodes on the Matter Compiler—our modular manufacturing system. This role combines strong technical acumen with program leadership, involving the definition of scope and interfaces, assignment of ownership and success metrics, maintenance of integrated plans, and the execution of operational cadences that drive project success. You will oversee integrated machine systems encompassing precision motion, optics/metrology, vacuum process modules, embedded software, and factory workcell infrastructure. The PMO at Atomic Machines acts as a leverage function, enhancing our execution framework by tightening feedback loops, minimizing friction, clarifying completion criteria, and highlighting high-integrity signals regarding progress, risks, and decisions.What You’ll Do:Oversee the comprehensive program execution for assigned Nodes, Modules, or Platform initiatives.Define project scope, milestones, ownership, success metrics, and delivery outcomes (time, cost, budget, change control).Facilitate cross-functional planning across Mechanical Engineering, Electrical Engineering, Software, AI, Operations, and Leadership teams.Develop and uphold integrated execution plans that align strategy with daily operations, dependencies, and measurable progress. Foster effective change control by framing technical trade-offs as structured decisions with clear options, risks, and implications.Establish forecasts, measure execution performance against them, and refine mechanisms that enhance learning rates and reduce friction.Design and enhance deployment processes for our Hybrid Fab environment to support rapid design-test-learn cycles.Maintain dashboards, conduct reviews, and generate reporting...

Join Astera as a Research Scientist/Engineer where you will be at the forefront of innovative research and development. Collaborate with a dynamic team to push boundaries and create cutting-edge solutions that impact various industries. Your expertise will drive projects from concept to completion, ensuring high-quality outcomes.