Senior Electronics Engineer at OLIX | London

About OLIXAs artificial intelligence evolves at an unprecedented pace, the demand for advanced computing solutions has surged, revealing a critical infrastructure gap in the industry. Traditional hardware designs, which have remained unchanged for over a decade, can no longer meet the escalating needs of AI applications. At OLIX, we are pioneering the next generation of computing technology with our Optical Tensor Processing Unit (OTPU), designed to deliver unmatched performance and energy efficiency that surpasses existing chip technologies.The RoleWe are on the lookout for a seasoned Senior Electronics Engineer to join our team and play a vital role in developing high-speed, mixed-signal, and power-dense electronics that will be integral to OLIX's optical computing platforms. In this position, you will collaborate with diverse teams, including ASIC, FPGA, Optical, Mechanical, Firmware, and Systems, to create robust and energy-efficient hardware accelerators, including advanced PCIe-based platforms and systems capable of operating at speeds exceeding 25–56Gb/s.You will report to the Electronics Engineering Manager and be involved in both practical execution and strategic technical direction across board-level and subsystem design.ResponsibilitiesDesign and develop high-speed multilayer PCBs that support serial interfaces operating at 25–56Gb/s+ (e.g., PCIe Gen4/Gen5, SERDES-based links).Implement and validate high-current, low-voltage power delivery networks for ASICs and FPGAs.Conduct signal integrity (SI) and power integrity (PI) analysis during schematic and layout phases.Contribute to PCB stack-ups, routing constraints, impedance control strategies, and return path methodologies.Engage in lab-based board bring-up, debugging, and high-speed compliance validation.Assist in the integration of analog front-ends, clock architectures, and mixed-signal subsystems.Collaborate across teams to ensure optimal system performance, manufacturability, and reliability.Support EVT/DVT/PVT builds and transition to production while producing thorough design documentation and validation reports.

About OLIXAt OLIX, we are at the forefront of the AI revolution, addressing the rapidly growing demand for advanced infrastructure in a world where traditional hardware is no longer sufficient. Our innovative Optical Tensor Processing Unit (OTPU) is set to redefine performance and energy efficiency, paving the way for the next generation of technology that will drive the economy for the next century.Role OverviewJoin our team as a Senior Mechanical Engineer, where you will play a pivotal role in designing cutting-edge hardware that harnesses the power of light. You will be responsible for the mechanical architecture of photonic subassemblies, ensuring precision and reliability in our advanced optical interconnect assemblies.Key ResponsibilitiesDesign and develop opto-mechanical assemblies such as waveguide coupling structures and precision alignment fixtures.Conduct tolerance chain analysis to maintain optical alignment budgets, considering thermal variations and long-term stability.Select and evaluate optical-grade materials, ensuring compatibility with thermal and manufacturing processes.Lead the thermal-mechanical co-design for photonic subassemblies, focusing on heatsink designs for high-performance components.Create and maintain GD&T drawings and engineering specifications for optical-grade components.Collaborate closely with optical, process, and reliability engineers to achieve optimal mechanical and optical outcomes.

About OLIXAt OLIX, we are pioneering the future of AI technology. With the rapid growth of AI outpacing any technology in history, there is a critical infrastructure gap in chip and power station production. Our innovative solution, the Optical Tensor Processing Unit (OTPU), is set to redefine performance and energy efficiency standards, creating unprecedented opportunities in the tech landscape for the coming decades.The Role:We are looking for a passionate and skilled Senior Mechanical Simulation Engineer to spearhead the analysis, simulation, and optimization of precision opto-mechanical systems and advanced substrate structures that are vital for the performance of our OTPUs. This role is perfect for a candidate with extensive experience in advanced simulations focusing on structural response (static and modal), thermal transfer, optical alignment, and fluid flow modeling. You will lead simulation-driven development of precision assemblies and materials that meet our stringent optical, thermal, mechanical, fluid flow, and reliability standards.Collaboration is key in this position. You will work closely with teams across mechanical, optical, electrical, and materials domains to ensure that our designs maintain exceptional stability, thermal performance, and structural integrity throughout manufacturing and operation.

About OLIXAt OLIX, we are at the forefront of the AI revolution, tackling the unprecedented demand for advanced computational capabilities. As the industry faces a significant infrastructure gap, we are redefining the hardware landscape with our revolutionary Optical Tensor Processing Unit (OTPU). This innovative technology promises unmatched performance and energy efficiency, setting the stage for the economic opportunities of the next century.Role OverviewJoin us as a Staff Engineer in Hardware Integration, where you will be the leading technical authority in your team, specializing in hardware-software integration across a critical segment of the OTPU stack. Your expertise will guide projects from pre-silicon design to post-silicon validation and sustainment engineering.We seek an experienced engineer who can set the technical vision for the team and tackle the most challenging engineering issues. Collaborating with the Engineering Manager, you will translate strategic priorities into actionable plans, drive technical decisions, and ensure the creation of reliable, maintainable solutions. Your hands-on expertise, sound engineering judgment, and influence through high-quality work will be pivotal to our success.Key ResponsibilitiesLead Technical Direction. Collaborate with the Engineering Manager to establish the technical focus for your team and take ownership of architectural decisions that influence the team's development and operational processes.Translate Priorities into Action. Partner with the Engineering Manager to decompose complex technical challenges into specific, implementable plans, ensuring the team is aligned on building effective solutions.Uphold Technical Excellence. Define the principles, interface agreements, and standards for the team—be it in firmware interfaces, ASIC validation methods, or interconnect fabric integration—ensuring consistent application across projects.Make Informed Technical Decisions. Own critical decision-making within your domain, which may include BSP and firmware architecture, ASIC validation approaches, or BMC platform design.Foster Team Alignment. Cultivate a shared understanding among engineers by ensuring clarity and rigor in technical discussions, facilitating well-reasoned decisions.

About OLIXAt OLIX, we are at the forefront of revolutionizing AI technology. As demand surges, we face an unprecedented infrastructure gap, and our current hardware architecture simply cannot keep pace. The future holds immense potential for those who can innovate beyond the limitations of outdated systems. OLIX is leading this charge with our Optical Tensor Processing Unit (OTPU), a breakthrough in performance and energy efficiency that surpasses existing solutions.The Role:In a world where speed is essential, OLIX is committed to creating seamless infrastructure for cutting-edge AI development. Every department—hardware, software, finance, and personnel—needs to operate with precision and efficiency. The Senior Business Operations Partner is pivotal to achieving this vision, tasked with designing, implementing, and scaling operational systems that enhance OLIX's efficiency tenfold. You will engage directly with internal teams, understanding their workflows, identifying friction points, and leveraging automation and AI to ensure processes run smoothly. Your mission is to eliminate obstacles proactively and establish robust foundations that will allow OLIX to grow from 50 to over 300 employees without sacrificing momentum.If you are passionate about dissecting complex workflows, uncovering hidden inefficiencies, and transforming them into streamlined, user-friendly solutions, OLIX is the place for you.Responsibilities:Identify bottlenecks, friction points, manual tasks, and cognitive overload across all departments, including People, Finance, Engineering, Labs, and Operations.Collaborate with teams to map their workflows, gain a deep understanding of their challenges, and co-develop practical solutions.Create AI-driven and automated workflows that relieve teams of repetitive tasks, enabling them to concentrate on high-impact projects.Spot opportunities to streamline multi-step processes into cohesive, user-friendly experiences.Approach each team as a customer, understanding their objectives, limitations, and unique scenarios.Rapidly prototype solutions, iterate based on user feedback, and deploy systems that deliver tangible value.Advocate for simplicity, ensuring that systems are intuitive and efficient.

About OLIXAt OLIX, we are at the forefront of revolutionizing technology. As the demand for artificial intelligence accelerates, we face an unprecedented infrastructure challenge. Traditional hardware approaches are becoming obsolete, and the industry stands on the brink of a transformative paradigm shift. Our flagship innovation, the Optical Tensor Processing Unit (OTPU), sets a new benchmark for performance and energy efficiency, positioning OLIX as a leader in the next century's technological evolution.The Role:We are in search of a skilled and proactive Senior FPGA Engineer to spearhead the design and implementation of control and interface functionalities within our OTPU system. This role encompasses both the delivery of production systems and advanced hardware prototyping, requiring expertise in high-bandwidth architectures, precision timing, transceivers, and sophisticated signal processing pipelines. Collaboration is key, as you will engage with teams across FPGA, ASIC, hardware, optical, and software disciplines.ResponsibilitiesDesign and implement FPGA subsystems and hardware modules tailored for high-performance systems.Develop and optimize high-speed interface subsystems, including PCIe Gen4 and multi-lane transceivers exceeding 25 Gb/s NRZ.Implement and validate link integrity features, encompassing BER measurement and error correction (ECC, including SECDED).Develop and integrate memory interfaces as dictated by system architecture.Contribute to hardware prototyping initiatives in support of silicon development.Work collaboratively with software engineers to facilitate low-level driver development and hardware control.Engage with hardware and optical engineers to ensure seamless system integration and synchronization.Implement timing-critical and real-time control logic.Conduct rigorous testing, validation, and performance optimization under challenging operating conditions.Debug complex hardware–software interactions and resolve system-level challenges.Skills & Experience5+ years of FPGA design experience, with a minimum of 3 years specializing in high-speed interfaces and signal processing pipelines.Strong expertise in VHDL/Verilog, simulation tools, and hardware debugging techniques.Proficient in using development environments and hardware description languages.Experience with FPGA toolchains and design methodologies.Excellent problem-solving skills and ability to work in a collaborative environment.Strong communication skills, both verbal and written.

About OLIXAt OLIX, we recognize that artificial intelligence is advancing at an unprecedented pace, far surpassing any technology evolution witnessed before. This rapid growth has unveiled a significant infrastructure deficit, making it increasingly challenging to produce chips or energy facilities swiftly enough to meet demand. Presently, the industry continues to utilize a decade-old hardware framework that has reached its peak efficiency. A revolutionary, more rapid, and efficient paradigm is poised to become the foremost economic opportunity of the coming century, giving rise to the most pivotal company of the next ten years. OLIX is at the forefront of this transformation, developing the Optical Tensor Processing Unit (OTPU) that delivers unmatched performance and energy efficiency, surpassing anything currently available.RoleWe are seeking an experienced Senior Assembly Manufacturing Engineer to oversee our front-end packaging processes as we transition from prototype to large-scale production. This pivotal role is about bringing concepts to life. You will be responsible for defining and managing substrate-level assembly processes, including flip-chip bonding, underfill, reflow, and inspection, while serving as the engineering liaison with contract manufacturers responsible for our hardware production. Setting high standards, you will drive Design for Manufacturing/Assembly (DFM/DFA) with our engineering teams, ensuring that every process is meticulously documented and prepared for volume production. With a proven track record in building and scaling front-end packaging processes, you will focus on yield improvement, knowing that the distinction between successful and flawed processes lies in the details. You thrive on tackling complex challenges on the factory floor, rather than merely documenting them.ResponsibilitiesAssembly Process Engineering & New Product Introduction (NPI)You will define and manage assembly processes for intricate electro-mechanical and opto-electronic module hardware, guiding these from initial prototypes through to production. Responsibilities include creating and maintaining manufacturing documentation such as assembly instructions, work standards, process flows, and build records. You will lead DFM/DFA reviews with the engineering teams to ensure that designs are feasible, repeatable, and cost-efficient. Additionally, you will oversee the assembly processes for substrate-level flip-chip bonding (FCB), ensuring stability and yield from the prototype stage to full production. You will also develop and enhance tooling, fixtures, jigs, and build aids to ensure consistent, high-quality assembly, establish readiness criteria for builds, and facilitate organized transitions from engineering to manufacturing. Your support will extend to NPI builds and pilot production, capturing insights and implementing improvements back into design and process definitions.Production Support & RampYou will assist in production ramp planning and execution, ensuring efficient scaling and operational success.

About OLIXAt OLIX, we are at the forefront of technological advancement, tackling the infrastructure challenges posed by the rapid growth of AI. As the demand for powerful computing resources escalates, we are redefining the landscape of chip manufacturing. Our groundbreaking Optical Tensor Processing Unit (OTPU) delivers unmatched performance and energy efficiency, setting new standards for the industry and paving the way for the next economic revolution.The Role:We are seeking an Engineering Manager for our Backend Compiler team to spearhead a dynamic group of six engineers. This team will focus on developing and optimizing our OTPU compiler backend, collaborating closely with frontend compiler, architecture, and ASIC teams for agile hardware-software co-design. Your leadership will ensure that our hardware performance is maximized while meeting production-quality standards.The ideal candidate will possess extensive experience in engineering management, driving exceptional results for both customers and the business. You will leverage your technical acumen and proven ability to cultivate high-performing teams that thrive in a collaborative, fast-paced environment.

Join OLIX: Pioneering the Future of AI HardwareAt OLIX, we are at the forefront of addressing the unprecedented growth of AI technology, which is reshaping industries and demanding a revolution in hardware infrastructure. Our flagship innovation, the Optical Tensor Processing Unit (OTPU), represents a paradigm shift in chip design, offering unparalleled performance and energy efficiency that current technologies cannot achieve.Your Role as a Staff Electronics EngineerWe are on the lookout for a talented Staff Electronics Engineer to spearhead the development of high-speed, mixed-signal, and compact power electronics that are integral to OLIX’s optical compute platforms. In this role, you will collaborate closely with teams across ASIC, FPGA, Optical, Mechanical, Firmware, and Systems to deliver cutting-edge, energy-efficient hardware solutions, including PCIe-based platforms and integrated systems operating at speeds exceeding 25–56Gb/s.You will report directly to the Electronics Engineering Manager, taking on both hands-on execution and strategic technical leadership in board-level and subsystem design.Key ResponsibilitiesArchitect and guide the technical direction of intricate high-layer-count PCBs and accelerator subsystems.Develop and implement signal integrity and power integrity strategies across entire product lines.Lead initiatives focused on energy-efficient hardware design and optimization of performance-per-watt.Conduct schematic and layout reviews, providing mentorship in high-speed design best practices.Oversee the complete product-level hardware development process from concept to production independently.Serve as a technical authority in cross-functional design discussions.Design and develop high-speed multilayer PCBs supporting serial interfaces such as PCIe Gen4/Gen5 and SERDES-based links.Implement and validate high-current, low-voltage power delivery systems for ASICs and FPGAs.Perform comprehensive signal integrity (SI) and power integrity (PI) analysis during schematic and layout phases.Define PCB stack-ups, routing constraints, impedance control strategies, and return path methodologies.

About OLIXAt OLIX, we are at the forefront of revolutionizing AI technology. As the demand for AI continues to skyrocket, the existing infrastructure is struggling to keep pace. Our innovative Optical Tensor Processing Unit (OTPU) is set to redefine performance and energy efficiency, paving the way for groundbreaking advancements in AI hardware.The RoleWe are seeking experienced Senior Compiler Engineers to join our dynamic team focused on developing the machine learning backend (compiler, runtime, and debugger) for our state-of-the-art OPTUs. You will play a crucial role in integrating major ML frameworks such as PyTorch, TensorFlow, JAX, and MXNet with our custom low-level kernel drivers. Your mission will be to ensure optimum performance for a diverse ecosystem of large AI models, collaborating closely with hardware and modeling teams to navigate device trade-offs.Key ResponsibilitiesProject Ownership: Take charge of and deliver projects within your team's roadmap that are critical to achieving impactful technical and business objectives for OLIX.Architect & Build: Design and implement the compiler, runtime, and debugger for PyTorch, TensorFlow, JAX, and MXNet tailored for our custom hardware.Optimize Performance: Utilize advanced optimization techniques (layout, fusion, scheduling, tiling) to eliminate bottlenecks and elevate throughput.Mentor & Uphold Standards: Conduct code reviews, guide peers, and promote best practices in ML backend and performance engineering within your team.Guide Team Direction: Stay ahead of emerging trends in GPU, AI accelerators, and optical computing; propose and prototype innovative solutions.QualificationsA minimum of 5 years of experience in software engineering, predominantly in C/C++ programming.In-depth knowledge of ML framework internals, compiler design, low-level programming, and optimization strategies.Extensive experience optimizing deep learning models using TensorFlow, PyTorch, or JAX.Proficiency in multiple tools and methodologies for compiler development and performance enhancement.

About OLIXAt OLIX, we are on the forefront of innovation in the artificial intelligence sector, addressing the urgent infrastructure challenges posed by the rapid expansion of AI technologies. The demand for advanced hardware has outpaced current capabilities, and we are determined to change that. Our flagship product, the Optical Tensor Processing Unit (OTPU), is designed to redefine performance and energy efficiency in chip technology, marking a significant leap forward in our industry.Role OverviewIn your role as Director of Software Engineering - Hardware Integration, you will spearhead a dynamic team responsible for the comprehensive integration of software and hardware across our OTPU architecture, including the ASIC, BMC, and photonic interconnect fabric, from the initial stages of development through to ongoing maintenance.We seek a visionary engineering leader who can influence the strategic direction of OLIX, utilizing your profound technical expertise to cultivate a high-performing organization that operates with agility and purpose. You will set the technical roadmap, prioritize critical initiatives, and foster an environment where exceptional engineers and engineering managers can thrive.Key ResponsibilitiesAlign Business Strategy with Technical Priorities: Transform long-term business objectives into actionable priorities that enhance both customer satisfaction and organizational performance, while discontinuing unproductive initiatives.Establish Vision and Direction: Define and communicate the long-term technical strategy for hardware-software integration throughout the OTPU stack and ensure accountability for the organization’s performance against this vision across the entire development lifecycle.Oversee Lifecycle Management: Lead engineering efforts encompassing pre-silicon (emulation and initialization), post-silicon (validation, characterization, and troubleshooting), and sustainment (ensuring production reliability and addressing field issues).Build and Nurture a High-Performance Team: Mentor managers to take true ownership of customer outcomes, focusing on building capable teams that deliver exceptional results.Define Technical Excellence: Establish architectural principles, conduct review cycles, implement systems engineering, and set quality benchmarks that the organization adheres to, from firmware interfaces to photonic fabric initialization.

About OLIXAt OLIX, we are at the forefront of a technological revolution. As AI technology evolves at an unprecedented rate, we face a significant infrastructure challenge. The old hardware paradigms are no longer sufficient to meet the skyrocketing demands of the industry. Our solution, the Optical Tensor Processing Unit (OTPU), is poised to redefine the standards of performance and energy efficiency, paving the way for the next century's economic advancements.The Role:We are seeking an Engineering Manager for our Frontend Compiler team. In this pivotal role, you will lead a dynamic group of six engineers, overseeing the frontend of our OTPU compiler stack. Your responsibilities will span from machine learning framework ingestion to MLIR-based intermediate representation (IR) design and its transformation. Collaborating closely with backend compiler teams, architecture, and customer integration teams, you will ensure that our frontend choices lead to a superior customer experience and optimal hardware performance.As an experienced engineering manager, you will harness your technical acumen and proven leadership skills to cultivate an exceptional team focused on achieving tangible customer and business outcomes. Your ability to foster tightly-knit collaboration across various disciplines will be crucial in driving our projects forward efficiently.

About OLIXAt OLIX, we are at the forefront of a technology revolution. The rapid growth of AI has unveiled a significant infrastructure gap, and traditional hardware designs are no longer sufficient to meet the soaring demand. Our innovative Optical Tensor Processing Unit (OTPU) is set to redefine the standards for performance and energy efficiency, paving the way for the future of computing.Role OverviewAs the Director of Software Engineering for Compiler & Architecture, you will lead a dynamic team focused on advancing our OTPU architecture. Your role will involve collaboration across various teams to translate technical innovations into tangible performance enhancements for our customers. We seek a visionary leader who possesses profound technical expertise and the ability to cultivate a high-performing engineering culture.Key ResponsibilitiesEstablish and communicate a clear vision for the Compiler and Architecture organization, overseeing all aspects of compiler development and performance modeling.Lead and develop a high-performing team, fostering a culture of ownership and accountability among managers and engineers.Define and uphold standards of technical excellence, establishing architectural principles and review processes that drive quality.Collaborate closely with hardware teams to shape ML inference strategies, making informed investment decisions on technology direction.Translate the company's strategic objectives into actionable priorities that enhance customer satisfaction and business success.Foster a productive and innovative work environment that balances speed and operational efficiency.

About OLIXIn the rapidly evolving realm of artificial intelligence, OLIX is at the forefront of innovation, addressing the critical infrastructure gap that has emerged due to unprecedented demand. Traditional hardware architectures are struggling to keep pace, and OLIX is poised to redefine the landscape with our groundbreaking Optical Tensor Processing Unit (OTPU), which delivers unmatched performance and energy efficiency.Role OverviewAs the Software Architect for Platform Integration, you will be a pivotal technical leader, guiding OLIX’s hyperscale AI infrastructure. Your expertise will span across cluster orchestration, platform management, networking, and field engineering, ensuring the seamless operation of our systems.Key ResponsibilitiesDefine the Technical Vision: Collaborate with the Software Engineering Director to establish and maintain the long-term technical roadmap for OLIX, ensuring architectural consistency throughout the platform's lifecycle.Architectural Strategy Implementation: Partner with cross-functional teams to translate business objectives into actionable architectural priorities and identify key areas for technical investment.Set Architectural Standards: Establish design principles, interface contracts, and organizational standards for scheduling, fleet operations, and platform management, ensuring compliance across teams.Technical Decision-Making: Take ownership of critical technical decisions across the platform stack, including orchestration, scheduling architecture, fleet management systems, and deployment strategies.Influence and Leadership: Foster collaboration across teams without relying on direct authority, effectively driving alignment and consensus on engineering decisions.

About OLIXAt OLIX, we are at the forefront of a technological revolution, creating the next-generation Optical Tensor Processing Unit (OTPU) that promises unmatched performance and energy efficiency. As AI rapidly evolves, we recognize the urgent need for innovative solutions that surpass outdated infrastructure. OLIX is dedicated to bridging the gap in AI capabilities, positioning ourselves as a leader in the next economic opportunity of the century.Role OverviewIn the role of Software Engineering Director - Platform Integration, you will spearhead a dynamic team of over 30 engineers and 5 managers across critical domains, including cluster orchestration, platform management, networking, and field engineering. Your leadership will be pivotal in ensuring OLIX’s systems function as a robust hyperscale AI infrastructure.We seek a visionary engineering leader who can shape OLIX’s trajectory and instill a culture of excellence. You will leverage your profound technical acumen to craft high-performing teams that operate with agility and purpose, establishing the technical roadmap that drives our company towards its objectives.Key ResponsibilitiesDefine and communicate a clear vision for Platform Integration, ensuring accountability across cluster orchestration, fleet management, networking, and deployment.Cultivate a high-performing organization by mentoring managers to prioritize customer outcomes and reliability.Establish standards for technical excellence, including architectural principles, review processes, and quality benchmarks.Guide the technical strategy for distributed AI workloads, making informed decisions on investments in cluster orchestration and management systems.Translate OLIX’s long-term business goals into actionable priorities that enhance customer and business outcomes.Foster a vibrant culture emphasizing innovation, speed, and operational excellence.QualificationsProven engineering leadership experience in software development and systems integration.Deep technical expertise in AI infrastructure and distributed computing.Exceptional communication and interpersonal skills, capable of inspiring teams.

Join comind as the Electronics Engineering Manager, where you will lead a dynamic team in developing cutting-edge electronic solutions. Your expertise will drive innovation and enhance our product offerings, making a significant impact in the technology landscape.

About OLIXAt OLIX, we are at the forefront of an AI revolution, addressing the rapid growth and demand that has outpaced current infrastructure capabilities. The existing hardware frameworks are reaching their limits, and we are innovating a new paradigm to redefine efficiency and performance in computing. Our groundbreaking Optical Tensor Processing Unit (OTPU) sets a new standard for energy efficiency and performance, positioning OLIX to become a leader in the technology of the future.The Role:As the Engineering Manager for Performance Modelling, you will spearhead a dynamic team of six engineers focused on the architecture specifications of the OTPU. Your role involves validating these specifications through rigorous performance modelling techniques including roofline, functional, cycle-accurate, and power modelling. Collaborating closely with compiler, ASIC, product, and business development teams, you will ensure that architectural decisions align with customer needs and business objectives.We seek a seasoned engineering manager who can inspire a talented team to achieve impactful results for our clients and the business. Your deep technical expertise and proven ability to foster a collaborative and high-performing team culture will be crucial to navigating the complexities of hardware/software co-design.

Join Olix as the Director of Technical Program Management, where you will spearhead strategic initiatives and lead cross-functional teams to deliver innovative technology solutions. Your expertise will be crucial in driving projects from conception to completion, ensuring alignment with organizational goals and industry standards.

About OLIXAt OLIX, we are at the forefront of a revolutionary transformation in AI technology. As demand for AI capabilities surges, the necessity for advanced infrastructure has never been more critical. The existing hardware frameworks are outdated, and we are committed to pioneering a new era of performance and efficiency. Our flagship product, the Optical Tensor Processing Unit (OTPU), is designed to surpass the limitations of current chip technology, delivering unmatched performance and energy efficiency.The Role:We are on the lookout for a talented Senior Laser Engineer with extensive expertise in VCSEL technology. This pivotal position involves leading the design and development of cutting-edge production-grade laser devices for our OTPU systems. You will engage in a comprehensive range of tasks including epitaxial design, device architecture, fabrication transfer, characterization, packaging interaction, and reliability assessment.Your role will encompass the entire process, leveraging first-principles physics to create manufacturable arrays that function at high speeds and densities. Collaboration with cross-functional teams in electronics, optics, packaging, and system architecture is essential to ensure that VCSEL performance aligns with our ambitious system-level goals for bandwidth, power, and reliability.

About OLIXAt OLIX, we are pioneering the future of artificial intelligence infrastructure. With the rapid acceleration of AI, the demand for advanced technology outpaces current capabilities, leaving a significant gap in infrastructure. Our company is on a mission to revolutionize this field by developing the Optical Tensor Processing Unit (OTPU), which delivers unmatched performance and energy efficiency, setting a new standard for hardware.Role OverviewAs the Software Architect specializing in Hardware Integration, you will take on a pivotal role as the leading technical expert in the integration of hardware and software across the OTPU. You will oversee the entire lifecycle from pre-silicon development to post-silicon support, ensuring seamless collaboration across various components including ASIC, BMC, and photonic interconnects.Key ResponsibilitiesDefine Technical Vision: Collaborate with the Software Engineering Director to establish a forward-thinking technical strategy for the OTPU stack, maintaining architectural integrity throughout the development process.Strategic Architecture Translation: Work alongside cross-functional teams to translate long-term business objectives into actionable architectural priorities, identifying key areas for technical investment.Establish Architectural Standards: Formulate the principles, interface contracts, and standards for the organization, ensuring consistency across all teams involved in the development process.Critical Decision-Making: Lead the technical decision-making processes at the intersection of hardware and software, including BSP and firmware architecture, ASIC validation strategies, BMC platform design, and interconnect fabric integration.Influential Leadership: Foster alignment across engineering teams by leveraging your expertise and influence, rather than relying solely on authority.