OLIX

You'll lead **physical design execution** for OLIX's custom compute die, driving **AI-enhanced methodology** and **world-class design flows**. Your work will define a new hardware paradigm for the AI era.

You'll own **end-to-end verification** of high-throughput digital pipelines for OLIX's groundbreaking Optical Tensor Processing Units. Your work ensures functional correctness from algorithmic models through RTL to silicon bring-up, directly impacting AI hardware performance. You'll collaborate across digital, optical, and mixed-signal teams in a fast-moving environment.

You'll own the mechanical architecture of **photonic subassemblies** for a company building the **Optical Tensor Processing Unit (OTPU)**. Your work spans CAD to cleanroom, ensuring precision alignment through thermal and mechanical challenges. You'll directly influence yield and reliability in a hands-on, cross-functional role.

You'll **support and guide people managers** at OLIX AI, a high-growth hardware company building the next-generation decoder accelerator. Your work will **shape people-practices and culture** to enable ambitious growth while ensuring compliance with UK and US employment law. This role offers **equity ownership and a $36k living-local bonus**.

You'll own day-to-day facilities operations for Olix AI's London HQ while remotely setting the standard for offices in Austin, Toronto, and Bristol. You'll lead the **relocation of ~150 people** into a new flagship office and ensure **health and safety compliance** across all global hubs. This role offers a unique chance to shape world-class workplaces at a rapidly scaling deep tech company.

You'll develop high-speed, mixed-signal electronics for OLIX's optical compute platform, working on PCIe-based systems at 25–56Gb/s+. Your work will directly enable the next-generation **OTPU** that achieves unmatched performance and energy efficiency. This role offers meaningful equity in a rapidly scaling company tackling the AI infrastructure gap.

You'll own **end-to-end verification** of high-throughput digital pipelines for our groundbreaking Optical Tensor Processing Unit. Your work will ensure **functional correctness** of silicon that powers next-generation AI hardware. This role offers the chance to join a **multidisciplinary team** at the intersection of digital, optical, and mixed-signal domains.

You'll **own end-to-end verification** of high-throughput digital pipelines for **breakthrough AI hardware** at OLIX. Your work ensures functional correctness from algorithmic models through to silicon bring-up. You'll join a multidisciplinary team where digital, optical, and mixed-signal domains converge.

You'll lead a team of 6 engineers defining **OTPU architecture specifications** and validating them through performance models. Your work will directly impact customer outcomes and business goals at **OLIX**, a company building the next-generation Optical Tensor Processing Unit. You'll partner closely with compiler, ASIC, and product teams to balance innovation with delivery timelines.

You'll own and scale end-to-end technical program execution across hardware, software, optics, and manufacturing, driving **program management strategy** and **cross-functional delivery** at scale. You'll build and lead a team of TPMs while partnering with engineering and product leadership to ensure flawless execution. This role is critical to transitioning from R&D to **full-scale manufacturing**.

You'll architect **hyperscale AI infrastructure** spanning cluster orchestration, fleet management, and networking for OLIX's next-generation hardware. Your work will directly shape the **technical vision** and architectural integrity across the full platform lifecycle. This is a rare opportunity to define the standards for an industry-defining company building the **fastest and most efficient computing paradigm**.

You'll lead the development of **VCSEL devices** for an **Optical Tensor Processing Unit (OTPU)** system. You'll own device design from epitaxy through to manufacturable arrays, ensuring performance meets system bandwidth and power targets.

You'll design next-generation optical interconnect architectures for AI data centers, including chip-to-chip, intra-tray, and rack-to-rack links using **co-packaged optics** and **planar lightwave circuits**. You will own system-level link budgets and drive integration with ASIC, RF, and packaging teams.

You'll lead **FPGA architecture** for OLIX's OTPU platform, defining high-speed subsystems and driving system-level design. Your work will directly enable **next-generation optical AI compute**, bridging FPGA prototyping and production. This role offers **deep technical leadership** in a fast-moving startup building the future of AI hardware.

You'll own **substrate-level assembly processes** for a new class of **optical compute hardware**, driving from prototype to production. You'll act as the **engineering interface with contract manufacturers** to ensure scalable, high-yield manufacturing.

You'll lead **packaging engineering** for next-generation AI hardware at **OLIX**, owning the full design flow from architecture to production readiness. Your work on advanced 2.5D and 3D packages will directly enable the company's breakthrough Optical Tensor Processing Unit (OTPU).

You'll lead **hardware-software integration** for the **OTPU stack** at OLIX, from pre-silicon through to production. You'll set technical direction and own the hardest engineering problems within your domain. This role offers **high impact** in a fast-growing company building a new computing paradigm.

You'll lead development of high-speed electronics for OLIX's optical compute platforms. You'll drive board-level and subsystem design, owning signal and power integrity strategy. This role offers **competitive salary** with **equity ownership** and **relocation support**.

You'll design and implement **FPGA subsystems** for our Optical Tensor Processing Unit (OTPU) system, working on **high-bandwidth architectures** with high-speed interfaces and signal processing pipelines. Your work will directly enable the next paradigm in AI hardware, achieving performance and efficiency impossible with existing chips.

You'll architect and implement high-throughput digital pipelines for OLIX's next-generation Optical Tensor Processing Unit (OTPU). You'll own end-to-end CMOS digital design from algorithm modeling to RTL and silicon bring-up, collaborating across optical, mixed-signal, and software teams. This role offers the chance to **join a fast-growing startup** building **breakthrough AI hardware** that redefines performance and energy efficiency.

You'll lead a team to verify digital subsystems of high-speed mixed-signal ASICs, ensuring **first-silicon success** and **on-schedule delivery**. You'll own end-to-end verification strategy from architecture through mass production, driving cross-functional alignment and execution speed.

You'll lead end-to-end verification of digital subsystems for our next-generation high-speed mixed-signal ASICs. Your core impact is ensuring **first-silicon success** on aggressive schedules with uncompromising quality. This role puts you at the centre of **the hardest problems in modern ASIC development**.

You'll own physical implementation for OLIX's next-generation accelerator silicon, from floorplanning to tape-out. You'll partner with circuit and digital teams to deliver high-performance analog and mixed-signal blocks. This role offers the chance to define layout methodology for **breakthrough AI hardware** and work on **advanced CMOS FinFET nodes**.

You'll be an integral part of OLIX's people operations, supporting a **fast-growing tech team**. You'll build and maintain people-practices and culture that underpin **ambitious growth plans**. This role offers the chance to work in a **high-performance, high-growth environment**.

You'll **own the DFT strategy** for next-generation AI accelerators at OLIX, architecting test architectures for complex digital pipelines. You'll **drive silicon bring-up** and pattern generation to ensure high yield and test coverage. This role offers **meaningful equity ownership** and a £24k living-local bonus.

You'll join OLIX to scale next-generation optical interconnects for AI infrastructure. You'll architect manufacturable hardware designs bridging photonics and ASICs. **This role drives the transition from lab prototype to high-volume production** in a fast-moving startup. **You'll own optical packaging and alignment processes** that are critical to DX-1 accelerator performance.

You'll translate optical interconnect architectures into scalable, manufacturable hardware at OLIX, focusing on **co-packaged optics integration** and **high-density fiber-optic systems**. You'll work hands-on across prototyping, validation, and production ramp to ensure designs are built at scale with high performance and reliability.

You'll lead the design of **high-speed SerDes blocks** for a **next-generation accelerator SoC** at OLIX, a company redefining hardware for the AI era. Your circuits will directly enable a step-change in system-level performance through rack-scale co-design.