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- Tasks: Lead the design and validation of high-speed analog circuits for cutting-edge AI technology.
- Company: Join Flux Computing, a pioneer in optical processors for AI models, based in London.
- Benefits: Enjoy a competitive salary, stock options, comprehensive healthcare, and access to an in-house 3D printer.
- Why this job: Be part of a dynamic team pushing the boundaries of AI in a fast-paced, innovative environment.
- Qualifications: 7+ years in CMOS design, strong problem-solving skills, and a degree in Electrical Engineering required.
- Other info: Work from our vibrant Kings Cross HQ and earn extra incentives for shorter commutes.
The predicted salary is between 81000 - 189000 ÂŁ per year.
Flux Computing designs and manufactures optical processors to train and run inference on large AI models. Join us in London to be part of a highly motivated and skilled team that thrives on delivering impact and innovation at speed.
The Role
Weâre searching for a Senior/Staff/Principal Analog Design Engineer with a strong focus on CMOS analogue design to lead the design, validation and productisation of ultraâhighâspeed (>10GHz) transimpedance amplifiers that sit at the electrical-optical front end of our OTPU . The role demands deep expertise in lowânoise, wideâbandwidth analog circuit design, simulation and measurement. The ideal candidate will pair a solid grounding in semiconductor physics with a passion for building reliable, productionâworthy TIAs that unlock new levels of AIâhardware performance.
Responsibilities
- Design and develop highâspeed CMOS TIAs â from schematic through postâlayout verification, lab bringâup and production test â meeting stringent bandwidth, inputâreferredânoise and linearity targets for our optical links.
- Work handâinâhand with optoâelectronic and packaging teams to coâdesign the photodiode, package, and PCB interconnect that surround the TIA, ensuring seamless system integration.
- Analyse circuit performance, identify bottlenecks (e.g. excess input capacitance, stability, power), and implement innovative solutions such as inductive peaking, active feedback, or processâcorner tuning to optimise speed, noise and power.
- Mentor junior engineers, run inâdepth design and layout reviews, and champion bestâpractice methodologies for highâfrequency, lowânoise analog design.
- Track and bring into the team the latest advances in TIA architectures, CMOS processes, RFâEDA flows and test techniques to keep Flux at the cutting edge.
Skills & Experience
- 7+years of industry experience in CMOS integratedâcircuit design with a primary focus on highâspeed, lowânoise analog front ends (TIA, LNA, or similar).
- Mastery of analog/RF EDA flows: schematic capture, SPICE and Sâparameter simulation, layout and parasitic extraction, and postâsilicon characterisation.
- Proven track record of meeting subâpA/âHz inputâreferred noise, multiâ10âGHz bandwidth and tight power budgets in a shipping product.
- Bachelorâs degree in Electrical Engineering (or related); Masterâs / PhD a plus.
- Strong problemâsolving skills, especially in feedback stability, transmissionâline effects, package modelling and deâembedding.
- Excellent collaboration and communication abilities for effective crossâdisciplinary teamwork.
- Demonstrated success in fastâpaced environments where innovation and rapid iteration are paramount.
- A portfolio of personal or openâsource projects â or published papers/patents â that highlights creative analog or RF design thinking.
- Competitive salary: ÂŁ135k+, depending on experience.
- Stock options in a rapidly growing AI company.
- Based in our new 5,000 sq. ft. office in the AI hub of Kings Cross, London.
- To foster collaboration in our high-growth environment, we require all employees to work from our London HQ and live within a 45-minute commute. We offer an extra ÂŁ24,000/year incentive for those living within 20 minutes.
- Comprehensive healthcare insurance.
- Private access to our in-house 3D printer.
If you are passionate about pushing the boundaries of what\’s possible in AI and thrive in a high-energy, fast-paced environment, we want to hear from you. Apply now to join Flux and be a key player in shaping the future of computing.
Seniority level
-
Seniority level
Mid-Senior level
Employment type
-
Employment type
Full-time
-
Industries
Semiconductor Manufacturing
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Senior / Staff / Principal Analog Design Engineer - TIA employer: Flux Computing
Contact Detail:
Flux Computing Recruiting Team
StudySmarter Expert Advice đ¤Ť
We think this is how you could land Senior / Staff / Principal Analog Design Engineer - TIA
â¨Tip Number 1
Network with professionals in the semiconductor and AI fields. Attend industry conferences, workshops, or meetups in London to connect with potential colleagues at Flux Computing. Building relationships can often lead to referrals, which significantly increase your chances of landing an interview.
â¨Tip Number 2
Showcase your expertise by engaging in relevant online communities or forums. Share your insights on CMOS analogue design and participate in discussions about high-speed TIAs. This not only demonstrates your knowledge but also helps you get noticed by recruiters looking for candidates with your skill set.
â¨Tip Number 3
Consider creating a portfolio that highlights your past projects, especially those related to high-speed, low-noise analog design. Include any personal or open-source projects, published papers, or patents. A strong portfolio can set you apart from other candidates and showcase your innovative thinking.
â¨Tip Number 4
Stay updated on the latest trends and technologies in TIA architectures and CMOS processes. Follow industry news, read relevant journals, and participate in webinars. Being knowledgeable about current advancements will not only prepare you for interviews but also demonstrate your commitment to continuous learning.
We think you need these skills to ace Senior / Staff / Principal Analog Design Engineer - TIA
Some tips for your application đŤĄ
Tailor Your CV: Make sure your CV highlights your experience in CMOS integrated-circuit design, especially focusing on high-speed, low-noise analog front ends. Use specific examples of projects where you've met stringent performance targets.
Craft a Compelling Cover Letter: In your cover letter, express your passion for AI and innovation. Mention your expertise in designing TIAs and how your skills align with the responsibilities outlined in the job description. Be sure to include any relevant projects or publications.
Showcase Your Problem-Solving Skills: Provide examples in your application that demonstrate your problem-solving abilities, particularly in areas like feedback stability and transmission-line effects. This will show that you can tackle the challenges mentioned in the job description.
Highlight Collaboration Experience: Since the role requires effective cross-disciplinary teamwork, include instances where you've successfully collaborated with other teams, such as opto-electronic or packaging teams, to achieve project goals.
How to prepare for a job interview at Flux Computing
â¨Showcase Your Technical Expertise
Be prepared to discuss your experience with CMOS analogue design in detail. Highlight specific projects where you designed high-speed TIAs, focusing on the challenges you faced and how you overcame them. This will demonstrate your deep understanding of the subject matter.
â¨Prepare for Problem-Solving Questions
Expect questions that assess your problem-solving skills, especially related to feedback stability and transmission-line effects. Practice articulating your thought process when tackling complex circuit performance issues, as this will showcase your analytical abilities.
â¨Emphasise Collaboration Skills
Since the role involves working closely with opto-electronic and packaging teams, be ready to discuss your experience in cross-disciplinary teamwork. Share examples of how you've successfully collaborated on projects, highlighting your communication skills and ability to mentor others.
â¨Stay Updated on Industry Trends
Demonstrate your passion for the field by discussing recent advances in TIA architectures or CMOS processes. Mention any relevant personal or open-source projects, published papers, or patents that reflect your commitment to staying at the cutting edge of technology.
