Location: Stansted
Working Model: Hybrid (Office: Mon - Thurs)
Our Team:
Semtech Corporation is a global leader in high-performance analog and mixed-signal semiconductors, delivering advanced solutions that enable next-generation infrastructure, industrial systems, consumer electronics, and communications technologies.
With over 60 years of innovation, Semtech develops differentiated semiconductor platforms recognised for performance, efficiency, and scalability across a wide range of end markets including data centres, automotive, IoT, wireless infrastructure, and passive optical networks.
This role sits within a world-class IC development team based in Stansted (UK) and Ottawa (Canada), working on high-speed transimpedance amplifier (TIA) and laser driver (LD) ICs supporting data rates up to 200G. These technologies are fundamental to enabling continued growth in data centres, 5G networks, and fibre-to-the-home applications.
You will report into the Design Centre Manager and contribute directly to the development of next-generation high-speed analogue IC products from concept through to volume production.
Job Summary:
As an Analog IC Design Engineer, you will contribute directly to the design and development of complex analogue and mixed-signal subsystems across multiple high-speed IC programmes.
You will apply strong circuit-level design expertise to deliver robust, high-performance solutions while supporting the definition and optimisation of chip architecture to meet demanding performance, power, and area targets.
You will work closely with senior design engineers and cross-functional teams to ensure successful execution from concept through design, validation, and production.
Responsibilities:
1. Work closely with the Design Lead to support chip development and take ownership of key analogue subsystems within larger IC programmes (20%).
2. Deliver circuit and block-level analogue designs that meet performance, power, area, and reliability specifications defined by Product Definition and Marketing teams (20%).
3. Collaborate closely with Layout Engineering teams to ensure post-layout performance alignment, including parasitic awareness and design optimisation (15%).
4. Support end-to-end verification activities, ensuring simulated performance correlates with lab measurements during validation and bring-up phases (10%).
5. Work cross-functionally with Marketing, Product Definition, Test, Verification, Reliability, and Product Engineering teams to ensure design alignment with system requirements (10%).
6. Contribute to innovative circuit solutions and continuous improvement of analogue design methodologies and architectures (10%).
7. Communicate and present technical work clearly and effectively to internal engineering teams and wider project stakeholders (10%).
8. Support design reviews and contribute to technical discussions, ensuring high-quality engineering outputs and adherence to programme schedules (5%).
Minimum Qualifications:
9. Bachelor’s degree in Electrical Engineering or related technical discipline required
10. 0–2 years of relevant industry experience in Analog IC design required
11. Strong understanding of CMOS/BiCMOS analog circuit design principles and semiconductor device physics
12. Good technical grounding in circuit theory, device behaviour, and design trade-offs (performance, power, area)
13. Experience using Cadence design and simulation tools
14. Strong written and verbal communication skills in English
Desired Qualifications:
15. Master’s degree (MSc) or specialised analog IC design training preferred
16. Exposure to RF / high-speed analog design (10GHz+) preferred
17. Experience with Laser Driver and/or TIA circuit design preferred
18. Understanding of RF/analog layout principles including floorplanning, parasitics, matching, ESD, crosstalk, and IR drop
19. Exposure to high-frequency passive design (e.g. inductors, T-coils) and 3D modelling techniques
20. Knowledge of device modelling (Verilog-AMS, SystemVerilog or equivalent)
21. Understanding of DFM, yield optimisation, and semiconductor reliability principles
Important Qualities:
22. Structured thinking with strong attention to detail
23. Clear and confident communication skills, both written and verbal
24. Collaborative mindset with ability to contribute within multidisciplinary teams
25. Willingness to challenge ideas constructively and engage in technical debate
26. Self-motivated with strong drive for technical excellence and continuous learning
Career Growth Philosophy:
At Semtech, we seek innovation and leadership from every member of our team. We invest in our people with the support, resources, and opportunity to excel — and we recognise and reward those who drive results.
This role provides a strong foundation for technical development in high-speed analog IC design, with clear opportunities to grow within a world-class engineering organisation.
Additional Notes:
The intent of this job description is to describe the major duties and responsibilities performed by incumbents of this job. Incumbents may be required to perform additional job-related tasks as needed.
All duties and responsibilities are essential job functions and may be adjusted to reasonably accommodate individuals with disabilities.