We are seeking a highly motivated technologist to join our Advanced Technology team in Edinburgh. This role focuses on exploring, developing and demonstrating novel technology and architecture concepts for future product differentiation in a fast-moving, exploratory environment.
Working in close collaboration with senior technical leaders, you will take early-stage ideas through feasibility assessment, test chip implementation, silicon validation, and prototype demonstration. You will evaluate the practicality of new approaches, identify key risks and trade-offs, and find pragmatic ways to combine mathematics, analog / mixed-signal circuit design, and algorithms to address complex problems.
Key Responsibilities:
- Develop and advance new technology concepts from early-stage ideas through to demonstrated feasibility
- Assess feasibility and practicality of novel approaches, identifying key risks, trade-offs, and fundamental limitations
- Design and implement transistor-level circuits to validate new concepts on test chips
- Develop prototypes prove out and demonstrate potential solutions
- Analyse experimental data, modelling, and simulation results to guide technical direction
- Drive silicon bring-up, lab validation, debug, and characterisation of prototype designs
- Iterate quickly when results do not meet expectations, refining concepts and implementations to converge on viable solutions
- Present findings clearly and contribute to technical reviews through effective communication and documentation
- Directly contribute to product competitiveness by establishing that new features and solutions are feasible, advantageous, and robust for product use
- Identify high-value mid- and long-term technical challenges and opportunities to drive innovation
- Challenge existing approaches and thinking within the wider organisation to drive innovation
Required Skills and Qualifications:
- Strong background in analog / mixed-signal IC design at transistor level
- Deep understanding of CMOS analog fundamentals, including noise, stability, linearity, and device behaviour
- Proven experience taking designs from concept through simulation, silicon implementation, and lab validation
- Ability to assess feasibility of early-stage concepts, asking the right questions, identifying key risks and trade-offs, and filling gaps in incomplete problem definitions
- Strong problem-solving skills, with the ability to expose both conceptual and implementation issues quickly and iterate toward solutions
- Ability to work across disciplines, combining circuit design with algorithms, modelling, and system-level thinking
- Proficient data analysis skills, with the ability to analyse complex data sets to identify issues and guide iteration
- Strong communication skills, with the ability to present findings clearly, support technical discussions, and influence direction across the team
- Fluency with industry-standard design, prototyping and modelling tools (e.g., Spectre, Cadence, MATLAB, Python)
- Degree in Electrical / Electronic Engineering or related discipline (preferably grade 2:1 or better); advanced degree (MSc/PhD) advantageous
Preferred Skills and Qualifications:
- Experience with GaN circuit or system design
- Background in one or more relevant domains (e.g., data converters, power management, sensor interfaces, audio, or RF/PLL systems)
- Experience developing early-stage test chips on immature processes with partial PDK and modelling capability
- Experience using scripting languages (e.g. Python, Ocean / SKILL) to automate simulation, data processing, and analysis tasks



