Graduate Engineer – Electronics/IC DesignNovomorphic Ltd • Wales, England, United Kingdom
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Graduate Engineer – Electronics/IC Design
Novomorphic Ltd
- Wales, England, United Kingdom
- Wales, England, United Kingdom
À propos
Novomorphic is a new venture backed by Cadence Design Systems, Welsh Government, and CSA Catapult – established to build critical semiconductor design capability in the UK. Our mission is clear: deliver advanced IC and electronic system design services to support SMEs, scale‑ups and large organisations while growing the UK’s talent base in digital, mixed‑signal, and compound semiconductors.
We’re building a company from the ground up—with a culture of ownership, speed, and technical excellence. Everyone who joins has a real stake in shaping the business and its success.
This graduate opportunity is ideal for those who want more than a standard entry‑level role. You’ll be exposed to real design environments early in your journey, using industry‑standard tools like Cadence and contributing to solutions across AI, power electronics, telecoms, defence, aerospace, and more. Whether you come from a BSc, BEng, MSc, MEng, or PhD background, you’ll develop your engineering skills under the guidance of world‑class mentors with a tailored and intensive training programme.
Position Overview Novomorphic is seeking up to eight talented and driven graduate engineers to join our growing team. This is a hands‑on engineering role designed for high‑potential graduates who want to grow into roles in IC and electronics design across sectors such as AI, power electronics, automotive, aerospace, telecoms, and defence. You’ll gain experience in design, validation, IP development, and system‑level thinking—supported by experienced engineers and best‑in‑class tools.
Core Responsibilities and Skills We welcome candidates with experience or interest in any of the following domains—our work spans multiple sectors, and each brings unique challenges and opportunities to learn and grow.
Design and Development
Support the design, simulation, and validation of electronic systems and integrated circuits across digital, analogue, mixed‑signal, and power domains.
Depending on your background, projects may include:
AI & Compute
– accelerators and smart edge processors.
Automotive & Aerospace
– ADAS, electrification, and safety systems.
Telecoms & RF
– 5G/6G, RF front‑ends, and comms systems.
Power & Energy
– DC‑DC converters, PMICs, and energy‑efficient electronics.
Help optimise designs for power, performance, and robustness.
Collaboration and Learning
Work with senior engineers, architects, and validation experts, including our partners.
Participate in knowledge sharing, design reviews, and team‑based problem solving.
Learn from hands‑on mentorship, with regular feedback and structured onboarding focused on Cadence toolchains and IC design methodology.
Innovation and IP Contribution
Support development of reusable IP and contribute to innovation pipelines.
Assist in documenting and validating IP for inclusion in our growing portfolio.
Explore emerging areas such as neuromorphic computing, wide‑bandgap semiconductors, and advanced packaging.
Preferred Qualifications Candidate Profile Education
BSc, BEng, MSc, MEng, or PhD in Electrical, Electronic, or Computer Engineering, or a closely related field.
Academic focus may include:
AI hardware and accelerators
Power electronics and energy systems
RF, telecoms, or wireless systems
Automotive or aerospace electronics
Digital, analogue, or mixed‑signal circuit design
Experience
Practical experience in electronics or IC design—from research, industrial placements, internships, or technical projects.
Comfortable with schematics, simulation, layout, or verification workflows.
Exposure to design tools such as Cadence, MATLAB, Simulink, LTspice, ModelSim, or similar.
Familiarity with HDL languages like VHDL or Verilog.
Technical & Behavioural Skills
Strong analytical thinking and problem‑solving ability.
Curiosity and adaptability in a fast‑paced, multidisciplinary environment.
A collaborative approach, with clear communication and a proactive mindset.
Enthusiasm for learning and a positive “Can do” attitude aligned to a start‑up environment.
Preferred (Not Essential)
Experience with verification, validation, or lab testing of electronic systems.
Familiarity with industry practices or standards (e.g., automotive, telecoms).
Involvement in IP development, open hardware, or innovation projects.
What Success Looks Like We value progress, contribution, and initiative. Early indicators of success include:
Active engagement in onboarding and early training activities.
Delivery of high‑quality work on assigned technical tasks.
Meaningful contribution to project teams and internal IP.
Participation in design reviews and collaboration forums.
Growth towards independent technical ownership within 6–12 months.
Other Information / Benefits
28 days’ annual leave plus bank holidays
Full‑time Cardiff
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Compétences linguistiques
- English
Avis aux utilisateurs
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