Key Facts

Remote From:

Full time

English

Hard Skills

Chip Design Microarchitecture Hardware Support Critical Design Review (CDR) Computer Architecture Python (Programming Language) Programming Languages GPU Optimization Direct Programming Interface Microprocessor Architecture Formal Methods C (Programming Language)

Other Skills

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Teamwork
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Communication
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Problem Solving
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Analytical Skills

Roles & Responsibilities

Expertise in digital IC design and RTL at IP or SoC level
Proficiency in ASIC/FPGA design tools and optimisation techniques
Strong analytical and problem-solving abilities
Experience with verification methodologies (UVM, assertions, formal verification)

Requirements:

Develop and optimise digital silicon designs in collaboration with verification and validation teams
Define microarchitecture specifications and execution plans
Balance performance trade-offs (speed, power, area) through in-depth analysis
Participate in design reviews and contribute to a high-quality design environment

Job description

Silicon Design Engineer

Location: Bristol, Cambridge, or Manchester

Overview:

Join a cutting-edge technology team shaping next-generation mobile, smart, and connected solutions. As a Silicon Design Engineer, you'll design, optimise, and debug complex hardware modules, ensuring high performance, efficiency, and reliability.

Responsibilities:

Develop and optimise digital silicon designs in collaboration with verification and validation teams.
Define microarchitecture specifications and execution plans.
Balance performance trade-offs (speed, power, area) through in-depth analysis.
Participate in design reviews and contribute to a high-quality design environment.
Utilise industry-leading tools and methodologies to enhance silicon design.

About You:

You are a proactive problem solver with a strong technical background in silicon design. A skilled communicator and collaborator, you thrive in a fast-paced, innovative environment.

Required Skills:

Expertise in digital IC design and RTL at IP or SoC level.
Proficiency in ASIC/FPGA design tools and optimisation techniques.
Strong analytical and problem-solving abilities.

Preferred Skills:

Experience with verification methodologies (UVM, assertions, formal verification).
Knowledge of CPU/GPU/DSP architectures.
Proficiency in SystemVerilog, C, Python, or scripting languages.