Analog Lead Circuit Design Engineer

Transforming ideas into chips with cutting-edge technology and unparalleled expertise
With over 20 years of expertise in this field, Capgemini Engineering leverages its deep knowledge to help semiconductor companies bring chips to industry. Our team of 400+ silicon engineers, across 5 countries, is committed to delivering innovative solutions that power the digital world, positioning Silicon Engineering at the heart of our ambition for Intelligent Industry.
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Partnering with industry giants like and , our mission is to empower our clients to succeed by delivering top-tier solutions across the entire chip lifecycle:

• : From RTL (Register Transfer Level) to GDSII (Graphic Data System Version II), we provide comprehensive design services, ensuring precision and high performance at every stage.

• Software and Hardware Engineering Services : We prepare chips for development and tailor platforms and products to meet the specific needs of diverse end markets.

Our silicon engineering expertise bridges the gap between industry demands and real-world applications. By integrating cutting-edge technology, deep knowledge, and a collaborative network, our engineers work across key areas including Analog Circuit Design, Digital Circuit Design, Analog Mixed-Signal Verification, Digital Verification, Firmware Development, and Emulation and Laboratory Validation.
Discover detailed job descriptions, including key responsibilities and required skills. Find the perfect role that matches your expertise and ambitions at Capgemini Engineering and apply now!
Analog Lead Circuit Design Engineer
Design Verification (DV) Senior Engineer
Physical Design (PD) Senior Engineer
Register Transfer Level (RTL) Senior Engineer

Analog Lead Circuit Design Engineer
Highly motivated and dynamic engineer able to adopt new technology quickly Understanding of advanced CMOS process nodes and SoC design flows Experience with tools for schematic entry, simulation, spice models, and IC production effects Proficient knowledge of UNIX/Linux and fluent English M.Sc.EE or equivalent degree in Electronics, Computer Science, or Electrical engineering
Experience with state-of-the-art analog design tools Experience with different implementation technologies Understanding of advanced CMOS process nodes and SoC design flows Experience with tools for physical layout, schematic entry, and physical verification Proficient knowledge of UNIX/Linux and fluent English M. Sc. EE or equivalent degree in Electronics, Computer Science, or Electrical engineering
Design Verification (DV) Senior Engineer
Own verification of IPs and SoCs in prototype and SoC design environment Establish functional and performance benchmarks Lead the definition, execution, and continuous improvement of a robust design verification (DV) methodology and tools flow across different verification platforms IP and SoC design verification (DV), from the RTL level to emulation, resulting in fully functional and performant IPs/SoCs Hands-on experience using an industry-standard verification methodology (UVM/VMM) Hands-on experience with Verilog/System Verilog or VHDL skills
Physical Design (PD) Senior Engineer
Responsible for all aspects of Physical Design in full chip or block level in extremely advanced technologies nodes (10nm and below) In depth Floorplanning, partitioning/budgeting, power mesh distribution, clock tree planning, and analysis, Scan re-ordering, placement, CTS, place, and routeCover all relevant activities related to timing analysis (closure through sign-off including SI/noise) ECO tasks (both functional and timing) In charge of all validation/qualification tasks: Formal Verification, EM/IR, DRC, LVS, Antenna, ERC analysis, and fixes Be part of the overall Low Power solution development and implementation Develop/enhance timing-related scripts for clock skew analysis, critical path analysis, various IO interfaces, constraints partitioning/budgeting (from top level to block level) Complete multiple design cycles of high complexity with little supervision
Register Transfer Level (RTL) Senior Engineer
Register Transfer Level (RTL) has a multi-lateral spectrum of increasing complexity which involves a deep understanding of cutting-edge designs and technologies, methods, and developing flows and tools as necessary in support of the design process Own feasibility studies for defining the system architecture, requirements, and external interfaces Develop microarchitecture and logic design in collaboration with functional leads to deliver design from architecture to tape-out Perform RTL coding, Lint checks, CDC tests, and creating timing constraint files Work closely with Synthesis, STA, PD, and DFT teams to meet all functional requirements, performance, power, and area goals Develop flows and tools as necessary in support of design activities
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Silicon engineering at its best. At Capgemini Engineering, we operate at the forefront of technology, collaborating with both European and global companies from our 12 delivery centers in Romania, Ukraine, Poland, Serbia, and Greece. Here's why our presence in Eastern Europe sets us apart:
The European time zone provides a smooth collaboration with our clients, enabling effective communication and project management.
We promote a diverse, inclusive work environment that fosters innovation, creativity, and continuous learning, all within a supportive, growth-oriented environment.
Our strategic location in Europe allows us to explore and leverage geopolitical trends, providing stability and growth opportunities for our projects and clients.
We collaborate with leading industry partners, including AMD, ARM, Cadence, Intel Foundry, Siemens, Synopsys, and Xilinx, and hold ISO 9001, ISO 27001, ISO 13485, ISO 14001, ISO 22301, ISO26262, Automotive Spice, and TISAX certifications.
Our team of engineers at Capgemini have been recognized as winners of the IC Design Contest at the recent SMACD 2024 event, held in Volos, Greece.
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Join us to drive global digital transformation with scalable solutions, leveraging our digital engineering expertise to unlock innovation and value. As a Silicon engineer, you’ll work on cutting-edge projects, collaborate with a global team, and create real-world solutions that drive progress and sustainability. Here’s a look at some of our recent achievements:
Front-end design and verification for Automotive Zonal Computing Chip based on ARM architecture for a world’s leading supplier of automotive semiconductor solutions. Capgemini Engineering delivered an upgraded automotive-qualified, high-performance, single-chip, a successor of Stellar G5.
Front-end silicon engineering for 5G Advanced RAN Compute.
Full in-house development of a System on Chip (SoC) for a processing device of image obtained from Thermal/Infrared camera.
Cutting-edge accelerator designed for high-performance computing (HPC) and artificial intelligence (AI) applications. It integrates CPU and GPU components with shared memory, enhancing efficiency and programmability.
High-performance system-on-chip (SoC) designed for supercomputing applications. It features a robust 72-core configuration based on the Arm Neoverse Zeus architecture, interconnected using a mesh network.
Find out what our engineers have to say!
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From the moment you apply, we take care of everything. Enjoy a seamless relocation experience with our comprehensive support, including:
Be part of a team that collaborates on large-scale projects with leading CPU builders to create impactful silicon solutions, from cutting-edge semiconductor designs to the autonomous vehicles, generative AI and 6G mobile networks.
Work with the latest tools and technologies in silicon engineering, staying at the forefront of the industry.
We support both vertical and horizontal career development. With over seventy training tracks and certification opportunities (e.g., MS Azure, AWS, Google) on our NEXT training platform, you can grow your skills and explore new roles.
Take advantage of our , which offers opportunities to work on various projects across our global network. Explore different roles and grow your expertise by collaborating with experts worldwide.
Benefit from our flexible working policy, which lets you work temporarily in over 25 countries for up to 45 days a year, allowing you to customize your work environment and enjoy international experiences.
Apply now and be a key player in our mission to engineer the future. Follow our simple application process to start your journey with Capgemini Engineering today. This is your chance to not only glimpse what’s next in the microelectronics industry but also to make a real impact on vital projects that matter to the world today. Let us engineer the future, one chip at a time.
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Reach out to our recruitment experts for more information about career opportunities and how you can join our innovative team.