Job Openings
IC Designer (Cryogenic CMOS | Quantum Computing)
About the job IC Designer (Cryogenic CMOS | Quantum Computing)
Job Title:
IC Designer (Cryogenic CMOS | Quantum Computing)
Location:
Espoo, Finland
Salary:
€4,000 – €6,500 per month (Gross)
Job Type:
Full-time
Overview:
We are seeking an IC Designer to contribute to the development of cryogenic CMOS technologies for next-generation quantum computing systems. This role involves designing and optimizing integrated circuits for operation in cryogenic and wide-temperature environments.
The ideal candidate will have strong experience in CMOS circuit design and will work closely with cross-functional teams across design, modeling, and validation.
Key Responsibilities:
- Design integrated circuits for cryogenic and wide-temperature environments
- Contribute to PDK development and customization
- Collaborate with cross-functional teams to optimize circuit performance
- Work across analog, mixed-signal, RF, and digital design domains
- Support modeling, simulation, validation, and full IC design lifecycle
- Perform circuit simulations using industry-standard tools
Requirements:
Must Have:
- Strong experience in CMOS circuit design
- Background in analog, RF, mixed-signal, or digital IC design
- Understanding of semiconductor device physics, layout, and parasitics
- Experience with Verilog, Verilog-A, and SPICE simulation tools
- Familiarity with Python, MATLAB, or scripting languages
- Experience with CAD tools and PDK environments
- Fluent English communication skills
Nice to Have:
- Experience with custom PDK development
- Knowledge of cryogenic electronics
- Exposure to PCB design or lab validation
- Semiconductor industry experience
Candidate Profile:
- Strong analytical and problem-solving skills
- Detail-oriented with a hands-on engineering mindset
- Comfortable working in a fast-paced, research-driven environment
- Ability to collaborate across multidisciplinary teams
Work Environment:
- Research-driven, fast-paced engineering environment
- Collaboration across hardware, physics, and semiconductor domains