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Master's Thesis: Design and layout of low power, low mismatch charge pump for PLL at 4 kelvin - Job Opportunity at Fraunhofer Research Institution for Microsystems and Solid State Technologies EMFT

München, Germany
Internship
Entry-level
Posted: February 5, 2025
On-site
EUR 25,000-30,000 per year (typical German Master's thesis compensation plus research institution benefits)

Benefits

Research experience in cutting-edge quantum computing technology
Mentorship from leading researchers
Access to advanced laboratory facilities
Networking opportunities within Fraunhofer's extensive research network
Professional development in specialized cryogenic electronics

Key Responsibilities

Conduct comprehensive literature review on cryogenic transistor characteristics and charge pump topologies
Develop behavioral models using Verilog-A
Design and verify transistor-level implementations
Create and validate circuit layouts
Document and present research findings
Support integration efforts and knowledge transfer

Requirements

Education

Current Master's student in Electrical/Electronics Engineering

Required Skills

Basic understanding of CMOS devices and operating regions Good understanding of analog design Stability analysis Mismatch analysis Current mirrors Amplifiers Transistor level design and simulation in cadence virtuoso Layout design Phase locked loop knowledge Independent thinking English and/or German language skills
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Sauge AI Market Intelligence

Industry Trends

Quantum computing hardware development is experiencing rapid growth with increasing focus on cryogenic electronics Specialized analog design skills for extreme conditions are becoming highly sought after in the quantum technology sector Integration of traditional CMOS design with quantum systems is emerging as a critical bridge technology

Role Significance

Likely part of a specialized research group of 5-10 members focused on cryogenic electronics
Entry-level research position with significant technical depth and potential for academic publication

Key Projects

Development of next-generation quantum computer control circuits Advancement of cryogenic CMOS design methodologies Integration of analog circuits with quantum systems

Success Factors

Deep understanding of analog circuit behavior in extreme conditions Strong theoretical foundation in CMOS design Ability to bridge theory and practical implementation Effective documentation and communication skills Independent research capabilities

Market Demand

High demand for specialized cryogenic electronics expertise, particularly in quantum computing applications. This niche skill set is critical for advancing quantum computer control systems.

Important Skills

Critical Skills

Analog circuit design for extreme conditions - fundamental for quantum computing applications CMOS device physics understanding - essential for cryogenic operation Layout and simulation expertise - crucial for practical implementation

Beneficial Skills

Quantum computing principles Cryogenic testing methodologies Scientific documentation Project management

Unique Aspects

Rare opportunity to work on quantum computing hardware
Experience with extreme condition electronics design
Combination of theoretical research and practical implementation
Access to advanced cryogenic testing facilities

Career Growth

6-12 months for thesis completion, with potential for continued research or industry positions in quantum computing sector

Potential Next Roles

PhD in Quantum Engineering Research Scientist in Quantum Computing Hardware Analog Design Engineer in Quantum Technologies Cryogenic Electronics Specialist

Company Overview

Fraunhofer Research Institution for Microsystems and Solid State Technologies EMFT

Fraunhofer is Europe's largest applied research organization with a strong focus on practical innovation and industry collaboration

Leading position in applied research with extensive industry partnerships and government funding
Major presence in German research landscape with significant international collaboration networks
Research-driven environment emphasizing innovation, collaboration, and practical applications of cutting-edge technology
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