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Analog IC Design Engineer - Job Opportunity at InnoSens GmbH

Freiburg im Breisgau, Germany
Full-time
Entry-level
Posted: July 27, 2025
Hybrid
EUR 55,000 per year

Benefits

Permanent employment contract providing long-term job security and career stability in the competitive semiconductor industry
Hybrid remote work arrangement offering flexibility to balance on-site collaboration with productive home-based work
Location-based advantage in Freiburg's emerging tech ecosystem with access to both German and Swiss markets

Key Responsibilities

Lead development of cutting-edge analog and mixed-signal ASIC circuits for MEMS sensors, directly impacting next-generation sensor technology advancement
Execute comprehensive circuit design from conceptualization to implementation, driving innovation in block and transistor-level analog circuit architectures
Collaborate strategically with cross-functional engineering teams to deliver integrated solutions that meet stringent performance specifications
Create critical technical documentation and design specifications that guide product development and ensure successful project execution
Optimize circuit designs for maximum performance efficiency while minimizing power consumption and area requirements through advanced simulation techniques
Drive successful tape-out processes by coordinating with diverse engineering disciplines to ensure manufacturable designs
Maintain technical leadership through continuous learning of industry trends and implementation of best practices

Requirements

Education

PhD, Master's or Diploma degree in Electrical Engineering or microelectronics with an emphasis in analog / mixed signal Integrated Circuit Design or a similar specialty

Experience

Entry-level to experienced professionals welcome, including freshly graduated candidates

Required Skills

Experience in analog and mixed signal IC Design, preferred with Cadence tools Experience in designing low-noise, low-power analog circuits Strong intuitive and analytical understanding of transistor-level design Experience in oscillators/PLLs, ADCs, LDOs, POR, analog filters, blocks for interface, power management, ESD, calibration techniques Experience with various CMOS technologies Knowledge of inertial or capacitive sensors Successful tape-outs experience Testing knowledge Team player with good listening skills Ability to organize and prioritize work Good communication skills in oral and written English or German
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Sauge AI Market Intelligence

Industry Trends

The MEMS sensor market is experiencing unprecedented growth driven by IoT expansion, autonomous vehicles, and wearable technology adoption, creating substantial demand for specialized analog IC design expertise in sensor interfaces and signal conditioning circuits. Increasing emphasis on ultra-low-power design methodologies as edge computing and battery-powered devices require longer operational lifespans, making expertise in power-optimized analog circuits highly valuable in the current market. Rising demand for high-precision sensor systems in industrial automation and medical devices is driving the need for advanced calibration techniques and noise reduction strategies in analog IC design. The semiconductor industry's shift toward more complex mixed-signal integration is creating opportunities for engineers who can bridge analog and digital domains effectively.

Salary Evaluation

The offered salary of EUR 55,000 represents a competitive entry-level compensation for the German market, particularly considering Freiburg's lower cost of living compared to Munich or Hamburg. This salary aligns well with industry standards for junior to mid-level analog IC designers in Germany's semiconductor sector.

Role Significance

Typically part of a 5-8 person analog design team within a larger mixed-signal engineering organization, with opportunities for close mentorship and collaborative learning.
This position represents an entry to mid-level role with significant technical responsibility and growth potential, offering direct involvement in cutting-edge MEMS sensor development while building foundational expertise in analog IC design.

Key Projects

Development of ultra-low-noise amplifiers for high-precision inertial measurement units Design of power management circuits for battery-operated sensor nodes Implementation of advanced calibration systems for capacitive sensor interfaces Creation of robust ESD protection schemes for automotive sensor applications

Success Factors

Deep understanding of transistor-level physics and analog circuit fundamentals, as these form the foundation for innovative design solutions in challenging low-power, high-precision applications. Proficiency with industry-standard EDA tools, particularly Cadence design suite, as this directly impacts productivity and design quality in professional environments. Strong collaboration and communication skills, essential for working effectively in cross-functional teams where analog designers must interface with digital designers, system architects, and test engineers. Continuous learning mindset to stay current with evolving CMOS technologies and emerging design methodologies in the rapidly advancing semiconductor industry.

Market Demand

High demand driven by the expanding MEMS sensor market and Germany's strong automotive and industrial automation sectors requiring sophisticated analog IC solutions.

Important Skills

Critical Skills

Transistor-level analog circuit design expertise is absolutely essential as this role requires deep understanding of device physics and circuit behavior to create innovative solutions for challenging sensor interface requirements. Proficiency with Cadence design tools represents a critical technical skill as these industry-standard platforms are fundamental to professional analog IC design workflows and productivity. Low-noise, low-power circuit design capabilities are crucial given the market demand for energy-efficient sensor systems and high-precision measurement applications in automotive and industrial markets.

Beneficial Skills

Experience with successful tape-outs demonstrates practical knowledge of the complete IC design flow and manufacturing considerations, highly valued by employers seeking candidates who understand real-world implementation challenges. Knowledge of CMOS technology variations and process considerations enables more effective design optimization and yield improvement strategies. Understanding of sensor physics and calibration techniques provides valuable system-level perspective that enhances analog circuit design effectiveness and innovation potential.

Unique Aspects

Direct involvement in MEMS sensor ASIC development, providing exposure to one of the fastest-growing segments of the semiconductor industry with applications spanning automotive, consumer electronics, and industrial automation.
Opportunity to work with cutting-edge analog circuit design challenges including ultra-low-noise amplification, precision voltage references, and advanced calibration techniques that are critical for next-generation sensor performance.
Hybrid work arrangement in Freiburg offers an attractive work-life balance while maintaining access to collaborative engineering environments and professional development opportunities.
Entry-level welcoming approach provides excellent opportunity for recent graduates to enter the specialized field of analog IC design with structured learning and mentorship opportunities.

Career Growth

Typical progression to senior-level positions within 3-5 years, with management or specialized technical leadership roles achievable within 5-8 years depending on performance and market opportunities.

Potential Next Roles

Senior Analog IC Design Engineer with increased design complexity and mentorship responsibilities Mixed-Signal Design Lead overseeing integrated circuit development projects System Architecture roles focusing on sensor system integration and specification development Technical Management positions leading analog design teams in semiconductor companies

Company Overview

InnoSens GmbH

InnoSens GmbH operates as a specialized engineering company in the MEMS sensor development sector, focusing on innovative sensor solutions and related integrated circuit design. The company appears to be positioned in the growing German semiconductor ecosystem with emphasis on sensor technology development.

InnoSens represents a mid-tier player in the competitive MEMS sensor market, offering specialized expertise and innovative solutions while competing with larger established semiconductor companies and emerging startups in the sensor technology space.
Located in Freiburg im Breisgau, the company benefits from Baden-Württemberg's strong engineering ecosystem and proximity to both Swiss precision technology markets and German automotive industry centers, providing strategic advantages for business development and talent acquisition.
The company culture appears to emphasize technical excellence and collaborative innovation, with a focus on developing high-performance solutions in a team-oriented environment that values both individual expertise and cross-functional collaboration.
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