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Staff Analog Mixed Signal Design Engineer (f/m/div) - Job Opportunity at Infineon Technologies

Cork, Ireland
Full-time
Senior
Posted: August 19, 2025
On-site
EUR 85,000 - 120,000 per year. This estimate reflects the senior staff-level position in Ireland's growing semiconductor sector, considering Infineon's market position as a global leader, the specialized nature of analog mixed-signal design expertise, and Cork's emerging status as a European tech hub with competitive but reasonable cost structures compared to other major European technology centers.

Benefits

Global career opportunities with a leading semiconductor company positioned at the forefront of IoT and edge AI innovation
Professional development in cutting-edge technologies including microcontrollers, connectivity solutions, and AI/ML systems
Collaborative international work environment with cross-functional teams spanning multiple continents
Contribution to sustainable technology initiatives driving decarbonization and digitalization efforts
Access to diverse application domains including industrial, automotive, smart home, and healthcare sectors
Inclusive workplace culture emphasizing diversity, trust, openness, and equal opportunities for all employees

Key Responsibilities

Lead the strategic development of next-generation HMI and PSoC solutions that will define Infineon's competitive position in the semiconductor market
Engineer high-performance analog circuits with optimal power efficiency, directly impacting product success in power-sensitive applications
Collaborate with system architects to establish technical specifications that drive product roadmap and market positioning
Oversee layout design implementation ensuring adherence to industry best practices and manufacturing excellence
Drive IP characterization processes from prototype to high-volume production, ensuring scalability and market readiness
Deliver end-to-end complex IP solutions from initial specification through design, verification, and productization phases

Requirements

Education

Bachelor's/Master's/PhD Degree in Electrical Engineering or a similar field with a focus on electronics

Experience

At least 5 years of industry experience

Required Skills

Experience with various analog circuits (sensors, switched-capacitor, ADCs, DACs, Delta-Sigma, PLLs, high voltage circuits, OpAmps, bandgaps, LDOs, Oscillators, etc.) Proven capability in CMOS product development A solid understanding of analog IP development, chip integration, floor planning, physical design, and verification The ability to work both as an individual and as part of a team to deliver complex IPs starting from the creation of the spec, design, verification, and finally high-volume productization Strong communication skills, working with cross-functional teams around the globe Experience in Python or a similar scripting language is an advantage Fluency in English
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Sauge AI Market Intelligence

Industry Trends

The semiconductor industry is experiencing unprecedented growth driven by IoT expansion, with analog and mixed-signal designs becoming increasingly critical for edge computing applications that require ultra-low power consumption and high integration density. Automotive electrification and autonomous driving technologies are creating massive demand for sophisticated power management and sensor interface circuits, particularly in the realm of human-machine interface solutions that this role directly addresses. The shift toward Industry 4.0 and smart manufacturing is driving demand for robust, high-performance analog circuits capable of operating in harsh industrial environments while maintaining precision and reliability. Sustainability initiatives are pushing semiconductor companies to develop more energy-efficient designs, making expertise in low-power analog circuit design increasingly valuable and strategically important.

Role Significance

Typical team structure includes 2-4 direct collaborators including layout designers and verification engineers, with matrix relationships across 8-12 cross-functional team members including system architects, product managers, and characterization engineers spanning multiple geographical locations.
This Staff Engineer position represents a senior technical leadership role within Infineon's engineering hierarchy, typically involving mentorship of junior engineers, technical decision-making authority on critical design choices, and direct influence on product architecture decisions that impact multiple product lines and market segments.

Key Projects

Next-generation automotive human-machine interface systems requiring ultra-low latency and high reliability for safety-critical applications Industrial IoT sensor interface circuits capable of operating in extreme environmental conditions while maintaining precision measurement capabilities Power management solutions for battery-powered edge AI devices requiring sophisticated power sequencing and ultra-low quiescent current consumption High-speed data converter architectures for 5G infrastructure applications demanding exceptional linearity and dynamic range performance

Success Factors

Deep technical expertise in analog circuit design combined with strong system-level thinking enables successful navigation of complex trade-offs between performance, power, area, and cost in highly integrated semiconductor solutions. Exceptional cross-cultural communication and collaboration skills are essential for coordinating with global teams across different time zones, technical disciplines, and organizational levels while maintaining project momentum and technical coherence. Ability to balance innovative circuit techniques with proven, manufacturable solutions ensures designs can successfully transition from concept to high-volume production while meeting stringent quality and reliability requirements. Strategic thinking capability to understand market trends and customer requirements enables development of analog IP blocks that remain relevant and competitive throughout multi-year product lifecycles in rapidly evolving technology landscapes.

Market Demand

Very High - The convergence of IoT proliferation, automotive electrification, and industrial digitalization is creating exceptional demand for experienced analog mixed-signal engineers, particularly those with expertise in power management and sensor interface circuits that are fundamental to next-generation connected systems.

Important Skills

Critical Skills

Analog circuit design expertise across multiple domains (ADCs, DACs, PLLs, power management) is absolutely essential as it forms the foundation for all technical contributions and enables credible participation in architecture discussions and design reviews. CMOS product development capability is crucial for ensuring designs are manufacturable and cost-effective, as this knowledge directly impacts the commercial viability of developed solutions and the ability to meet aggressive cost and performance targets. System-level thinking and IP integration skills are vital for success in modern semiconductor development where individual circuits must seamlessly integrate with complex digital systems and multiple IP blocks to create comprehensive solutions.

Beneficial Skills

Python scripting capabilities enhance productivity and enable automation of design verification, characterization data analysis, and design space exploration, providing competitive advantages in fast-paced development environments. Cross-functional collaboration experience accelerates integration with global teams and improves ability to translate technical requirements across different engineering disciplines and organizational boundaries. Understanding of automotive and industrial application requirements provides valuable context for making appropriate design trade-offs and ensuring solutions meet stringent reliability and performance specifications required in these demanding markets.

Unique Aspects

Direct involvement in developing human-machine interface solutions positions this role at the forefront of user experience innovation in electronic systems, combining technical excellence with human-centered design principles.
Opportunity to work on both HMI and PSoC (Programmable System-on-Chip) solutions provides exposure to diverse technical challenges ranging from analog sensor interfaces to digital signal processing and system integration.
Focus on high-volume production readiness ensures designs have real-world impact and market relevance, providing valuable experience in the complete product development lifecycle from concept to manufacturing.
Integration with Infineon's broader portfolio of power management and security solutions creates opportunities for system-level optimization and cross-functional collaboration that enhances both technical skills and business understanding.

Career Growth

Career advancement to Principal Engineer level typically occurs within 3-5 years with demonstrated technical leadership and successful product delivery. Transition to management or executive roles generally requires 5-8 years with proven team leadership and strategic business impact.

Potential Next Roles

Principal Engineer positions focusing on advanced analog architecture development and cross-product platform standardization Engineering Management roles leading larger analog design teams and coordinating multiple product development streams Chief Technology Officer or VP Engineering positions in smaller semiconductor companies or startups leveraging analog expertise Technical Fellow roles within large semiconductor companies focusing on breakthrough analog technologies and industry standard development

Company Overview

Infineon Technologies

Infineon Technologies stands as one of the world's largest semiconductor manufacturers, ranking among the top 10 globally with particular strength in power semiconductors, automotive electronics, and security solutions. The company's Connected Secure Systems division represents a strategic growth area focusing on IoT and edge AI applications, positioning it at the intersection of multiple high-growth technology trends.

Infineon maintains a dominant market position in automotive semiconductors and power management solutions, with strong competitive advantages in analog and mixed-signal technologies that are increasingly critical for next-generation connected systems and sustainable energy applications.
The Cork facility represents Infineon's significant commitment to the European market and benefits from Ireland's favorable business environment, skilled workforce, and strategic location for serving both European and global markets. This location provides excellent access to key customers while maintaining cost competitiveness.
Infineon emphasizes a collaborative, innovation-driven culture with strong commitment to diversity and inclusion, sustainability, and employee development. The company's global presence offers extensive opportunities for international collaboration and career mobility while maintaining strong local team dynamics.
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