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Principal Radar Algorithm R&D Engineer - Job Opportunity at NXP Semiconductors

München, DE
Full-time
Senior
Posted: April 30, 2025
On-site
EUR 120,000 - 160,000 per year based on Munich market rates for principal-level R&D positions in automotive semiconductor industry

Benefits

Cutting-edge research environment
International collaboration opportunities
Professional development and innovation focus
R&D leadership exposure
Work with advanced automotive technology

Key Responsibilities

Lead advanced radar algorithm development for automotive applications
Drive innovation in MIMO radar processing and interference mitigation
Architect embedded software and hardware solutions
Collaborate with cross-functional teams across global locations
Develop and validate mathematical models and algorithmic solutions
Guide implementation of radar processing solutions

Requirements

Education

MS or PhD in Electrical Engineering, Computer Science, or related fields

Experience

10 years of relevant industrial experience

Required Skills

FMCW radar signal processing Direction of Arrival estimation Sparse array processing Advanced linear algebra Detection and estimation theory MATLAB C/C++ Embedded systems Linux/RTOS Neural Network frameworks Cross-platform development Strong communication skills
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Sauge AI Market Intelligence

Industry Trends

Automotive radar technology is experiencing rapid growth driven by ADAS and autonomous vehicle development, with a projected CAGR of 20.8% through 2025 Increased demand for high-resolution radar systems capable of handling complex urban environments and radar interference scenarios Growing focus on AI/ML integration with traditional radar processing for enhanced object classification and scene understanding

Role Significance

Typically leads or coordinates with 5-10 direct team members and influences broader R&D organization of 20-30 engineers
Principal-level position with significant technical leadership responsibilities and direct impact on product innovation strategy

Key Projects

Development of next-generation automotive radar processing algorithms Advanced MIMO radar system architecture design Cross-functional system integration with hardware accelerators Research collaboration with academic and industry partners

Success Factors

Deep theoretical understanding combined with practical implementation experience Ability to bridge research concepts with commercial product requirements Strong cross-cultural communication skills for global team collaboration Track record of innovation and patent generation System-level thinking spanning algorithm, software, and hardware domains

Market Demand

Very high demand with significant competition for experienced radar algorithm specialists due to expanding autonomous vehicle market and limited talent pool with required expertise

Important Skills

Critical Skills

Advanced radar signal processing expertise crucial for developing next-generation automotive radar solutions Mathematical modeling and algorithm development skills essential for innovative problem-solving Cross-functional communication abilities vital for translating complex technical concepts

Beneficial Skills

Machine learning and AI integration capabilities for future radar processing enhancement Hardware architecture understanding for efficient algorithm implementation Patent writing and research publication experience

Unique Aspects

Rare opportunity to work on cutting-edge radar technology with direct automotive industry impact
Combination of theoretical algorithm development and practical implementation requirements
Global collaboration scope with US and European teams
Direct exposure to evolving autonomous vehicle requirements

Career Growth

3-5 years typical progression to next level depending on innovation impact and leadership development

Potential Next Roles

Technical Fellow R&D Director Chief Radar Architect Technical Strategy Lead

Company Overview

NXP Semiconductors

NXP is a global leader in automotive semiconductors with significant R&D investment in radar technology

Top 3 player in automotive semiconductor market with strong focus on ADAS and autonomous driving solutions
Munich location serves as key European R&D center with strong connections to automotive OEMs
Innovation-driven environment with emphasis on technical excellence and collaborative research
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