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Mechanical Design Engineer High Tech - Job Opportunity at TMC

Eindhoven, Netherlands
Full-time
Mid-level
Posted: July 27, 2025
On-site
EUR 4,200 - 6,800 per month

Benefits

Comprehensive annual compensation package ranging from €50,400 to €81,600 providing competitive market positioning in the Dutch high-tech sector
Flexible vacation structure with 25 standard days plus option to purchase 5 additional days, offering superior work-life balance compared to standard European allocations
Substantial €2,200 annual professional development budget enabling continuous skill enhancement through courses and executive coaching
Strategic €2,200 marketing budget for industry engagement including trade shows and networking events, positioning you as a thought leader in your field
Premium mobility package with attractive car and bicycle leasing options supporting sustainable transportation choices
Unique Employeneurship model combining employment security with entrepreneurial opportunities and individual profit sharing
Long-term contract stability with transparent performance-based compensation structure
Access to specialized business cells creating high-grade knowledge networks and professional communities
Personalized career development through YOUniversity program with dedicated coaching support
Innovation opportunities through The Entrepreneurial Lab for technical exploration and multidisciplinary collaboration

Key Responsibilities

Lead comprehensive mechanical design development from concept to production, directly impacting ASML's cutting-edge semiconductor inspection technology and market competitiveness
Drive innovative design solutions using state-of-the-art methodologies and construction principles, ensuring technical feasibility and supply chain optimization for global high-tech manufacturing
Own the complete design quality lifecycle through strategic concept decisions, comprehensive testing protocols, and advanced test equipment specification, directly influencing product reliability and market success
Orchestrate prototype development and validation processes, managing cross-functional collaboration to ensure design integrity and manufacturing readiness for volume production
Deliver critical technical documentation and release packages that enable seamless transition from development to manufacturing, supporting ASML's multi-billion dollar semiconductor equipment business
Contribute to Multi Beam Inspection technology development for nanometer-scale defect detection, positioning ASML as a leader in the competitive wafer inspection market
Collaborate within Development & Engineering sector to define specifications and design approaches that directly impact ASML's product portfolio and technological differentiation

Requirements

Education

Technical University Masters or Bachelor's degree in Mechanical Engineering

Experience

At least 5 years of relevant working experience, At least 2 years ASML experience (preferred)

Required Skills

Experience with requirement management Experience with Siemens NX (preferred) In-depth knowledge of mechanical engineering Experience with precision engineering or opto-mechanics is an advantage Strong analytical ability with a pragmatic attitude Critical on results Creative thinking capability Good communication skills Good knowledge of English
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Sauge AI Market Intelligence

Industry Trends

The semiconductor equipment industry is experiencing unprecedented growth driven by global digitalization, AI development, and 5G infrastructure expansion, creating substantial demand for advanced inspection and metrology equipment. ASML's position in this market, particularly in lithography and inspection technologies, represents one of the most critical technology bottlenecks in the global semiconductor supply chain. Precision engineering and opto-mechanics expertise is becoming increasingly valuable as semiconductor manufacturing moves toward smaller node sizes and more complex 3D structures, requiring nanometer-level precision in mechanical systems design and manufacturing. The shift toward multi-beam inspection technologies represents a significant technological advancement in semiconductor defect detection, offering faster throughput and higher resolution compared to traditional single-beam systems, positioning professionals with this expertise at the forefront of industry innovation.

Salary Evaluation

The offered salary range of €50,400 to €81,600 annually positions this role competitively within the Dutch high-tech sector, particularly considering Eindhoven's status as a major technology hub. This compensation aligns well with mid-level mechanical engineering positions in precision technology companies, with the upper range reflecting the specialized nature of semiconductor equipment design and ASML's market-leading position.

Role Significance

Typically operates within multidisciplinary teams of 8-15 engineers including mechanical, optical, electrical, and software specialists, with direct collaboration across development, manufacturing, and quality assurance functions in ASML's matrix organizational structure.
This role represents a solid mid-level position with significant technical ownership and decision-making authority, bridging the gap between senior engineering guidance and hands-on design execution. The responsibility for complete design lifecycle management and direct impact on production-ready solutions indicates substantial professional autonomy and technical leadership within project teams.

Key Projects

Development of next-generation multi-beam inspection systems for advanced semiconductor node technologies Design optimization of precision positioning systems for nanometer-level accuracy requirements Integration of opto-mechanical systems for advanced metrology and inspection applications Prototype development and validation of mechanical subsystems for high-volume manufacturing

Success Factors

Deep understanding of precision engineering principles and their application in semiconductor manufacturing environments, where tolerances measured in nanometers directly impact product performance and manufacturing yield Proficiency in advanced CAD systems, particularly Siemens NX, combined with knowledge of design for manufacturing principles that enable cost-effective production scaling from prototype to high-volume manufacturing Strong systems thinking capability to balance competing requirements including precision, cost, manufacturability, and reliability while working within the constraints of complex supply chain and manufacturing ecosystems Excellent cross-functional collaboration skills essential for success in ASML's matrix organization where mechanical design interfaces with optical, electrical, software, and manufacturing teams Adaptability and continuous learning mindset required to keep pace with rapidly evolving semiconductor technology requirements and increasingly demanding performance specifications

Market Demand

High demand driven by global semiconductor industry expansion and the critical shortage of skilled engineers with precision mechanics and opto-mechanical expertise, particularly in the specialized field of semiconductor manufacturing equipment.

Important Skills

Critical Skills

Siemens NX proficiency is essential as it represents the primary design platform for mechanical engineering in high-tech manufacturing environments, enabling complex 3D modeling, simulation, and design optimization required for precision mechanical systems In-depth mechanical engineering knowledge combined with precision engineering expertise forms the fundamental technical foundation for success in semiconductor equipment design where tolerances and performance requirements exceed those found in most other industries Strong analytical abilities with pragmatic problem-solving approach are crucial for navigating the complex trade-offs between performance, cost, manufacturability, and reliability that define successful product development in competitive markets Experience with requirement management becomes increasingly critical as product complexity grows and cross-functional collaboration intensifies, ensuring design decisions align with system-level objectives and customer needs

Beneficial Skills

Opto-mechanics experience provides significant competitive advantage as semiconductor inspection systems increasingly integrate optical and mechanical technologies, requiring understanding of both domains and their interactions ASML-specific experience offers valuable insight into company culture, design methodologies, and system architectures that can accelerate integration and contribution to ongoing projects Advanced materials knowledge and thermal management expertise become increasingly valuable as performance requirements push the boundaries of conventional mechanical design approaches Project management and leadership skills support career progression toward senior technical roles and management positions within high-tech organizations

Unique Aspects

Direct involvement in ASML's Multi Beam Inspection technology development, representing work on some of the world's most advanced semiconductor inspection equipment with direct impact on global technology advancement
Access to TMC's unique Employeneurship model offering individual profit sharing and entrepreneurial opportunities while maintaining employment security
Substantial professional development investment including €2,200 training budget and €2,200 marketing budget, demonstrating exceptional commitment to career growth
Opportunity to work within ASML's Development & Engineering organization, providing exposure to cutting-edge semiconductor manufacturing technology and global market leadership
Integration into specialized business cells creating high-grade knowledge networks and professional communities focused on advanced engineering disciplines

Career Growth

Progression to senior technical roles typically occurs within 3-5 years based on project impact and technical contributions, with management track opportunities emerging after 5-7 years of demonstrated leadership capability.

Potential Next Roles

Senior Mechanical Design Engineer with expanded system-level responsibility and technical leadership of major subsystem development Principal Engineer focusing on advanced technology development and next-generation platform architecture Engineering Manager combining technical expertise with team leadership and project management responsibilities Product Development Manager overseeing complete product lifecycle from concept through manufacturing

Company Overview

TMC

TMC operates as a global high-tech consultancy specializing in providing entrepreneurial engineers, scientists, and digital experts to leading technology companies worldwide. The company's unique Employeneurship model combines the security of employment with entrepreneurial opportunities, creating a distinctive value proposition in the technical consulting market.

TMC maintains a strong position in the European technical consulting market, particularly in high-tech sectors including semiconductor, automotive, and aerospace industries, with established relationships with major technology companies including ASML, Philips, and other Dutch technology leaders.
Strong presence in the Netherlands' Brainport Eindhoven region, one of Europe's most concentrated high-tech ecosystems, providing access to cutting-edge projects with world-leading technology companies and research institutions.
Entrepreneurial and innovation-focused environment that emphasizes individual ownership, continuous learning, and professional development, with significant investment in employee growth through training budgets, coaching, and networking opportunities.
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