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Mechanical Design Engineer - Job Opportunity at GRW Talent Client

East Kilbride, United Kingdom
Full-time
Mid-level
Posted: July 21, 2025
On-site
£45,000 - £60,000 per year based on mid-level mechanical design engineer positions in the East Kilbride/Glasgow region, with the electronics manufacturing sector typically offering competitive premiums above general engineering roles. The comprehensive benefits package including performance bonuses and share options could add 15-25% additional value.

Benefits

Professional casual dress code enhancing work-life balance and modern workplace culture
Comprehensive company pension scheme providing long-term financial security above standard workplace pension requirements
Complimentary on-site parking eliminating daily commuting costs and stress in urban business areas
Full life insurance coverage providing financial protection and peace of mind for employees and their families
Premium private medical insurance offering expedited healthcare access and comprehensive coverage beyond NHS services
Enhanced sick pay provisions ensuring income protection during health-related absences
Performance-based bonus structure directly linking individual success to company profitability and growth
Employee share option scheme providing ownership stake and long-term wealth building opportunities
Extended 31-day annual leave allocation significantly above UK statutory requirements for optimal work-life balance
Standard 37-hour work week promoting sustainable work practices and employee wellbeing

Key Responsibilities

Lead 3D modeling and design initiatives using AutoCAD Inventor while implementing Design for Manufacturing principles to optimize production efficiency and reduce manufacturing costs
Execute critical mechanical stack-up analysis and tolerance management to ensure precise customer specification compliance and product quality standards
Perform advanced mechanical calculations for fastener selection and probe force optimization, directly impacting product reliability and performance metrics
Drive cost-conscious design decisions by analyzing material and component costs during design phases, enabling competitive pricing strategies and margin optimization
Manage comprehensive engineering Bill of Materials creation and maintenance within ERP systems, ensuring accurate production planning and inventory management
Establish and maintain rigorous design revision control processes using Engineering Change Orders to ensure product integrity and compliance standards
Develop detailed manufacturing work instructions and Standard Operating Procedures that streamline production workflows and reduce manufacturing errors
Provide technical procurement support for strategic material sourcing decisions, optimizing supply chain efficiency and cost management
Champion New Product Introduction processes through hands-on collaboration with production, testing, and quality assurance teams
Implement peer review audit systems for design and BOM validation, significantly reducing costly production errors and rework
Facilitate cross-functional communication and collaboration across engineering, production, and commercial teams to ensure project success
Lead customer-facing project meetings and feasibility studies, directly contributing to business development and client relationship management
Maintain comprehensive design documentation systems and ERP master data integrity through systematic revision control processes

Requirements

Education

Degree in Mechanical Engineering or equivalent

Experience

Previous experience in a manufacturing or production engineering environment (ideally electronics, semiconductors, optoelectronics)

Required Skills

AutoCAD Inventor 3D modeling Design for Manufacture principles Mechanical stack-up analysis Tolerance management Mechanical calculations for fasteners Engineering BOM creation ERP system management ECO and revision control Manufacturing work instructions development Standard Operating Procedures creation Product lifecycle management New Product Introduction (NPI) Technical communication Customer liaison Project management Quality assurance processes
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Sauge AI Market Intelligence

Industry Trends

The semiconductor and electronics manufacturing industry is experiencing unprecedented growth driven by AI, IoT, and 5G technology adoption, creating substantial demand for precision mechanical design expertise in test equipment and probe card technologies. Companies are investing heavily in advanced testing solutions to support increasingly complex semiconductor architectures. Manufacturing reshoring initiatives and supply chain diversification strategies are driving significant investment in domestic production capabilities, particularly in the UK and European markets. This trend is creating new opportunities for mechanical design engineers specializing in high-volume production systems and manufacturing optimization. The integration of Industry 4.0 technologies and smart manufacturing principles is revolutionizing traditional mechanical design approaches, requiring engineers to possess both classical design skills and modern digital manufacturing knowledge. Companies are seeking professionals who can bridge traditional engineering with modern automated production systems.

Role Significance

Likely part of a 5-8 person engineering team within the broader 100+ employee organization, working closely with cross-functional teams including production, quality, procurement, and sales departments in a matrix organizational structure.
Mid-level individual contributor role with significant technical ownership and customer-facing responsibilities, indicating a position that bridges junior execution with senior strategic input. The role demonstrates considerable autonomy in design decisions while maintaining collaborative team integration.

Key Projects

High-volume electronic probe test card design and development projects supporting semiconductor manufacturing customers New Product Introduction initiatives involving complex mechanical assemblies for precision testing applications Manufacturing process optimization projects focused on improving production efficiency and reducing costs Customer-specific custom solution development requiring innovative mechanical design approaches for unique testing requirements

Success Factors

Deep understanding of precision mechanical design principles combined with electronics manufacturing knowledge enables creation of innovative solutions that meet stringent performance and quality requirements in the semiconductor testing industry Strong cross-functional collaboration skills and customer relationship management capabilities are essential for success in this role, as the position requires regular interaction with both internal teams and external customers during critical project phases Proficiency in modern design tools, ERP systems, and manufacturing processes allows for efficient project execution and seamless integration with company operations, directly impacting productivity and quality outcomes Cost-conscious design thinking and manufacturing optimization expertise enables competitive positioning and margin improvement, critical skills in the highly competitive electronics manufacturing market

Market Demand

High demand driven by semiconductor industry expansion, electronics manufacturing growth, and the specialized nature of probe card and test equipment design expertise, particularly in the Scotland electronics cluster.

Important Skills

Critical Skills

AutoCAD Inventor expertise is fundamental for daily design activities and represents the primary technical tool for creating the 3D models and assemblies that form the core deliverables of this role. Proficiency in this software directly impacts productivity, design quality, and ability to collaborate effectively with manufacturing and engineering teams. Design for Manufacturing knowledge is essential for creating products that can be efficiently produced at scale while meeting quality and cost requirements. This skill directly impacts company competitiveness and profitability by reducing manufacturing costs and improving production yields. Mechanical analysis and calculation capabilities for fasteners and force analysis ensure product reliability and performance in demanding semiconductor testing environments. These skills are critical for preventing field failures and maintaining customer satisfaction in precision applications.

Beneficial Skills

Product Lifecycle Management (PLM) system experience would enhance efficiency in managing complex design projects and documentation requirements, particularly valuable as the company continues to grow and expand its product portfolio Medical device or nano-technology sector experience could provide valuable perspective for developing innovative solutions and understanding stringent quality requirements that translate well to semiconductor testing applications Project management certification or formal training would support career advancement into leadership roles and improve effectiveness in managing complex customer projects and cross-functional team coordination

Unique Aspects

Opportunity to work on cutting-edge semiconductor test equipment technology in a rapidly growing market segment with significant technical and commercial impact
Direct customer interaction and project ownership providing exposure to diverse technical challenges and business development activities
International company exposure with operations across multiple continents, offering potential for global career development and technical knowledge exchange
Comprehensive employee ownership participation through share options, aligning individual success with company growth and creating long-term wealth building opportunities
Involvement in complete product lifecycle from initial design through manufacturing and customer delivery, providing broad technical experience and business understanding

Career Growth

Typical progression to senior technical roles within 3-4 years, with management opportunities available within 5-7 years depending on company growth and individual performance in both technical delivery and leadership development.

Potential Next Roles

Senior Mechanical Design Engineer with expanded project leadership responsibilities and mentoring duties Lead Design Engineer overseeing multiple product lines and coordinating design team activities Engineering Manager transitioning into people management while maintaining technical oversight Product Development Manager focusing on strategic product planning and market development Applications Engineering Manager working directly with key customers on advanced technology solutions

Company Overview

GRW Talent Client

The company operates as a specialized electronics manufacturer focusing on high-precision probe test card production and assembly, serving the semiconductor testing market with advanced technical solutions. With headquarters in East Kilbride, R&D facilities in Hamilton, and international operations spanning the USA and Asia, the organization demonstrates strong technical capabilities and global market reach.

Well-positioned as a growing player in the semiconductor test equipment sector with over 100 employees and expanding international operations, indicating strong market traction and customer acceptance. The company's focus on high-volume production suggests established customer relationships and proven manufacturing capabilities.
Strategically located in Scotland's established electronics and semiconductor cluster near Glasgow, providing access to skilled technical talent, supply chain networks, and proximity to European markets. The East Kilbride location offers excellent transportation links while maintaining competitive operational costs.
The organization emphasizes an open, fair, and empowered workplace culture with shared rewards and high employee engagement levels, suggesting a collaborative environment that values individual contributions and promotes professional development within a growing technology company.
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