About Us
Founded and led by Paul Gottschutzke, FuturEng is built on over 25 years of hands-on experience across the automotive and engineering sectors. With a strong foundation in Mechanical and Automotive Electrical Engineering, combined with formal motor mechanic qualifications, Paul brings a well-rounded approach that bridges theoretical design with practical, real-world application.
His career includes significant experience with Ford Motor Company, where he developed deep expertise in OEM engineering standards, vehicle systems integration, validation processes, and production environments-ensuring solutions are robust, compliant, and ready for manufacture at scale.
Beyond OEM engineering, Paul has extensive hands-on experience in race car building and high-performance engine building, covering complete vehicle builds, custom engine configurations, and performance optimisation. His work spans bespoke component design, assembly, and calibration, with a strong focus on reliability and results in demanding environments.
Paul has also been actively involved in motorsport event operations, contributing to vehicle scrutineering, technical compliance, event setup, and rapid trackside problem-solving in high-pressure racing conditions.
This combination of OEM discipline, workshop expertise, race car and engine building, and motorsport involvement underpins FuturEng’s pragmatic, detail-driven, and performance-focused engineering approach-focused on delivering practical, high-quality solutions that perform in the real world.
Company Capabilities
FuturEng delivers end-to-end engineering services, supporting projects from initial concept through to validation, production, and in-service performance. The company combines advanced engineering tools with practical implementation knowledge to ensure solutions are not only technically sound, but also manufacturable, reliable, and fit for purpose.
Engineering Design & Analysis
Capabilities include advanced Computer-Aided Design (CAD) for detailed component and system design, supported by Finite Element Analysis (FEA) to evaluate structural performance, durability, and safety under real-world loading conditions. Design decisions are driven by engineering analysis, ensuring performance targets are met while balancing weight, cost, and manufacturability.
Verification, Validation & Compliance
FuturEng applies structured verification and validation processes throughout the design lifecycle. Engineering outputs are developed in alignment with relevant standards and regulatory requirements, with all assumptions, calculations, and decisions clearly documented. This ensures traceability, compliance, and confidence that designs meet defined functional, performance, durability, and safety criteria.
Risk Management & Engineering Governance
A systematic approach to risk identification, assessment, and mitigation is embedded across all projects. This includes design reviews, failure mode consideration, and validation planning to minimise risk and ensure consistent, repeatable outcomes. The result is increased confidence in both prototype development and full-scale production.
Manufacturing & Implementation Support
With a strong understanding of manufacturing processes and assembly methods, FuturEng ensures that designs are practical to produce and efficient to assemble. Support can extend to supplier engagement, production readiness, and resolving issues that arise during build and commissioning phases.
Automotive & Motorsport Engineering
Drawing on extensive experience in both road and race applications, FuturEng offers specialised capabilities in race car building, engine development, and performance optimisation. This includes custom fabrication, component selection, and system integration tailored for high-performance and high-reliability environments.
In-Service Performance & Problem Solving
FuturEng supports ongoing product performance through diagnostics, failure analysis, and continuous improvement. Experience in motorsport and real-world operating environments enables rapid identification and resolution of issues, ensuring systems perform reliably under demanding conditions.