Business Details
Marine Structural Engineering Experts
Argo Engineering Solutions is a specialist engineering consultancy based near Southampton, operating at the intersection of advanced materials and structural engineering. Our expertise lies in delivering weight-critical solutions for marine structures using composites, aluminium, and high-strength steels, with a unique material-agnostic approach that prioritises project requirements over supplier affiliations. With decades of combined experience in commercial vessels, yachts, and offshore structures, we provide full-cycle engineering services from feasibility studies to detailed structural analysis, leveraging cutting-edge tools and practical workshop knowledge.Our team's deep understanding of marine, subsea, renewables, and defence sectors enables seamless integration into multidisciplinary projects, while our independence ensures unbiased material selection and cost-effective solutions. We specialise in high-speed light craft design, wind propulsion systems for maritime applications, and prototype development through in-house capabilities and trusted manufacturing networks. Our commitment to buildable, practical engineering solutions has established us as trusted partners for complex projects requiring technical excellence and operational pragmatism.
Services
Structural Engineering
Composite Design
Marine Structures
High-Speed Craft
Wind Propulsion Systems
Prototype Development
Finite Element Analysis
Materials Consultancy
Highlights and features
- Material-agnostic engineering approach ensures optimal solutions
- Specialists in weight-critical marine and offshore structures
- 20+ years combined experience in naval architecture and structural analysis
- Independent consultancy with no material supplier affiliations
- Proven track record in high-speed craft and wind propulsion systems
Services
Structural Engineering
We provide comprehensive structural engineering packages for marine and offshore applications, specialising in weight-critical solutions. Our engineers utilise advanced materials and analytical tools to create buildable, efficient structures for commercial vessels and renewable energy projects. With expertise in composites, aluminium, and high-strength steels, we deliver optimised designs that balance performance with practical manufacturability.
Composite Design
Our material-agnostic approach enables optimal composite solutions for marine structures. We specialise in advanced polymer composites, hybrid material systems, and innovative manufacturing techniques. By maintaining independence from material suppliers, we ensure unbiased recommendations that prioritise project requirements while maintaining strict compliance with industry standards and classification society requirements.
High-Speed Craft
We design high-performance light craft with a focus on structural integrity and hydrodynamic efficiency. Our team combines computational analysis with real-world testing to optimise hull forms and structural layouts. Through comprehensive load analysis and material selection, we deliver vessels that achieve superior speed-to-weight ratios while maintaining safety and durability in demanding operating conditions.
Wind Propulsion Systems
Our wind propulsion solutions integrate advanced aerodynamics with robust structural design for modern and legacy vessels. We specialise in developing retrofit systems and newbuild installations that reduce fuel consumption while maintaining structural integrity. Our engineers combine CFD analysis with practical marine experience to create reliable, performance-optimised wind-assisted propulsion systems for commercial shipping applications.
Prototype Development
We offer end-to-end prototype development services for marine engineering projects, from concept validation to production-ready designs. Utilising our in-house capabilities and trusted manufacturing partners, we create functional prototypes using advanced composites and metals. Our process includes rigorous testing and iterative refinement to ensure technical performance meets operational requirements before full-scale production.
People
Simon Walley
Founder/Owner
Chartered Structural Engineer with 20+ years' experience in lightweight materials and marine structures. Former head of structural engineering at major naval architecture consultancy and composite manufacturer. Specialises in practical, buildable solutions for complex projects.
Adam Lees
Engineering Consultant
Design Engineer with decade of marine sector experience. Specialises in challenging one-off projects and composite structures. Experienced in super yacht mast design and commercial vessel engineering from concept to production.
Richard Davison
Engineering Consultant
Structural Engineer with 18 years' experience across marine, construction, and aeronautical industries. Expert in structural analysis of specialist projects using multiple materials. Combines design office expertise with hands-on manufacturing experience.
Dan Bigwood
Engineering Consultant
Design Engineer specialising in 3D modelling and BIM for marine and offshore projects. Experienced in full design lifecycle from concept to manufacture. Skilled in CAD/CAM and multidisciplinary coordination for complex engineering solutions.
Calum Tee
Engineering Consultant
Chartered Mechanical Engineer with marine and petrochemical sector expertise. Specialises in first-principles analysis and physical testing. Experienced in developing standard designs and challenging conventional engineering approaches through innovative solutions.
Questions
What engineering materials do you specialise in?
We work with composites, aluminium, high-strength steels, and plastics. Our material-agnostic approach ensures optimal selection based on project requirements rather than supplier affiliations.
Can you assist with both new builds and existing vessels?
Yes, we provide structural assessments and upgrades for existing vessels alongside comprehensive design services for new builds across commercial, defence, and renewable energy sectors.
What makes your high-speed craft design different?
We combine computational analysis with real-world testing to optimise structural integrity and hydrodynamic performance, ensuring reliable operation in demanding marine environments.
Do you offer wind propulsion integration services?
Yes, we specialise in integrating wind-assisted propulsion systems into new and existing vessels, combining aerodynamic efficiency with structural reliability for commercial shipping applications.
What analysis tools do you use?
We employ industry-leading finite element analysis software alongside computational fluid dynamics tools to validate structural and performance characteristics before physical prototyping.
Can you support prototype development?
We offer complete prototype services from design validation to production-ready manufacturing, utilising our in-house capabilities and trusted network of specialist marine fabricators.
