Engineering Design that works in the Real World
Engineering Design and Manufacturing consultancy
From concept development and 3D CAD through to manufacturing-ready drawings, tooling and design optimisation.
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Degree-qualified Manufacturing & Aerospace Engineer with professional experience across engineering design, manufacturing, production and process improvement.
I combine detailed CAD capability with practical manufacturing experience to develop engineering solutions that are designed not only to function, but to be practical to manufacture and implement.
My experience includes working with operators, suppliers, clients and multidisciplinary engineering teams to develop and improve components, tooling and production processes.
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Development of detailed 3D CAD models for components, assemblies, tooling and product development.
Services can include new component design, design modifications, assembly modelling and development of existing concepts into detailed engineering models.
Designs can be developed with manufacturing requirements, material selection, tolerances and practical production considerations in mind.
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Engineering support focused on making designs practical, efficient and suitable for production.
This can include design-for-manufacture reviews, process improvements, production problem solving, tooling development and optimisation of existing components or processes.
The aim is to bridge the gap between engineering design and the realities of manufacturing.
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Design and development of practical tooling solutions for manufacturing and production.
This includes moulds, jigs, fixtures, assembly tooling and other production aids designed around the component, manufacturing process and requirements of the operator.
Designs can be supplied as detailed 3D CAD models and manufacturing drawings.
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Development of detailed CAD models and manufacturing-ready engineering drawings from existing components, drawings or supplied geometry.
This can include reverse engineering existing parts, recreating or modifying CAD models, producing component and assembly drawings, and developing bills of materials and manufacturing information.
Existing designs can also be updated or developed into improved solutions, with consideration given to dimensional requirements, tolerances and manufacturing processes.
