Product & Manufacturing Engineering 

Product and manufacturing engineering can include 3D part modelling, product development, sheet metal design, manufacturing detailing, tooling, fixtures and CAD workflow customisation. The work is focused on creating engineering information that supports practical production.

Yes. We develop 3D part and assembly models with consideration for manufacturing methods, materials, interfaces and production requirements. The level of detail can be tailored to prototyping, fabrication, production or downstream engineering needs.

Yes. We support sheet metal modelling, bend features, flat patterns and fabrication documentation for components such as enclosures, panels, brackets, cabinets and fabricated assemblies.

Yes. We can develop tooling and fixture designs for positioning, welding, machining, inspection and assembly applications. Designs are developed around the required manufacturing process, component geometry and production requirements.

Yes. CAD workflows can be customised through templates, standards, reusable tools and automation to reduce repetitive design work and improve consistency across product development and manufacturing projects. NOW Industry page = Main front page First section: Full background image Left side = Small title:nIndustries We Serve Big title:nDifferent Sectors. Different Challenges. One Digital Delivery Standard. Right-side one line:nFrom commercial buildings and healthcare campuses to data centres, manufacturing plants and major infrastructure, we adapt our BIM, VDC and digital engineering capabilities to the demands of each project environment. CTA:Explore Industries → Then list of 10 services 01 — Commercial & Office 02 — Healthcare & Life Sciences 03 — Data Centres & Mission-Critical 04 — Residential & Mixed-Use 05 — Industrial & Manufacturing 06 — Airports & Transportation 07 — Education & Institutional 08 — Energy, Utilities & Water 09 — Hospitality & Retail 10 — Infrastructure & Civil Every sector section Left side: small title = Across Industries Right side: one line = From highly coordinated mission critical facilities to complex infrastructure and industrial environments, our approach is shaped around the technical and delivery requirements of each sector. —----------- 01 Commercial & Office One line: Coordinate the building behind the workplace, from design development and MEP integration to construction and handover. 3 statistics below, we can change as per the industry norms 01 — Design CoordinationnArchitecture, structure and MEP aligned as the design evolves 02 — Construction ReadinessnCoordinated information prepared for installation and delivery 03 — Asset InformationnStructured project data carried forward into handover and operations Who we servenDevelopers & Owners · Architects & Consultants · Main Contractors · MEP & Specialist Contractors · Facilities & Asset Managers CTA: Explore Commercial & Office → —-----------

BIM coordination brings architectural, structural, MEP and specialist models together to identify and resolve conflicts before construction. It helps commercial project teams coordinate design changes, improve constructability and reduce issues reaching the site.

Ideally, coordination should begin during design development and continue through technical design and construction. Starting early allows major spatial and service conflicts to be resolved before they become difficult or expensive to change.

Depending on the project, coordination can include architecture, structure, mechanical, electrical, plumbing, fire protection, interiors, specialist systems and fabrication models. The exact scope is defined around the project's coordination and delivery requirements.

Yes. BIM coordination is particularly useful during fit-out, where ceilings, MEP services, partitions, equipment, furniture and specialist systems compete for limited space. Coordinated models help installation teams resolve these interfaces before work reaches site. —-----------

Hospital BIM coordination helps integrate architectural, structural, MEP and specialist systems before construction. It is particularly valuable where dense services, medical equipment and constrained clinical spaces make coordination issues difficult to resolve on site.