We design, prototype, and manufacture precision HMI components for the world's most demanding automotive programmes — entirely in-house, from our facility in Malta.
We are a compact, expert team that thrives on design and engineering challenges. With a primary focus on bespoke automotive HMI components for low-volume, high-performance manufacturers, we approach every brief with precision, craft, and full in-house accountability.
We balance deep cross-industry experience with a constant eye on emerging technologies — delivering solutions that combine reliability with engineering excellence.
We have designed and manufactured components for some of the world's most exclusive vehicles — including the Gordon Murray Automotive T.50 and T.33. We work at the pace our clients need, without compromising on the standard they demand.
Every team member has direct manufacturing experience. We design with production in mind from day one, and prototype in-house using our Formlabs SLA facility, laser marking, electronics lab, and metrology station. No handoffs. No quality lost in translation.
Automotive OEMs, Tier 1 suppliers, supercar and hypercar manufacturers — our team brings decades of experience working at the highest levels of product design and engineering.
Whether you have a fully defined brief, an early concept, or simply a challenge you have not yet framed — we are the right conversation to start.
Olympus Engineering Development is a specialised design and engineering company based in Malta. We operate at the intersection of engineering precision and design craft — fusing technical rigour with a meticulous attention to the sensory quality of what we make.
We focus on the design, engineering, prototyping, and manufacture of bespoke HMI components for premium and low-volume manufacturers — primarily in the automotive sector, where we work with some of the world's most demanding and exclusive programmes.
Fully ISO 9001 and ISO 14001 certified, both by Bureau Veritas.
Olympus was formed by a multi-skilled group of industry professionals with deep OEM, Tier 1, and Tier 2 automotive backgrounds. Our team has worked extensively on complex high-volume design-to-production parts as well as low-volume, ultra-high-quality bespoke projects — including components for two of the most exclusive hypercars ever built.
Our compact structure means every director is hands-on, every client is the single focus, and accountability is never diluted.
22 years of multi-disciplinary engineering experience. Chamber of Engineers Excellence in Leadership award. WIPO Innovation Award 2012. Published researcher in renewable energy, energy storage, and water conservation.
Qualified Mechanical Engineer specialising in materials and manufacturing. MSc in Conservation Technology. Lecturer at the University of Malta. Over 20 years across automotive, medical device, construction, heritage science, and research.
14 years leading product design engineering across automotive, manufacturing, power, construction, and renewables. Developed driver interfaces for automotive OEMs — primarily supercars and luxury vehicles — from design through to manufacture.
If you have a component challenge that demands precision, craft, and in-house accountability — we want to hear about it.
From concept to validated component — entirely in-house. We cover every stage of the product development lifecycle, and we pursue research that expands what is technically achievable.
Bespoke HMI component design and manufacture for premium automotive OEMs and low-volume manufacturers. One team, accountable end-to-end.
Structured research programmes targeting emerging technology domains. We collaborate with academic institutions and industry partners to translate rigorous research into real-world solutions.
In-house prototyping that turns CAD into physical, testable parts in hours — not weeks. Iterative refinement and rigorous testing, entirely under our roof.
Our relationship continues beyond delivery — additive manufacturing, tooling, assembly, EOL testing, and product validation that keep your components performing.
We design, prototype, test, and manufacture bespoke HMI components for premium automotive OEMs and low-volume manufacturers. Every stage under one roof — no handoffs, no quality lost in translation. ISO 9001 certified quality management, verified by Bureau Veritas.
We begin by immersing ourselves in the client's requirements — technical, ergonomic, sensory, and commercial. The result is a precise specification that guides every subsequent decision.
Full 3D mechanical design using Siemens NX and Mastercam. We design for manufacturability from the outset — tolerances, material selection, and assembly logic built into every model.
Integrated electronics design covering PCB layout, firmware, and interface logic. Tested in our dedicated electronics lab against client specifications.
Precision lighting design for HMI components — crafting the visual and tactile character of each interaction surface to meet the exacting aesthetic standards of premium automotive interiors.
In-house SLA 3D printing via multiple Formlabs machines and a large-format industrial printer, plus laser marking and engraving. Prototypes produced, tested, and iterated rapidly without leaving the facility.
Components validated against tailored test plans, assembled in our dedicated area, and subjected to end-of-line testing before delivery. Every unit leaves with documented evidence of performance.
Get in touch at any phase — from early concept to a fully defined brief.
Our R&I division pursues engineering challenges at the frontier of what is technically achievable. Working in collaboration with academic institutions and industry partners, we develop solutions that move from rigorous research into real-world application.
We engage with complex engineering problems that require original thinking. Our R&D work is structured, documented, and built to stand up to technical scrutiny.
Research outcomes are translated into engineered products and systems — bridging the gap between academic findings and manufacturable, deployable solutions.
Where our work produces novel intellectual property, we support the patent application process with the rigour required for successful registration.
We work in partnership with L-Università ta' Malta and other institutions, contributing engineering expertise to joint research programmes and publishing findings that advance the discipline.
We are open to structured partnerships with institutions and organisations pursuing engineering innovation.
Our in-house prototyping capabilities enable iterative design refinement and rigorous testing — every cycle completed without leaving our facility. We move from CAD to physical part rapidly, so design decisions are validated against the real thing, not a rendering.
Multiple Formlabs SLA machines produce high-resolution resin prototypes for fit, form, and function testing — ready for review within hours.
A large-format industrial 3D printer extends our prototyping envelope to larger assemblies and housings, all produced on site.
In-house laser marking and engraving applies production-accurate detailing to prototypes — legends, iconography, and surface treatment.
A dedicated metrology station verifies every prototype against specification — dimensional accuracy confirmed before a part progresses.
Broad material access and in-house finishing let us match the intended look, weight, and tactile quality of the final component.
Each prototype feeds the next. We refine geometry, tolerances, and assembly logic in tight loops — compressing the path from concept to validated design.
Bring us a concept, a drawing, or a problem. We will turn it into something you can hold, test, and refine.
Our relationship does not end at handover. From validated production support to ongoing supply and testing, we keep your components performing — backed by complete documentation and a single accountable team. ISO 9001 certified quality management, verified by Bureau Veritas.
Talk to us about supply, validation, and lifecycle support tailored to your component and volumes.
A selection of the work we are cleared to share. Every project was designed, prototyped, tested, and manufactured entirely in-house at our facility in Malta.
Interior switchgear and HMI components for two of the most technically demanding hypercars ever built. Meticulously crafted sensory elements — engaging sight, hearing, and touch — ensuring every interaction resonates. Design, prototyping, quality testing, and manufacturing executed entirely in-house.
Central console design, electronics integration, and manufacture for the T.50 and T.33. Full in-house end-to-end engineering — from initial concept through simulation, tooling, fabrication, and end-of-line testing.
Bespoke door release switch mechanism designed for precision actuation and sensory quality. Every surface engineered to resonate with the overall character of the vehicle's interior — in feel, sound, and form.
THOR GenTruck is a completely modular generator truck designed from the ground up to deliver power wherever it is needed — rapidly and efficiently. Designed specifically for the Civil Protection Department Malta, THOR is a versatile, high-stamina, silent, energy-efficient lighting system and capable toolbox, deployable in under two minutes. Applications include disaster recovery, search and rescue, emergency fire & rescue, and outdoor events.
Download THOR BrochureA structured research programme addressing Battery Energy Storage Systems, Power-to-X technologies, Green Hydrogen electrolysers, methanation and synthetic fuels, and heat pumps for thermal storage. Developed in collaboration with L-Università ta' Malta.
If you need a partner who will take full in-house ownership of your most demanding engineering brief — we are the right conversation to start.
Whether you have a fully defined brief, an early-stage concept, or simply a challenge you have not yet framed — we are the right conversation to start.
Olympus Engineering Development — a division of Olympus Holdings Ltd · Effective date: 8 June 2026 · Version 1.0
This policy explains how Olympus Engineering Development (OED), a division of Olympus Holdings Ltd — registered for tax purposes under registration number 996913427, PE number 336755, VAT number MT22389608 — handles personal data collected through this website. It also explains your rights and how to exercise them.
Who is responsible for your data. The data controller is Olympus Engineering Development, Unit 1, Ta’ Mallia Buildings, Triq in-Negozju, Mrieħel CBD3010, Malta. For any question about this policy or your data, contact [email protected].
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To exercise any of these, contact [email protected]. If you believe we have mishandled your data, you may complain to the Information and Data Protection Commissioner (IDPC) in Malta — idpc.org.mt.
We update this policy when our practices or the law change. The effective date at the top shows the current version.