Innoform Engineering

Innoform was founded in Edinburgh, United Kingdom with the purpose of improving cost efficiency and environmental friendliness of projects through the use of novelle, research based designs. We therefore aim to provide you with a competitive advantage through the use of data-driven, research based, industry proven solutions for your project needs.

The team at Innoform is inspired by the belief that no two projects are the same, and that therefore no set solution exists. Our experts therefore treat every project in a personal way and provide you with a solution tailored to your needs.

The team at Innoform is composed of industry and research field experts in five engineering sectors, collaborating to provide you with more efficient designs. You can learn more about our technical leads below.

A black-and-white image of an industrial construction site featuring large horizontal pipes and intricate scaffolding structures. The perspective is from above, highlighting the complexity and scale of the construction work in progress. The lighting creates strong contrasts, adding depth and an architectural focus.
A black-and-white image of an industrial construction site featuring large horizontal pipes and intricate scaffolding structures. The perspective is from above, highlighting the complexity and scale of the construction work in progress. The lighting creates strong contrasts, adding depth and an architectural focus.

5

10+

Engineering Sectors

Years of Experience

Driven by Innovation.

Built on Expertise,

What Makes Us Different

Our approach is driven by innovation, precision, and a deep understanding of each client’s unique challenges. By combining technical excellence with agile thinking, we deliver results that are smarter, faster, and more efficient.

A symmetrical view from below of the intricate lattice structure of a metal electricity pylon. The geometric patterns of intersecting beams and wires create a complex web of lines against a bright sky, emphasizing the engineering and architectural design.
A symmetrical view from below of the intricate lattice structure of a metal electricity pylon. The geometric patterns of intersecting beams and wires create a complex web of lines against a bright sky, emphasizing the engineering and architectural design.
Workers wearing safety gear are engaged in construction activities at a site with rocky terrain. They are handling large metal rods, possibly for reinforcing concrete structures. Piles of earth and construction materials surround the area.
Workers wearing safety gear are engaged in construction activities at a site with rocky terrain. They are handling large metal rods, possibly for reinforcing concrete structures. Piles of earth and construction materials surround the area.
A large industrial setting with intricate piping and machinery connected by large white pipes supported by a yellow metal framework. The environment appears to be part of an offshore platform or processing facility.
A large industrial setting with intricate piping and machinery connected by large white pipes supported by a yellow metal framework. The environment appears to be part of an offshore platform or processing facility.
A network of metallic trusses and beams is prominently featured, showcasing an industrial or construction setting. Chains and cables are attached to various parts, with some black equipment hanging from them. A tarpaulin or white fabric covers part of the structure, suggesting an outdoor or temporary installation.
A network of metallic trusses and beams is prominently featured, showcasing an industrial or construction setting. Chains and cables are attached to various parts, with some black equipment hanging from them. A tarpaulin or white fabric covers part of the structure, suggesting an outdoor or temporary installation.
A complex network of large, industrial pipes is supported by a metal framework, situated on a sandy surface. The pipes are metallic and exhibit some signs of rust and wear. Overcast skies provide a muted backdrop to this industrial scene.
A complex network of large, industrial pipes is supported by a metal framework, situated on a sandy surface. The pipes are metallic and exhibit some signs of rust and wear. Overcast skies provide a muted backdrop to this industrial scene.
A complex network of industrial stairs, platforms, and pipes with a person wearing a hard hat and safety attire standing at the bottom. The environment is filled with metallic structures and equipment, indicating a manufacturing or industrial setting.
A complex network of industrial stairs, platforms, and pipes with a person wearing a hard hat and safety attire standing at the bottom. The environment is filled with metallic structures and equipment, indicating a manufacturing or industrial setting.
Innovation-Led Design

We prioritise innovative thinking at every stage of the design process, applying advanced methods and modern tools to deliver engineering solutions that are both effective and future-ready.

Client-Centric Approach
Industry-Leading Talent

Our team is composed of recognised engineers with proven experience in complex projects. Their technical expertise and strategic vision ensure the highest quality outcomes for every client.

We approach each project in a personal matter to better understand client’s objectives, constraints, and long-term goals.

Efficiency-Driven

We focus on optimising every element of our work, from design and material selection to project timelines, as to reduce cost and resource use without compromising on quality.

Cross-Sector Expertise

With experience spanning infrastructure, industrial, commercial, and public sectors, our team brings a broad perspective and adaptable skillset to each project.

Collaborative Process

We believe the best results come from strong partnerships. Our team works side by side with clients, stakeholders, and contractors to ensure seamless communication and successful delivery.

News

Led by Dr. Eddie McCarthy, a new state-of-the-art tidal turbine blade has been manufactured in Scotland for the first time — and at a lower cost than previous versions. According to its developers, this innovation could help reduce the levelised cost of tidal energy.

FastBlade leader Dr Eddie McCarthy, said: “This project represents a major step change in our group’s capacity to manufacture tidal blades at reasonable size scale (around three metres long) at a reasonable speed ... we have found a faster, cheaper route to manufacture than the usual tidal blade fabrication."