Walmer Group

R&D in Engineering

From materials and prototypes to control systems and testing, engineering teams resolve technical uncertainty every day.

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Typical qualifying R&D

Examples of the work we see qualify in this sector. What matters is the technical uncertainty a project resolves, not the industry it sits in.

  1. 01

    Design and Development of Innovative Engineering Solutions

    Creating new engineering products or systems, or significantly improving existing ones. This can include developing novel machinery, devices, or structural systems that offer enhanced performance, efficiency, or capabilities.

  2. 02

    Advanced Manufacturing and Production Techniques

    Innovating in manufacturing processes to achieve greater precision, reduce costs, or increase production speed. This can involve the use of advanced robotics, additive manufacturing (3D printing), or automated control systems.

  3. 03

    Development of Sustainable Engineering Solutions

    Researching and implementing sustainable engineering practices, such as developing energy-efficient systems, reducing waste, or using eco-friendly materials. Projects can also focus on recycling or resource recovery technologies.

  4. 04

    Prototyping and Testing of New Engineering Concepts

    Designing and building prototypes to test and validate new engineering designs. This involves iterative testing, performance evaluation under various conditions, and refinement of prototypes to meet design goals.

  5. 05

    Digital Engineering and Simulation

    Utilising digital tools and simulation software to design, model, and test engineering projects. This includes developing digital twins, conducting finite element analysis (FEA), and using computer-aided design (CAD) tools to optimise engineering solutions.

  6. 06

    Innovative Structural Engineering Projects

    Creating or improving structural designs to solve complex engineering challenges. Projects may involve developing new construction techniques, materials, or designs that enhance structural integrity, reduce costs, or improve functionality.

  7. 07

    Automation and Control Systems Development

    Designing and implementing advanced automation and control systems to enhance the efficiency and precision of engineering processes. This includes developing custom software, control algorithms, or integrating IoT devices for smart automation.

  8. 08

    Innovations in Energy and Power Systems

    Researching and developing new technologies for energy generation, storage, or distribution. This can include work on renewable energy systems, energy-efficient technologies, or improvements in power transmission and grid management.

  9. 09

    Enhanced Quality Assurance and Testing Procedures

    Innovating new methods for quality assurance and testing to ensure product reliability and compliance with standards. Projects may involve developing advanced testing equipment, automated inspection systems, or new testing protocols.

  10. 10

    Development of Smart and Connected Systems

    Creating smart engineering systems that integrate connectivity and data analytics to optimise performance. This can include developing IoT-enabled devices, smart sensors, or systems that leverage big data for predictive maintenance and real-time monitoring.

  11. 11

    Customised Machinery and Equipment Design

    Designing and fabricating specialised machinery or equipment to meet specific engineering challenges. This involves creating custom solutions that improve efficiency, accuracy, or capabilities in various industrial applications.

  12. 12

    Innovative Material Handling and Logistics Systems

    Developing new systems for efficient material handling, storage, and logistics within engineering operations. This includes innovations in automated material transport, warehouse management, and supply chain optimisation.

Client case study

Advanced Composites Engineering

advcomp.co.uk
Client
Don Robinson
Sector
Novel and advanced composites solutions
Scheme
SME
Turnover
£200k to £500k
Employees
10 to 30
It was our first-time claiming R&D, and we are thrilled to have worked alongside the Walmer team. We didn’t know what to expect from this but now we wish we had claimed R&D in the past. During our process with Walmer, we have gained extensive knowledge from the process on how to best structure our internal processes when identifying R&D-related projects. If you haven’t yet claimed on R&D, I would strongly recommend speaking to the team!
Don Robinson

How we can help

One senior team across the whole funding pathway, from the first claim to raising investment.

Related industries

ArchitectureConstructionManufacturingAll industries