Services

Our services are centred around intellectual property that can be registered. We protect innovation, design, and branding across all sectors of industry, and at all stages in the supply chain.

For each IP right we offer services covering strategic advice, pre-registration searches, registrations and renewals, oppositions and dispute resolution. We handle work throughout the world, working with local colleagues in over 100 countries.

Services

Sectors

Our attorneys specialise in one or more sectors of industry, which enables them to provide quality advice with a commercial focus.

Our patent specialists have detailed understanding of the background technology, which ensures that your patent applications are prepared with the correct scope, reducing the likelihood of challenges from third parties and objections from the patent office.

They also advise whether other forms of protection would be more appropriate. Our brand specialists work with brand managers for leading brands and their advice is commercially focussed making sure that you get the best value from your budget.

Sectors

Ethan Hutchings

Assistant

Contact

Cambridge Office

Call+44 (0)20 7242 0901

Email Ethan.Hutchings@reddie.co.uk

Ethan Hutchings is a trainee patent attorney in the Engineering, Manufacturing, and Consumer Products team.

Ethan joined Reddie & Grose in September 2022 after beginning his career as a technical engineer for an aerospace manufacturer that works with multiple global OEMs. His work, as an engineer, was particularly focussed on new product development and introduction of aircraft engine components. This involved creating methods of manufacture, ensuring that materials adhered to industry testing standards by advising on heat treatment, forging, and machining processes, and using CAD to simulate 3D models of components during the manufacturing process.

Ethan studied Aerospace Engineering at a master’s level. He undertook a wide range of modules, gaining knowledge in high performance materials, airframe structures, simulation-based product design, thermodynamics, propulsion, flight dynamics and control. Additionally, he completed a research project analysing the efficacy of the MacCormack method; using it to solve Euler equations, when applied to a shock tube.

During his studies, he was an active participant in Formula Student where he was the lead in simulations for the chassis team in his final year.