DEXTER RICKETTS

A motivated A-level STEM student committed to my studies of Maths, Physics and Product design. Practical hands on skills developed through work experiences and product design coursework has provided me with the essential technical skills catered for engineering. My ability to analytically breakdown complex mathematical problems will aid in solving real world multi-layered complications commonly seen in engineering. Determined to get exceptional results which can propel me towards an engineering apprenticeship to further my practical and academic knowledge.

• 3D Modelling - Familiar with 3D game modelling softwares where I have designed many assets.
• Game Development - Occasionally used game engines such as Unreal engine 4 where I have explored creating game levels.
• Running & Gym Training - Running the local run 'The Dragons Tickle' (12 miles) demonstrates resilience and strong personal motivation. Regular gym training demonstrates discipline and consistency within long term goal setting.
• Boxing - Frequented in training and sparring in the boxing gym which has instilled a level of confidence, determination and a sense of teamwork and comradery between me and my sparring partners.

In depth projects I have researched, designed and prototyped throughout my GCSEs and A-level coursework.

Space-efficient studio desk with a fully integrated custom PC built into the desk structure. Utilised skills such as technical drawing and CAD/CAM softwares in combination with CNC laser cutting machines to develop initial designs and iterations to optimise airflow whilst keeping the entire build compact. Additionally, research into anthropometrics and ergonomics allowed me to deliver a final product which steamlines workspace efficiency.

Steampunk inspired, copper pipe man desk lamp. Researching required fittings, materials, joining methods and finishes to create a sleek art piece where I used 3D modelling softwares to visualise required components before soldering and joining to minimise cost through wasted stock materials and bought-in parts. Finally, researching suitable wiring and finishing methods, to create a functional lamp with a clear polish finish providing protection yet keeping the industrial look.

Electronic reaction training system for boxing. Designed and engineered a boxing fitness aid with the intention of creating a product to improve athletes reflexes and hand eye coordination. Identifying design flaws in the original sketches and iterations allowed me to enhance drafts with a more suitable centre of mass, greater surface area at the base and a more developed user-friendly adjustability method. Investigating materials from a cost-effective, eco-friendly viewpoint helped me discover much better substitutes for components that were originally inappropriate compared to the finalised decisions. For example, replacing the base material from square tube steel to Recycled plastic timber not only insured a high mass at the base eradicating a top heavy design but also contributed to a healthier life cycle of my product. Finally, coding and electronic research to write a python script that when joined with multiple LED target arrays gave my product a more well-rounded purpose allowing users to document there development as an athlete. Extensive research into every area of development drastically changed the product from a clunky and inadequate design to a modernised, polished domestic product.