Mechanical Engineering — Design & Advanced Manufacturing

Theo Wride

Final-year MEng Mechanical Engineering student with 15+ months of professional industry experience at Renishaw and Nissan. I have a particular interest in combining innovative design methodologies with efficient manufacturing processes to solve real-world engineering problems.

PROFILE — T. WRIDE
Discipline Mechanical Engineering with Year in Industry
Focus Design · Additive Mfg
Institution University of Bristol
Status Final Year MEng
Based Bristol, UK
Availability Graduate roles, 2027

Experience

01 / 05
  1. 01

    Mechanical Team Lead & Chassis/Powertrain Integration

    Sep 2025 – Jul 2026

    UKSEDS Advanced Olympus Rover Trials · Bristol, UK

    • Led the mechanical sub-group for a national university rover competition team, managing deadlines across all deliverables using Gantt charts, risk registers and budget plans.
    • Ran static and dynamic FEA to confirm structural rigidity and tune the chassis's natural frequency clear of the competition's vibration-test parameters — achieving the best vibration-test performance in the competition.
  2. 02

    Mechanical Engineering Placement

    Jun 2026 – Aug 2026

    Renishaw UK · Woodchester, UK

    • Placement within Renishaw's interferometric laser encoder team.
    • Redesigned product and assembly process elements, cutting manufacturing costs by £20k/year while resolving several high-cost quality concerns.
    • Redesigned tooling for a key assembly, consolidating four manual steps into one automated operation — a 60% reduction in labour time (£10k/year saved) and the removal of an existing ergonomic strain.
    • Led a cross-functional design team to develop new tooling for fibre optic assemblies, eliminating multiple assembly-related quality issues.
    • Presented three workflow improvement strategies to the engineering team, including cost-benefit analysis on test equipment.
  3. 03

    Trim & Chassis Vehicle Engineer

    Aug 2024 – Aug 2025

    Nissan Motor Manufacturing UK (NMUK) · Sunderland, UK

    • Collaborated with four design centres and contractors across Europe, the US and Japan to investigate and resolve high-priority customer quality concerns.
    • Applied advanced CAD (surfacing, PLM management, design for manufacture) skills to optimise process cycle-times and operator ergonomics.
    • Developed prototyping knowledge through jig design projects, including a 3D-printed TPU rubber jig, optimising for robust, accurate geometry.
    • Built automotive tolerance stack-up skills to support root-cause analysis of dimensional fit-and-finish issues.
    • Presented cost-reduction and quality items directly to senior plant directors.

Personal Projects

02 / 05

Carbon Fibre Rear Wing Build (Using FDM & Metal AM)

FDM · Metal AM · CAD · Carbon Fibre
  • Used FDM 3D printing to create moulds for a carbon fibre vacuum moulding process.
  • Designed strut components for metal AM to allow internal water release channels.
  • Performed FEA to analyse approximate dynamic forces on wing struts to ensure safety.
Watch all projects on YouTube →

Skills

03 / 05

Tools and methods used across placements, competitions and personal work.

CAD Siemens NX · Fusion 360 · PTC Creo · PLM
Additive Mfg. FDM · SLA · Metal AM · Design for AM · Specialist Materials (ASA, PA6 CF) · GD&T
Analysis Abaqus · Python · MATLAB
Process Design for manufacture · Cycle-time optimisation · Cost-benefit analysis · Tolerance stack-up

Education

04 / 05

MEng Mechanical Engineering with Year in Industry

2022 – Present

University of Bristol

Year 186% (Mathematics)
Year 275% Overall
Industry Year76% Overall
Year 375% Overall

Beyond Engineering

05 / 05

BSAC Assistant Scuba Dive Instructor

2025 – Present

BASI Level 1 Ski Instructor

2020 – Present

Private Maths Tutor

80+ hours coaching GCSE–A-Level transition students
CONTACT

Let's talk.

Open to graduate roles in design and advanced manufacturing across the UK.