Diverse Engineering Knowledge: Demonstrated competency in Aerospace, Nuclear, and other engineering fields.
Test Rig & Machine Design: Expert in design, assembly, installation, commissioning, and maintenance of test rigs and machines across electrical, pneumatic, and framework systems.
CAD & CAM Mastery: Utilize SolidWorks and AutoCAD for precise design and manufacturing.
Computational Fluid Dynamics: Leverage various CFD software (expertise in ANSYS) for simulation and analysis.
Technical Writing & Presentation: Produce professional design and lab reports, effectively presenting project details.
Clear and Concise Communication: Effectively communicate technical project progress, challenges, and solutions to clients in a timely and easy-to-understand manner.
Skilled in RENU & Mitsubishi PLCs: Develop and manage control logic for automation systems.
HMI Design & Integration: Create user-friendly interfaces for machine operation and data visualization.
CNC Programming & Operation: Efficiently program and operate CNC machines for precise part production.
Testing & Analysis: Conduct and interpret tests on various machines (Instron Tensile Tester, TecQuipment AF100 Wind Tunnel).
Quality Standards Adherence: Ensure compliance with ISO 9001, AS9100 & BS EN 9100 standards through meticulous inspections.
Inspection Techniques: Utilize Shadowgraphs, FaroArm, and other tools for accurate measurements in controlled environments.
Expert Material Selection: Employ Granta CES for informed material and process choices.
Sustainability Focused: Integrate EcoAuditing and Synthesizer for environmentally responsible design.
Office Productivity: Utilize Office Suite (particularly Excel) for efficient data analysis and professional presentations.
IT Support Specialist: Troubleshoot and repair computers, maintain company network, and administer Office 365 suite.
Documentation Management: Develop and maintain clear and comprehensive IT documentation for employee usage.
Expertise: Design, testing, and reporting principles in aerospace engineering.
Strong foundation: Engineering physics, mechanics, aircraft design, avionics, aerodynamics, testing & performance.
Design proficiency: CAD/CAM (Solidworks), manufacture & design, product analysis, materials.
Advanced skills: Computational Fluid Dynamics (ANSYS), composites, quality management.
Industry experience: Placement year as Aerospace Quality Inspector at Arnold Wragg.
Final Year Project: Application of flow control to racing bike wheels (dissertation report & presentation).
Aircraft Performance & Design: Full design process of an airliner, from conceptualization to testing.
Current Trends in Aerospace Technology: Investigated modern technologies in airliners (independent report).
Computational Fluid Dynamics: Analyzed a 3D UAVs aerodynamics for design analysis and improvement and a 2D bike profile to assess manufacturer claims.
Composite Materials: Assessed the expanding use of composites in Aerospace and how they have been modernising the industries ever expanding environmental needs.
Quality Engineering: Examined the role of quality management in the industry.
Space & Satellite Technology: Designed a CubeSat satellite and a Mars habitat base.
Aced university coursework, demonstrating dedication and excellence achieving a high 2:1 overall (almost obtaining a 1st!)
Gained valuable industry experience through a placement year in my third year spent at Arnold Wragg as an Aerospace Quality Inspector.
Successfully completed projects across a diverse area of Engineering showcasing design, analysis, and research skills.
Working on my final year project that developed an application with potential real-world benefits and the ability to take charge of the direction it went in was an incredibly valuable experience.
Participating in multiple University societies, broadening my hobbies and meeting new people.