Key Contributions:

Multi-Level Engineering: Designed a two-level structure with stairs, platform and handrails to BS EN ISO 14122 Standards

Sheet Metal Integration: Used SOLIDWORKS Sheet Metal for stair treads, stringers, and handrail components to ensure fabrication accuracy.

Space and Safety Optimization: Modelled within confined factory areas to maximize clearance and minimize operator risk.

Fabrication Package: Delivered comprehensive manufacturing drawings, BOMs, and assembly guides for efficient production.

Outcome: Provided a durable, compliant platform that enhanced operator safety, reduced manual handling, and streamlined maintenance operations.

Key Skills Demonstrated:

1. Multi-Level Structural Design - Designed a two-level access platform for both operator and maintenance use. Accounted for live load distribution, vibrations of surround vessels. and deflection using SOLIDWORKS structural tools.
2. Sheet Metal and Component Integration - Modelled stair treads, stringers, and guardrails using SOLIDWORKS Sheet Metal, ensuring accurate bend radii and laser-cut profiles. Standardized panel dimensions and joint patterns to streamline fabrication.
3. Space and Optimization and Ergonomics - Conducted spatial analysis to achieve safe clearances around process equipment and pipework. Designed ergonomic landing heights and handrails configurations compliant with BS EN ISO 14122.
4. Fabrication and Assembly Documentation - Produced full fabrication drawings, GA layout, and part lists for manufacture and assembly. Implemented revision-control workflows to track design changes through the project lifecycle.
5. Project Execution & Safety - Supported installation teams with on-site guidance and ensuring accurate alignment. Delivered a structure that improved operator safety, reduced manual handling risk, and enhanced process accessibility.