Specialisation
Engineering Skills That Build Excellence
A comprehensive mapping of mechanical engineering capabilities, CAD tools proficiency, and compliance protocols.
CAD Engineering
- 3D CAD Modelling
- Assembly Design
- Parametric Modelling
- Drawing Creation
- Design Revisions
- CAD Data Management
CLASS_REF: SC-1ACTIVE
Industrial Access Systems
- Walkways
- Access Platforms
- Vertical Ladders
- Ship Ladders
- Stepovers
- Guardrails & Handrails
- Toe Boards
- PFC Frames
CLASS_REF: SC-2ACTIVE
Fabrication Engineering
- GA Drawings
- Fabrication Drawings
- Weldment Detailing
- BOM Creation
- Part Numbering
- Manufacturing Notes
- Fastener Specification
CLASS_REF: SC-3ACTIVE
Process Equipment
- Tank Systems
- Ultrasonic Cleaning Systems
- Wash/Rinse Systems
- Dryer Units
- Pump & Filter Integration
- Stainless Steel Fabrication
CLASS_REF: SC-4ACTIVE
Structural & Platform Design
- Steel Frames
- Support Structures
- PFC Beds
- Grating Layouts
- Load Path Awareness
- Installation Constraints
CLASS_REF: SC-5ACTIVE
Design for Manufacture (DFM)
- Practical fabrication logic
- Assembly clarity
- Standard component use
- Tolerance awareness
- Shop-floor readable drawings
CLASS_REF: SC-6ACTIVE
Drawing Standards Compliance
Every fabrication drawing and general arrangement is detailed to international standards to prevent shop floor misinterpretations. This includes rigorous application of **BS 8888** (Technical Product Specification), **ISO 128** (General principles of presentation), and clear weld symbol structures.
ISO-128BS-8888GD&TBS-EN-ISO-14122
Design for Manufacture (DFM)
Design isn't just about virtual models; it's about physical feasibility. I focus on optimizing sheet metal layouts, ensuring standard raw profile uses (PFC, SHS, CHS), checking fastener clearances, and maintaining sensible welding access to minimize overall production times.
Tolerance stack-up assessments
Standardised fasteners & profiles