Working on FFP project (Fabric Filter Plant). Main tasks include working on the 3d model in Microstation and SmartPlant which include structural and mechanical components as well as ducting design and hoppers. 3D Arrangements. Doing detailed manufacturing, construction and layout drawings.

Piping, Mechanical and Structural design in PDMS 3d model. Provide Construction dept. with site drawings. (Pipe Iso’s and pipe supports). Prepare documents using MS Word 2010. Working with P&ID’s. Do site inspections and site measurements and provide solutions to Sub-contractors. Create structural drawings from Autocad exported from the 3d model.

Structural and Mechanical Design.Drawing and designing of the following:Plant Layouts; Ducting; Trusses;Access Platforms and Staircases;Steel Structures; Lifting Equipment;Steel Pallets; Lab Testing Equipment;Mechanical parts; Bogies and Bogie Drive Units;Gearbox Drive Shafts; Chutes for Shot Handling;Chain Drives and Sprockets; Conveyor belts;Safety Guards for Conveyors and Chain Drives;Automated Roller Conveyors and Turning Stations;Structural Buildings and Roofing; Security Fences; Oil Traps;Taking measurements of on-site Plant Equipment for Modifications and Upgrades.Measuring and drawing of “as built” Plant EquipmentCad program used: Autocad Mechanical 2008 (2D)

Designing, modelling and creating of manufacturingdrawings consisting of Plate Welded assemblies using Solid Edge ST3 (3D)

Conceptual and detail design, 3D modeling andcreating drawings of mechanical components involving the Shutdown and Control Systems of the PBMR Nuclear Power Plant. ASME Design, Drawing Standard SANS 1-0111. Pipe Whip Restraints design for AP 1000 Nuclear Power Plant, for Westinghouse USA using Solid Edge; Unigraphics NX 6, in conjunction withTeamcenter. Navisworks Manage 2010; Navisworks Freedom 2010; Bentley Microstation V07 (J); Autodesk Inventor Professional 2011; Autocad Mechanical 2011. (2D and 3D)