Rashid Ozhukkaparamban

• Design of pressure vessel as per ASME/PD55100,
• Design of Heat Exchanger as per ASME/PD55100,
• Design and Drafting using Solidworks 2023
• FEA on models based on requirement
• calculation using PV Elite
• Arranging /ordering /materials need for manufacturing.
• CNC programming and nesting for laser bed using pro cut software.
• Also take care of the project as a project engineer .

• Advised clients on optimal design and production methods through face-to-face and online meetings.
• Collaborated with architects and designers to action design concepts into production phases.
• Coordinated data from architects and subcontractors to produce AutoCAD designs.
• Pitched design proposals for client assessment and approval.
• Create BOM
• Frabication Drawing on Autocad inventor
• FEA
• Created detailed CAD models and drawings for architectural designs and blueprints.
• Estimated material and equipment costs to determine project feasibility.

• Using CAD to create technical plans and design high quality CAD product models by preparing general arrangement drawings, routine layouts, assemble and detail drawings
• Drawings, sketches, and diagrams and schemes
• Revise and update CAD drawings as required
• Develop working drawings from sketches or descriptions developed by
• Engineers
• Work closely with wider team to ensure coordinated design
• Develop both 2D and 3D models, PFD's and P&ID's
• Coordinate and assist in team design reviews in order to evaluate design concepts and make recommendations
• Develop alternative design solutions or quick engineering solutions for complex problems
• Maintain records of design process in accordance with sound design practices and ISO requirements
• Maintain and update database for CAD design documentation
• Use CAD software to produce detailed technical designs including 3D drawings with parts lists and costings
• Managing creation of prototypes, 3D CAD designs and concept visualization
• Research into new technologies, materials, and production processes
• DFM (Design for Manufacture) analysis
• Managing Projects
• Report Writing and Technical Presentation
• Ansys design and analysis and stimulation and failure analysis

• Design and drafting of automotive parts and body
• Redesigned hardware components, analysing and improving existing designs to minimize product costs
• Renew products with rigorous test frameworks
• Mitigated risks in manufacturing processes by implementing environment, health, and safety regulations
• Estimated material and equipment costs to determine project feasibility
• Assessed alternative design models to improve cost- effectiveness
• Evaluated experimental results and functional analysis
• Managed product lifecycles to create stable and sustainable manufacturing processes
• Used 3D CAD software to present concepts for new product lines
• Designed parts using injection moulding techniques to create high-performing moulds.