Vivek Tiwari

Company Overview: Design Engineering and Manufacturing

• Implemented design and engineering techniques to optimize functionality of static equipment.
• Conducted thorough review and analysis of tender specifications to identify and emphasize client requirements based on Design Code, Material Grades & Codes.
• Reviewed client specifications and technical bid documents to ensure compliance with industry codes and standards, such as ASME SEC VIII Div.1 and TEMA.
• Checked technical inputs received from cross functional departments such as project and process department to proceed for further activities.
• Prepared and issued Bill of Materials for raw material procurement.
• Managed documentation processes according to ASME and industry regulations.
• Prepared General Arrangement Drawings.
• Assisted CAD team by supplying necessary details for GA and fabrication drawings.
• Managed the submission process of General Arrangement Drawings to clients, ensuring prompt review and approval.
• Performed mechanical design calculations of Pressure Vessel & Shell and Tube Heat Exchanger using PVElite Software, adhering to International Design Codes & Standards.
• Reviewed Fabrication Drawings, providing necessary fabrication clearance to the Production Department.

Pre Order Stage – Front End Engineering Design (FEED)

• Review and Analysis of tender specifications in-depth and highlighting stringent client requirements as per Design Code, Material Grades & Codes
• Verifying the mechanical design calculations of the Shell and Tube Heat Exchanger as per International Design Codes & Standards

Post Order Stage – Detail Engineering

• Review of Drawings and Documents based on ASME Sec.VIII Div.1, Client’s Specifications
• Evaluating the client requirement as per the applicable Design Code and Standard
• Ensured compliance with industry codes and standards, such as ASME SEC VIII Div.1 and TEMA
• Design of Pressure Vessel and Heat Exchanger using PVElite Software
• Preparation of Mechanical Data Sheet

Company Overview: Design and Engineering for Die Tool Molds

• Reverse engineered products by taking precise dimensions from actual jobs and creating comprehensive reports and drawings for efficient product development.
• Managed outsourced services for procurement and material management
• Utilized CAD software such as Creo and Solid Works to create detailed designs for a range of die molds used in the production of rubber products like gaskets, O-rings, washers,and extrusion dies.
• Took charge of guiding the Design & Development and shop floor teams, achieving goals set in a monthly development plan.
• Reviewed part drawings to assess technical specifications, application requirements, and development needs

Company Overview: Engineering Procurement and Construction (EPC)

Pre Order Stage – Front End Engineering Design (FEED)

• Review and Analysis of tender specifications
• Verifying the mechanical design calculations of Static Equipment such as Pressure Vessel and Shell and Tube Heat Exchanger as per International Design Codes & Standards.

Post Order Stage – Detail Engineering

• Evaluating the client requirement as per the applicable Design Code and Standard.
• Review of Manufacturing Drawings, Vendor / Sub Contractor Drawings and Material Critical Requirement Sheet ensuring the design parameters are being complied.