• Develop 3D models and detailed manufacturing drawings using SolidWorks, DraftSight, AutoCAD, and Inventor while maintaining BOMs in these software’s together with ERP system.• Apply GD&T principles to ensure precise and manufacturable designs.• Review and optimize designs for manufacturability (DFMA) and compliance with customer specifications.• Analyze technical specs from key clients.• Plan and route manufacturing processes, ensuring cost-effective and efficient production.• Assist in cost estimation, prepare vendor RFQs, and coordinate procurement activities.• Manage end-to-end project workflows, including contract reviews, stakeholder meetings, material specification checks, and final deliverables.• Oversee quality assurance by reviewing Inspection Test Plans (ITPs), addressing MRBs, and assisting with quality-related resolutions.• Design specialized fixtures and tooling to streamline manufacturing operations.• Lead manufacturing of nuclear components and major refurbishment projects following CSA standards (N299.3, N299.4).• Contributing to quality manual development for N299.2 compliance.• Familiarity with other quality standards such as ISO 9001, controlled goods etc.• Exposure to other clients span industries such as imaging, medical, aerospace, and more.

• Designed pressurized and non-pressurized equipment such as Deaerators (SM, TMP, SRG), feed systems (BFS, CST), storage tanks (SRG and DUO) as per customer specifications• Ensured compliance with ASME codes & standards – ASME Sec. VIII Div. 1, ASME B31.1, ASME B16.5• Lead and developed the Design Automation Tool project (using iLogic in Autodesk Inventor) for creating automated 3D models for equipment manufactured at CB, STR based on configuration by customer, hence leading to a considerable time reduction for customer deliverables• Created 3D models for equipment, manufacturing 2D drawings, dimensional diagrams and piping designs by proficient use of Autodesk Inventor and AutoCAD• Experience with reading process and instrumentation (P&ID), customer specifications and other documents to understand project requirements• Designed 3D models and fabrication drawings for auxiliary components such as Platform and ladder (with OHSA compliance) and piping skids• Calculated NPSH requirements to avoid pump cavitation and performed seismic calculations to ensure safe design based on requirements and helped in creating and maintaining templates for the same using MathCAD• Accustomed to use of analytical tools like AutoPIPE for pipe stress analysis and Ansys• Helped in internal standardization to improve design consistency• Communicated with vendors and customers regarding issues and understanding specifications• Provided time-bound manufacturing support to resolve issues relating to Non-Conformance Reports (NCR)

• Working with Kelly Services as a Quality Inspector to ensure that services exceeded customer expectations by verifying inventory history records for completeness and accuracy• Performed and documented visual and dimensional inspection and physical testing of incoming and in-process components and finished products working alongside the Receiving Inspection team at TMMC• Assisted the team lead for allocating daily job duties to all team members and also helped in the timely completion of safety audits, timecards and meetings with the TMMC RI team

• Gained technical knowledge regarding the sweetening of sour gas coming from Mumbai High Oil Rig• Learned about different processing units like Gas Sweetening Unit (GSU), Gas Dehydration Unit (GHU), LPG Plant Sulphur Recovery Unit (SRU) etc. used for extracting useful products before supplying them through H-B-J pipeline• Observed the different gas turbines, boilers (heat recovery steam generation) and gas fired boilers supporting the gas sweetening process in the cogeneration plant• Acquired a chance to work on the maintenance of chillers and cooler systems being used for cooling down water for the process at industrial scale

• Learned about the managerial procedure of how a project goes through the clients order, authentication, drawing of jobs, weld specifications, local planning, testing and QA to delivery of the project• Worked in MFS-4 as a Trainee on the ongoing project of outer layer production of ITER Cryostat (International Thermonuclear Experimental Reactor - energy being produced by nuclear fusion)• Welding processes involved in the manufacturing were SAW, SMAW, GTAW, FCAW• Worked and gained hands on experience on NDT’s like UT, PT and RT• Also, gained knowledge and worked with dimensional inspection tools like Faro made 3D Laser Tracker (CMM)