Onsite deputation:Location: CNH - Industrial (Saskatoon, Canada)• Worked on design and drafting to develop a drill for ‘Seed Singulation’ purpose on Creo 3.0• Co-ordinated with shop-floor technicians to assist with manufacturing of new components• Regularly interacted with offshore team to ensure completion of deliverables in assigned timTechnical duties:• Perform modelling and drafting of large scale components and assemblies of various sub-system items.• Execute Engineering Change Requests (ECRs) as per customer requirement.• Migrate CAD items from different CAD platforms to Solidworks.• Carry out quality checks to provide deliverables that meet customer requirements.• Document work packages to track the project work in Project status excel• Provide weekly project status in meetings with customer and onsite engineer.• Technical publication work including purchase item record, Overhauling & Maintenance training manuals (PPT format), Systems technical specification comparison (word format).Project management duties:• Resource management and utilisation calculation -Resource allocation and de-allocation from projects.• Handle monthly invoicing activity and keep track of WIP and purchase orders individually for more than 7 clients.• Revenue tracking - Maintain communication with Sales, Finance / Accounting and Operations departments to ensure streamline flow of revenue.• Keep track of skills of resources and communicated with technical training officer to arrange training or industrial visits.• Participate in meetings like senior management review and quality audits.* Arranged numerous knowledge sharing sessions within the team to provide insight of different tools and techniques.* Identified vendors for component/service procurement and checked their compliance documents for registration with company.

• Created CAD (parts or assemblies) and drawings in CATIA V5 or Solidworks environment.• Identified worst CoG variants from the OEM provided offerability documents for interface load analysis with conversational bracket approach.• Prepared FEMs – model clean-up, meshing, lamina and material properties, contacts and boundary conditions.• Performed analysis or optimization using FEMAP (NX Nastran) or Altair Hyperworks (RADIOSS) and interpreted results post analysis.• Wrote quality test procedures for aircraft interiors. This also involved load distribution calculations for whiffle-tree diagrams.• Generated reports and presentations for management and clients.• Supported in filing national or international patents for the company. Conducted research and prepared required documentation for patent submission.Key Projects: -- Interface load and deflection analysis of aircraft interior monuments.- Weight optimisation of galley tray-table and trolley back-stop using Hypermesh (Optistruct).- Designing mould tools for brake-ducts for Motorsports application in CATIA V5 R19 (Part/Surface design).

• Responsibly managed checkout.• Interact with customers in order to improve customer satisfaction - knowing preferred products or suggesting them with alternatives, if required.• To come up with ideas and implement them to enhance customer services. • Participate actively to reduce loss and shrinkage.• Follow health and safety procedures to ensure safe working environment.• To work in a group to replenish shelves in time provided.

• Project Lead: Jaguar-Land Rover Group .• Planned and managed own research activity, including- Contributing to the design of samples and procedure of experiments- Analysis of findings- Preparing professional reports for industrial partners.• Precisely followed standards to manufacture Adhesive Bonded Aluminium Joints.• Conducted tests on car body joints by micro-sectioning and optical examination to determine fatigue crack initiation sites and crack propagation behaviour.• Validated CAE models of different configuration joints by comparing them with the practical results.• Followed health and safety instructions to maintain a safe working environment.• Contributed towards publications by assisting with generation of high quality information for journal papers.• Presented the results to the project partners in meetings. • Continually updated knowledge and understanding in the discipline and identified, developed and applied new research techniques within established research programmes.