Tanmay Srivastava Email & Phone Number

Newark, California, Us

Novi, Michigan, Us

Design and manufacturing of components to be used in the next generation of battery packs and battery modules for EV industry.1) Conceptualized and designed new plastic Injection molded components that would provide electrical Isolation and Insulation for the conductive components in the High Voltage paths.2) Swiftly designed and got parts delivered to the assembly line for very high profile and quick turnaround projects with the entire process just taking one week.3) Used Software's like NX and Solidworks to generate CAD and Drawings(ASME Y14.5-2018) for the components and analyzed worst case scenarios for Creepage and Clearance distances using 3DCS Tolerance analysis Software.4) Managed a multi-discipline team for the creation and usage of the new PLM system as per Client requirements using Teamcenter.5) Increased Efficiency of the Assembly line by working with Supply chain and Manufacturing teams to locate and troubleshoot bottlenecks in the system.6)Generated a quality test spec for the leak rate of EV cells working with the cell supplier, test houses and test equipment manufacturer.

San Francisco, California, Us

-Managed and delivered up to 4 projects simultaneously on time, with every task from Conceptualization to Artwork for Customer documentation while adapting to world events and changing market forces.-Assisted Product management in Conceptual phase by giving design and COG’s feedback to Industrial Design team.-Designed and released Plastic Asymmetric Wave guide assemblies to be used across various SKU’s of Cinema speakers enhancing the efficiency of High frequency production of the speakers by over 50%. -Worked with Overseas Injection molding tool makers to design $200K+ worth of tooling for high volume plastic component -Designed the most efficient and highest powered LFE Speaker in the Cinema speaker market below expected COG’s.-Specialized in FEA and Modal analysis in ANSYS providing design feedback to the team for all Products and Sub-assemblies.-Created Vibration Test Software and Methodology for speakers from scratch using NI DAQ’s, Accelerometers and Data acquisition and analysis tools in MATLAB leading to more efficient trouble shooting in products or sub-assemblies.-Designed UL Validation Testing procedures and worked with different teams on allocating man-hours and equipment time.-Working closely with US Manufacturing and Overseas Contract manufacturers on DFM feedback and possible solutions.-Designed Jigs and fixtures for Sub-Assemblies in collaboration with Manufacturing reducing labor time and COG’s. -Generated Mechanical testing and Cosmetic Requirements documentation in consultation with others in the Engineering team and Overseas Contract Manufacturer’s to get the best possible products while ensuring cost effective manufacturability.-Efficiently Designed packaging solutions by working with Shipping and Product management to reduce the size of packaging, increasing quantities of shippable products in the same volume while ensuring quality of product delivered to customers.

San Francisco, California, Us

Engineering solutions for the modern Cinema loudspeaker market for the most immersive sound experience targeting North America, China, and the EMEA markets.1) Design and analysis of wooden enclosures for High power Low-frequency Loudspeakers.2) Designed Plastic Injection Waveguides for Surround and Screen Channel speakers for the next generation of Dolby technology-powered Loudspeakers.3) Transferred technology to overseas Contract manufacturing for best quality products and reasonable cost.

Jackson, Michigan, Us

Designing and Managing, new and temporary utility distribution for large-scale businesses and residential complexes from start to finish in the pre-requisite stage along with training new recruits. Managed and delivered up to 10 projects simultaneously, scope of work ranging from data collection, design modifications and resource management. Followed the ‘CE WAY’ or Six Sigma techniques to ensure limited wastage of Human labor, physical assets and time while scheduling projects for construction. Conducted inter departmental meetings to ensure maximum level of efficiency while transferring projects from one to another and making sure communications are clear between departments. Actively participated in training and demonstrating the processes to a group of new employees ensuring they integrated with the work force fluently.

Peachtree City, Georgia, Us

Design, Testing, Analysis and Validation of new models of Automobile Infotainment systems reflecting the need of the customers and delivering the final product in accordance to industry standards. Design and dimensioning of new body of Car infotainment systems to be released in 2018 and getting approval from Customer. Analyzing failure of Mechanical Part of Prototype during Validation and testing and conducting root cause analysis of the failure Research into new products that can be used and implemented in future designs of radio units and testing its feasibility. Developing new test fixtures with the approval of the customer to simulate extreme working conditions of the final product. Approving PPAP of new suppliers for Aluminum and Magnesium die-cast parts to the quality requirements of Panasonic. Vibration and CFD analysis of newly developed hardware and ensuring design performs according to demands of Customer.

Exton, Pa, Us

I worked as an intern at the Bentley systems Inc. working on the SACS project. My internship project entails the connection of two of Bentley systems software's that is AutoPIPE and SACS. Currently in the industry piping and structural work is done separately, usually by 2 teams that have different softwares to work on and have to transfer the piping stress results to the primary structure manually. With this interoperability between the 2 softwares the hundreds of man-hours wasted in this intensive process can be avoided completely. The different steps of my job here are1)Designing AUTOpipe models of piping and related secondary steel according to existing standards. The piping models were made for actual off-shore oil fields that exist. These models were developed after referring directly to clients of SACS and the target customers.2) After the AUTOpipe models were developed, the Primary skid was developed in SACS to envelope the piping model. The model had to take into considerations all the loads that would be generated due to the piping.3)The primary skid model was made on STAAD and very simple analysis sets were run on both models to check for any deflections that did not match for validation.4)The AUTOpipe models were analysed for pressure and temperature conditions faced by pipings used in off-shore oilfields and the resultant stresses on the secondary steel were imported into SACS. The supports were considered rigid.5) Once the results of the AUTOpipe models were successfully imported and connected into the SACS model the analysis was run in SACS for weather conditions faced by off-shore structures. These results were exported into AUTOpipe.6)The deflections of the primary structure were imported into AUTOpipe and the last set of Analysis was run.These steps greatly reduced the number of man hours reduced in this redundant procedure and gives a much better result than manual entering results, which only does the pipe analysis once.

• Participate in discussions with clients to understand their needs and make drawings in AutoCAD and CATIA.• Assist in making cost estimates for the products and write a quote for the project.• Aid in communication with vendors to learn of availability of raw material and bargain a price.• Make CAD models for shop floor workers for easy understanding and hence speed up production.• Understand and solve fabrication related issues in real time on the shop floor.• Coordinate and assist in sending product to the galvanizing or PVC coating plants and finally to the client.

The aim of the internship was to prepare a list of all routine maintenance and break downs that occurred during the period of the internship and to make a report of each one. Also a report was made that gave possible changes to the previous maintenance routines that could increase the life-time of the machines. The Plant was a foundry, so there was exposure to Synchronous motors, Over-head cranes, Sand mixing equipment and AC furnaces.

Master'S Degree, Mechanical Engineering

Bachelor'S Degree, Mechanical Engineering