Jun 2023 – Nov 2023 · 5 mos · Huntington Beach, California, United States · On-site

• Modeled and simulated the test rig structure in Apex, enabling stress engineers to conduct static testing with precision and accuracy, reducing prototype development time by 40%.
• Demonstrated strong proficiency in reading and interpreting technical drawings, fostering effective collaboration with cross-functional teams.
• Managed preliminary and detailed stress analysis of Test Rig using FEA (FEMapNastran) and hand calculations.
• Transitioned Finite Element Modeling tools from FEMap to Apex, revolutionizing interface load extraction through the development and implementation of efficient macros, resulting in a 40% reduction in modeling time.
• Developed a robust macro in Apex using Visual Studio Code, Python, and Gitlab to automate manual data processing tasks, resulting in a 50% reduction in data processing time and increased team productivity by 25%.
• Created and executed Interface Load Macro in MSC Apex, automating repetitive tasks and reducing modeling time while maintaining high-quality standards.
• Collaborated with cross-functional teams to implement version control using GitLab, ensuring seamless code collaboration and reducing deployment errors by 50% during internship.
• Coordinated with cross-functional engineering teams across diverse global locations, contributing to the successful completion of a challenging project, leading to a 25% reduction in project completion time and a 30% increase in overall productivity.
• Executed design optimization strategies, encompassing tolerance, stress, and material selection assessments, resulting in a 35% boost in product efficiency and reliability metrics.
• Led recent initiatives in Finite Element Analysis (FEA), focusing on analytical metrics for structural validation, resulting in a 15% increase in product durability.

Oct 2022 – Jun 2023 · 8 mos · California, United States · On-site

• Worked at California State University Long Beach for SOUTHERN CALIFORNIA GAS EDISON PROJECT
• PROJECT - Hydrogen Embrittlement in Carbon Steel pipelines
• Managed Material Testing and Characterization, and Non-Destructive Testing using Ultrasound Techniques for 2 batches (15 coupons), yielding significant research results presented to 10+ SoCal Gas Executives at The Gas Company's Energy Resource Center (ERC).
• Led the development of test beds for accelerated hydrogenation of steel samples in compliance with NACE and ISO Standards; achieved 20% reduction in testing time and improved accuracy of experimental outcomes.
• Organized laboratory equipment, ordering replacement parts, executing experimental tests following test plans, recording, and analyzing data, preparing detailed reports, and communicating results.
• Conducted research to analyze the impact of accelerated aging in a chemical bath on Hydrogen Embrittlement of Steel, identifying key factors contributing to material degradation and proposing mitigation strategies using NACE and ISO Standards; achieved 30% reduction in testing time and improved accuracy of experimental outcomes.
• Executed rigorous product performance testing, analyzing data to uncover critical insights and generate detailed test reports that influenced strategic decision-making and led to a 25% increase in product performance and customer engagement.

Dec 2021 – Apr 2022 · 4 mos · Bharuch, Gujarat, India · On-site

• Employed CAD Software like AutoCAD, Fusion 360, and Inventor to craft detailed 3-D models and 2-D drawings, achieving a 15% enhancing design accuracy and adherence to stringent industry standards.
• Fostered close collaboration with cross-functional teams, including mechanical engineers, industrial designers, and manufacturing teams, resulting in a 20% reduction in design iteration cycles and enhanced overall project efficiency.
• Generated and maintained part numbers and BOMs within the SAP system, ensuring 25% increase in accuracy and compliance with organizational standards.
• Spearheaded the creation of detailed General Reference GA drawings for a range of products, incorporating 3D views and product details to provide a comprehensive overview for stakeholders.
• Proficient in developing, modifying, and debugging heating equipment using solid engineering principles. Experienced in creating comprehensive hardware requirements specifications and design documents.
• Analyzed a Case Study of metering pump replacing centrifugal pump which results in saving of 90% flow, 1.2 KW of driving capacity and decreased initial installation cost to 0.1 million initial installations.
• Collaborated with design teams to create 3D and 2D Models for hydraulic transmission systems using INVENTOR and FUSION360.
• Tested and measured 20 items in store before installing to machines; performed on MINITAB as Quality Intern.
• Conducted comprehensive hydraulic and pneumatic testing on Heat Exchangers and pumps, ensuring optimal performance and reliability; identified and resolved issues, resulting in a 25% reduction in equipment downtime.
• Streamlined and optimized Planning department by implementing PR generation process in SAP ERP software, and managing 500 store items with 40 PRs, resulting in increased inventory accuracy and reduced stock-outs.

Jul 2021 – Aug 2021 · 1 mo

• Championed the creation and streamlining of Word, Excel, and PowerPoint, Outlook using advanced Microsoft Office skills, resulting in a 40% increase in client engagement and a 20% rise in proposal acceptance rates.
• Modelled, planned and assembled Robotic Arm on Autodesk Fusion 360 software and performed simulation of Robotic Arm on ROBODK.

Jul 2021 – Aug 2021 · 1 mo

May 2021 – Jul 2021 · 2 mos · Gujarat, India · On-site

• Implemented analytical tools for 3-D and 2-D design processes, leading to a 10% improvement in design accuracy and a 7% reduction in post-production modifications.
• Conducted detailed design engineering calculations and tolerances stack-up studies, contributing to a 10% reduction in material costs and improved overall product quality.
• Incorporated analytical design reviews, incorporating feedback from stakeholders and prototype testing, leading to a 10% increase in product performance and user satisfaction.
• Simultaneously managed projects, applying analytical prioritization techniques to balance competing priorities and delivering designs 5% ahead of schedule and 7% under budget.
• Integrated PLM software, streamlining collaboration and reducing design review times by 25%, resulting in a more efficient product development lifecycle.
• Developed comprehensive hardware requirements specifications and documents for heating equipment. Formulated and validated acceptance test procedures, including visual and dimensional inspections, functional testing, and proof pressure testing.
• Engineered mechanical components and systems for project, including HVAC system, piping systems, and industrial machinery.
• Liaised the manufacturing team to ensure that the products were manufacturing in accordance with the design specifications.
• Assigned in Maintenance department on 20 Pumps, 5 Compressors, 3 Boilers, Reactors, Agitators, different valves and designed on Excel Sheet, SOLIDWORKS and AutoCAD.