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Click here or scroll down to respond to this candidate Candidate's Name
EMAIL AVAILABLE | PHONE NUMBER AVAILABLE | LINKEDIN LINK AVAILABLE
Education
Master of Science in Mechanical Engineering (Street Address /22-05/24)
Arizona State University, Tempe, Arizona GPA: 3.5/4
Bachelor of Engineering in Aeronautical Engineering (Street Address /18-06/22)
Gujarat Technological University, Ahmedabad, Gujarat GPA: 3.2/4
Technical Skills
Design and Modelling Tools: SOLIDWORKS, AutoCAD, ANSYS, CATIA V5, COMSOL Multiphysics, Fusion360
Data Analysis and Statistics: JMP, R, MATLAB, Minitab
Quality Control: RCA, CAPA, Lean Six Sigma Green Belt, SPC, 8D Methodology, NDT, FMEA, DMAIC
Manufacturing: Lean Manufacturing, Injection Molding, Additive Manufacturing, CNC Machining,5S
Certifications: Lean Manufacturing, Six Sigma, Geometric Dimensioning & Tolerance (GD&T)
Professional Experience
Shivam Engineering, Gujarat, India |Production Engineering Intern (11/21-07/22)
Supervised the fabrication of pressure vessels, columns, reactors, and process equipment, ensuring 100% compliance
with drawings and specifications.
Managed all pre-production activities and post-manufacturing tasks, including plate identification, marking, cutting, fit-
up, and welding, while coordinating material and machinery procurement, reducing lead time by 10%.
Led workshop operations and manpower allocation for a team of 20 workers, liaised with QA&QC, design, and third-
party inspectors, ensuring adherence to quality and safety standards, resulting in a 10% decrease in defects.
Developed troubleshooting guides and provided technical training for maintenance and operations personnel, reducing
equipment downtime.
Ashirwad Auto Tech Pvt. Ltd., Gujarat, India |Manufacturing Intern (01/21-07/21)
Optimized the design of radiator pressure caps using SolidWorks, enhancing functionality by 8% and conducting
pressure test simulations with ANSYS, leading to a 6% reduction in failures.
Streamlined the manufacturing process by focusing on robustness and quality standards, ensuring the ERP system
reflected process enhancements and maintaining quality control records, increasing production efficiency.
Improved assembly precision and quality, boosting efficiency by 9% and reducing workplace accidents by 4% through
the implementation of safety protocols and project management tools.
Catalogued engineering documentation, including PFMEA, Control Plans, and Work Instructions, which contributed to
improvement in process consistency.
M/S Bearing Manufacturing Company, Gujarat, India | Quality Engineering Intern (05/20-12/20)
Performed thorough inspections and quality checks on bearings and related products, utilizing precision measurement
tools and techniques to ensure compliance with industry standards and specifications.
Implemented quality improvement initiatives, incorporating Six Sigma and Lean methodologies to achieve a 5%
reduction in defect rates.
Collaborated with engineering and production teams to identify root causes of quality issues and implement corrective
actions using FMEA and 8D, significantly enhancing product quality.
Brahmastra Aerospace Systems, Chennai, India | Design Intern (01/20-03/20)
Created a 3D CAD model using AutoCAD for a 1U CubeSat, including internal components and deployment mechanisms.
Constructed model of 1U CubeSat using devices such as Attitude Determination and Control System, MicroMAS-1
Sensor, Magnetorquer Board.
Employed JMP for statistical analysis of drone flight test data to identify trends and optimize performance parameters,
resulting in a 13% increase in flight time and a 5% reduction in motor power consumption.
Projects
Finite Element Analysis of Fused Deposition Modelling Process for Additive Manufacturing (01/24-05/24)
Explored issues like warping and layer separation, enhancing knowledge of additive manufacturing challenges.
Analyzed intricate simulation models using ANSYS to optimize thermal behavior and printing conditions.
Created a report summarizing the findings to improve the quality and efficiency of FDM processes.
Passive Flow Separation Control On An Airfoil-Flaps Model (01/22-05/22)
Optimized high-lift systems for aircraft using CFD, improving lift-to-drag ratio using flow separation control techniques.
Designed and analyzed airfoil-flap geometries with CATIA V5 and ANSYS for better aerodynamic performance.
Enhanced lift coefficients by 6.9% and reduced drag through passive flow control devices.
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