Well-educated engineer with a genuine passion for product, thermal machine design and manufacturing.

  Excellent listening, verbal communication and interpersonal skills to collaborate effectively with colleagues.

  Impeccable judgment and stellar attention to detail skills in order to achieve job goals.

  Adaptable, versatile and flexible to prioritize effectively and proactively resolve problems.

  Solid time management and organizational skills, including prioritizing tasks.

  Strong understanding of Six Sigma, Lean Manufacturing, Kaizen, 5S and Just-in-Time(JIT),principles.

  Experience with Total Productive Maintenance (TPM), Single Minute Exchange Die (SMED), Geometric Dimensioning & Tolerances (GD&T) and Failure Modes & Effects Analysis (FMEA).

  Proficient with Microsoft Word, Excel and PowerPoint; AutoCAD; SolidWorks; MATLAB; ANSYS Icepak, Spaceclaim and Mechanical; and Abaqus FEA.

Master of Engineering, Mechanical Engineering, University of Xxxxxx, Xxxxxx; earned May 2017

  Courses: Manufacturing Processes and Systems; Production Technology; Finite Element Method; Machine Design 1, 2; Thermal Conduction; Numerical Heat Transfer; Heat and Mass Transfer; Theory of Machine; Solar Thermal Energy; and Fluid Dynamics.

Academic Projects:

  Designed and fabricated a fumes extracting system to galvanize plants.

  Collaborated with fellow students to develop a system of components that could extract acidic fumes during the galvanizing process.

  Reduced the amount of sulfur from acidic fumes, which lowered pollution levels.

  Calculated pressure drop, pumping power and thermal resistance for inlet temperature and fluid velocity.

  Leveraged Abaqus FEA software to conduct stress analysis.

  Designed the optimization of a retaining ring after identifying a design failure and optimizing the design.

  Modeled a fin heat sink on ANSYS Icepak to determine temperature contours and vector plots at various flow rates for normal and coarse model; also used ANSYS Icepak to conduct thermal analysis of other heat sinks.

  Identified fluid flow and heat transfer characteristics of cross-cut heat sinks.

Bachelor of Engineering, Mechanical Engineering, Babaria Institute of Technology India; earned June 2014

Solar Powered Stirling Engine A New Hope, Global Journal for Research Analysis, Volume 3, Issue 10, Oct. 2014.

Trainee, Mechanical Engineer, Tanmay Plastics Vadodara, India     Dec. 2014-May 2015

  Performed as Quality Engineer on several projects, ensuring material matched design specifications.

  Played a key role engineering and re-developing injection-molded parts.

  Planned and coordinated engineering analysis and prepared engineering data, reports and documents.

Industrial Intern, Mechanical Design Engineer, Gunatit Engineers Vadodara, India July 2013-June 2014

  Collaborated with a team of engineers to design a fumes extraction system for galvanizing plants.

  Ensured operators had the required materials to initiate and complete fabrication of the designed system.

  Contributed to meeting the project schedule by resolving conflicts and technical discrepancies.

Industrial Training, Indian Oil Corporation Limited (IOCL) Vadodara, India     June 2013-July 2013

  Contributed to fluid catalytic cracking (FCC) and hydrodesulfurization (HDS).