User data
Name Shubham Chnchane
Interests OSH, 3D printing
Registered 2020
Impact Combined page views of this user's contributions to the main namespace. 881
Contributions Science hardware for children project
Multichannel Pipette Literature Review

A self-motivated and result-driven graduate student pursuing a master's degree in Mechanical engineering from Michigan Technological University with a specialization in Design and Manufacturing.

I have undergone two internships with OEMs related to the Automotive sector where I demonstrated my mechanical skills and knowledge for the timely completion of projects related to Crankshaft and Gas Spring manufacturing and development. These internships helped me gain more industrial hands-on experience related to product design and manufacturing. Completion of several projects during my internships and coursework helped me emerge as a team leader and critical thinker and develop interpersonal skills like time management and quick learning.

Key Competencies[edit | edit source]

  • Part modeling & Fixture designing using CREO, Catia, SolidWorks in compliance with GD&T ASME 14.5
  • FEA analysis (static structural) using ANSYS workbench
  • Fatigue life cycle testing in a simulated environment
  • CAD drafting using Autocad
  • Standardized work charts and process flow charts
  • Visual Work Instruction
  • Root cause analysis using DMAIC
  • Red-tagging
  • Six Sigma, 5S, 5 Why's, the fishbone diagram

Engineering skills: GD&T | CAD | FEA | FMEA | DFMEA | Drafting | Prototyping | DOE | DFR | Six Sigma | 5S | Lean manufacturing | Vehicle Dynamics | Tire TestRig |

Technical skills: SolidWorks | Catia V5 | CREO | Autocad | ANSYS | Hypermesh | Matlab | ADAMS| Python | SAP | SAS | MS Office |

Eager to connect with new people and get to know them and their work.

Please feel free to contact me at
Shubham Chinchane
Mobile: +1 (906) 370-7360

WORK EXPERIENCE[edit | edit source]

Manufacturing Engineering Trainee[edit | edit source]

Cooper Corporation Pvt. Ltd. | Satara, India (AUG 2018-JAN 2019)

  • Generated modified drawings in compliance with ASME Y14.5 standards for manufacturing using Solidworks
  • Designed holding fixture for unsymmetrical grinding of the crankshaft which reduced the machining time by 18%
  • Revised standardized work charts & process flow chart for V8 engine crankshaft reducing handling time by 26%
  • Created Visual Work Instruction (VWI) on the shop floor to boost the production and maintain a good work environment
  • Implemented root cause analysis to solve the problems faced on the shop floor to maintain proper flow of material
  • Conducted red-tagging on bi-weekly bases which reduced the waste and eased the maneuver on the shop floor
  • Managed inventory using SAP

Mechanical Engineering Intern[edit | edit source]

Ideal Gas Springs Pvt. Ltd. | Satara, India (DEC 2016-JAN 2017)

  • Induction training on operations: learned types of gas springs and its uses, ISO 9000 standard maintained, comprehended
    the part flow of assembly line and the continuous improvement plans applied
  • Performed fatigue life cycle testing and developed Standardized operating procedure (SOP)
  • Established 5S in the quality department as apart of 5 people team which improved the quality check time by 10%

ENGINEERING PROJECTS[edit | edit source]

Optimization of paper Car manufacturing process using Lean tools[edit | edit source]

  • Simulated given material flow and found 76% reduction in cycle time is possible after using root cause analysis
  • Used lean techniques like VSM, standardized worksheet to decrease the lead time by 82%
  • Improved worker force utilization and reduced number of operators by 25%, using line balancing techniques

FEA analysis of connecting rod using different materials[edit | edit source]

  • Performed static structural and fatigue analysis to find the critical stress concentration region
  • Designed new models with weight reduction and variable materials and compared result with a basic model
  • Concluded that aluminum has good fatigue life while with 10% reduced weight over other material

Reliability analysis for vehicle side impact considering various parameters[edit | edit source]

  • Conducted reliability-based data analysis using MCS, UDR, and FORM techniques in Matlab to conclude the
    best suitable method for the given problem with respect to MCS
  • Compared the results from each method based on the number of iteration and the error generated

FEA analysis of Redesigned camshaft for reduced NOx emission[edit | edit source]

  • Calculated the inlet, outlet valve lifts and timing using profile projector approach
  • Designed the CAD model of the cam lobes in CREO software using the coordinates traced from the profile
  • Developed a cam profile using Matlab for outlet valve to incorporate the EGR (Exhaust Gas Recirculation)
  • Compared the static and fatigue analysis result to conclude newly designed camshaft within permissible FOS

Performance analysis of RWD pickup truck tires using ADAMS[edit | edit source]

  • Created a static maneuver of a given model in ADAMS to find the loads on each tire
  • Performed tire TestRig for different types of loading scenario to compare the longitudinal and lateral performance

MSE 5621 Open Source Scientific Hardware[edit | edit source]

Example video[edit | edit source]

Example of a gallery[edit | edit source]

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