Engineer Engineering

Sanchit Singh

Mechanical Engineering Graduate

Detroit, MI

Contact

Tel: 562-***-****

Email: *********@*****.***

Summary of Qualifications

Experience with AutoCAD.

Experience with Computer Simulation Methods on Solidworks.

Familiar with MODAPTS to Time – Motion Studies.

Toyota Production System/Lean Manufacturing/Six Sigma.

Familiar with ISO Standards.

Lean Manufacturing and its tools (Kaizen, Kanban, 6S,DMAIC).

Implementation of lean philosophies in multiple fields such as manufacturing Cost reductions, time savings and process improvement.

Familiar with HVAC design & implementation.

Knowledge of material properties and stress/strain calculations through FEA.

Hands-on assembly, troubleshooting and testing skills for mechanical systems.

Project Management skills with various projects on time delivery.

Analytical knowledge and mechanical aptitude for Problem Solving.

Complete tasks and project efficiently, on time and within budget.

Creative thinking, problem-solving, and decision-making skills.

Education

2013 to 2015

Master of Sciences in Mechanical Engineering GPA: 3.1/4.0

Design & Manufacturing

California State University Long Beach, CA, USA

2009 to 2013

Bachelor of Sciences in Mechanical Engineering GPA: 3.8/4.0

Indore Institute of Science & Technology, Indore, MP, India

Internship Experience

Grasim Industries – Associate Maintenance Engineer May 2012 – Dec 2012

Develop & implement improvements related to safety, quality and cost (productivity).

Maintain Bill of Materials

Provides day-to-day guidance to maintenance and contractors.

Uses 8D techniques to develop standard operating procedures & to reduce or eliminate problems.

Continuous improvements to make manufacturing shops run more efficiently and cost effectively.

Apply Material Flow Analysis on production belt.

Mahindra Motors – Co Op Service Engineer Nov 2010 - Jan 2011

Be able to interface with management and other departmental/engineering teams.

Collaborated with a team to install Wall Mounted Scanner & justified cost vs benefit ratio.

Evaluate supplier processes and process controls to ensure product quality and reliability.

Modify or apply components with engineering methods and techniques to meet client values.

Supply necessary engineering support to hardware fabrication.

Hyundai Motors – Production & Quality Intern Jan 2010 - Aug 2010

Develop and assemble product prototypes - New process technology (system) integration.

Increase production rate by writing new instruction manual with ergonomically more effective process.

Conduct critical and ordinary audit conditions immediately to plant and responsible department requiring clarification.

Use of Six Sigma quality tools on existing processes to attain client values.

Ensure defects found in audit bay are addressed to everyone in plant and fixed before vehicle leaves for customer.

Ensure product quality & reliability.

California State University Long Beach, CA

Fall 2013 – Spring 2015

Understand various plastic molding, extrusion and composite manufacturing.

Use Lean Manufacturing tool ‘Kanban’ and ‘Material Flow Analysis.’

System Integration, Project Management to integrate departments of an organization.

Extensive simulation and Design work to create life size vehicle.

Managed 3D printers, CNCs.

Projects & Volunteering

Tribological Properties of Cryo-Treated Polymer Composites: Presented on properties of cryo-treated polymers to understand behavior of composites at different temperatures in order to understand enhancement in respective properties to widen its usage.

Design of a Roller Coaster Vehicle: Led AutoCAD design team to create life size roller coaster vehicle with all necessary design requirements. Vehicle design was then simulated on Solidworks until optimal results were obtained.

Solar Tracking System: Used AutoCAD to design a structure with solar panels to move according to movement of sun throughout the day. Also fabricated its design through machines such as drilling, gas welding, and milling and supervised use of CNC.

Unmanned Air Vehicle: A 2D design to create and also a physical body a 4-axis machine with a rotor and self-powered cell to fly with a camera on top to capture data.

Served as head-volunteer at “SAE-BAJA-India”, where innovative car models are made at a global level.

Volunteer visit to MAHLE Industries, India. In order to better understand different types of powertrains and manufacturing of crankshafts.

Contact this candidate