1. Sanchit Bhadoria
Tel: (562) 682-4018
Email: mjsanchit@gmail.com
Summary:
Experience in Automotive, Locomotive Industry - streamline and develop standard work instruction to support
new or existing product development. Support department manager in integrating process improvement through
LEAN tools and Industrial Engineering analytics for continuous improvement. Implement ECNs/RPs/NCRs on
the floor and keep track of timeline associated with new projects, also meet schedule of ramp up/down
according to delivery of vehicles and to accommodate future projects.
Education:
California State University Long Beach, CA, USA 2013 – 2015
Master of Sciences in Mechanical Engineering - Design & Manufacturing
Course work: Lean Manufacturing Techniques, Advanced Composites Manufacturing, Project Management,
Metal & Plastic Manufacturing, Engineering Technology Management.
Indore Institute of Science & Technology, India 2009 – 2013
Bachelor of Sciences in Mechanical Engineering Technology
Experience:
Siemens Industry, Inc. – Rolling Stocks March 2016 – Present
Industrial/Manufacturing Engineer
 Create standard work instructions for Locomotives & LRVs to optimize budget hours.
 Install assembly fixtures, material movement carts and material presentation for production.
 Provide continuous support to the Finishing department enhancing the existing process, materials by
removing non value added steps - optimizing the processes and equipment use.
 Perform and participate in Lean implementation and kaizen events to eliminate waste and improve
processes.
 Problem-solve (analyze data, determine root causes, develop implementation plans) and resolve issues
which are affecting paint shop quality or throughput.
 Interface with production/maintenance personnel, plant leadership and others outside the plant
(Manufacturing Engineering, suppliers, etc.) as needed.
 Recommend and implement changes to safety procedures, work methods, and labor standards.
 Plan and control all technical issues related to assigned product/project and support the Program
Manager in delivering highest quality solutions to our customers.
 Actively identify new areas for learning and take advantage of learning opportunities.
 Troubleshoot manufacturing problems at production plants as they occur.
 Coordinate with manufacturing teams in creation and implementation of Total Preventative
Maintenance, continuous improvement activities and events.
 Conduct ergonomic assessments of the manufacturing process including material movement
Grasim Industries, India May 2012 – Dec 2012
Associate Engineer
 Improving cycle times and work flow throughout plant using Time studies.
 Create & Maintain Bill of Materials (BOM).
 Identify, analyze and recommend opportunities to reduce cost and increase efficiencies of manufacturing
operations.

2.  Develop and implement standard work documentation and processes.
 Analyzed Material Flow, applied statistical methods & suggested a new layout using Kanban.
 Work cross functionally with a team of engineers to assist in plant layout and workstation design.
Mahindra Motors & Hyundai Motors, India Jan 2010 – Jan 2011
Co Op Engineer
 Work with engineer to develop production tooling and equipment specifications.
 Responsible for meeting OEM timelines and schedules for pre-production.
 Discussed the needs of the customer and reported it to the Product Manager.
 Document all of our findings and data to track/identify emerging issues in new products.
 Use Quick Kaizen/Standard Kaizen to resolve quality related issues.
 Applied Human Factors Engineering for Ergonomic constraints.
 Macro program in MS Excel to populate quality data as per severity & rank of equipment.
 Made Quality Matrix to track customer quality requirements.
Projects & Volunteering:
 Tribological Properties of Cryo-Treated Polymer Composites
 Study and report change in properties of various composites/plastics under low temperatures.
 Compare change in properties with untreated polymers.
 Suggest different uses of enhanced polymers in the plastic industry.
 Derive efficient manufacturing techniques to design and produce such composites/polymers.
 Design of a Roller Coaster Vehicle
 Use AutoCAD 2D/3D to design prototype of roller coaster vehicle.
 Run simulations on SolidWorks for accurate stress measurements.
 Derive most efficeint design changes for maximum speeds.
 Solar Tracking System
 Use AutoCAD 2D for designing the structure to mount solar panels, gears and motors.
 The structure moved panels according to the sun all day long for maximum exposure.
 Fabricated the design using CNC Lathe.
 The design produced more energy compared to stationery solar panels as assumed.
 Worked with a professor on GD&T for defining and communicating product function, design relation
and tolerances using 3D mathematical system for describing part and assemblies.
 Training on Diesel Engines used in Eicher Motors Inc. for the purpose of better understanding the
working and troubleshooting of engines in order to work on SAE vehicle engine
 Served as head-volunteer at “SAE-BAJA-India”, designed Roll over Chassis to Redesign Oil and fuel
tank components to package the new oil pan and in machine chassis.
 Volunteer visit to MAHLE Industries, India. In order to better understand different types of powertrains
and manufacturing of crankshafts.