Quality Control /Six Sigma /Mechanical/Industrial Engineering

Siddharth Surulkar

** ******* ******, *** **, Cambridge MA 02140

M: 857-***-****: *****************@*****.***

LinkedIn: www.linkedin.com/in/surulkar/

Professional Summary

Industrial Engineer seeking an opportunity to utilize and hone Industrial Engineering Management skills acquired.

Looking for a responsible Industrial/Process Engineer position in an industry with a fast paced work environment

to participate in continuous process improvement; use Lean Six Sigma to reduce cost, improve product/process

quality; efficiently coordinate project resources; facilitate safe and productive manufacturing operations/processes.

Technical Skills/Knowledge

Certifications: Lean Six-Sigma Certificate (LAI Academy)

Computer Tools: MS Word, MS Excel, MS Access, MS Project, Auto-CAD, CATIA, Simulation, LINGO, C, SQL

Lean Tools: KAIZEN, KANBAN, PDCA, 5S, Continuous Improvement, Value Stream Mapping, JIT, Andon

Quality Control: Six Sigma, Statistical Process Control(SPC), Statistical Quality Control, DMAIC, PFMEA, Stresses

Product/Process Demand Forecast, Bill of Materials, Material Requirements Planning, Line Balancing, CNC,

Planning: Production Planning, Process Development, Data Analysis, Logistics

Education

Northeastern University- Boston, MA: Sept 2011-May 2013

Master of Science: Industrial Engineering, GPA: 3.604

Relevant Coursework:

Lean Manufacturing and Process Improvement Deterministic Operations Research Project Management

Logistics, Warehousing and Scheduling Probability and Statistics Production Systems

New Product Development Simulation Analysis Lingo OR Modeling

Pune University-MH, India: Aug 2006-June 2010

Bachelor of Engineering: Mechanical Engineering, Graduated top of class

Experience and Academic Projects

SKF Bearings India Ltd. Manufacturing-MH, India

Process Improvement Manufacturing Intern, Jan 2010 -June 2010

Analyzed grinding method utilized in double-disc grinding and diagnosed error in the grinding machine.

Performed root cause analysis to find an alteration of the bearing dimensions resulted in rolling of the bearings.

Demonstrated the bearing face was unevenly ground due to rolling affecting the product quality.

Collaborated with a team to successfully design housing with weights and belt using Auto-CAD.

Outsourced fabrication of weight and belt assembly prototype.

Demonstrated the use of housing and belt assembly to prevent rolling of bearings.

Saved the company cost ($3000/machine), time of a new machine installation, and 40% less bearing rejection.

Northeastern University Event-Boston, MA

New Product Development (NPD), Jan 2012- June 2012

Analyzed and studied New Product Development process.

Developed a concept matrix and finalized a concept for designing a “baby monitor” (wrist band) with a team.

Selected and finalized the product based on merits of utilization and appeal.

Successfully developed a prototype baby monitor and demonstrated 100% safe utilization.

Northeastern University Project-Boston, MA

Automobile Rental Company Simulation, Jan 2012 -June 2012

Used real time data on the demand of cars from a car rental company (Zipcar Inc.).

Developed a model using ARENA software and simulated data factoring demand for cars at five garages.

Computed number and type of cars to be added to meet growing demand and maximize company profit.

Activities/Affiliations

Organized tech festival and intramural soccer; Help Age fundraising volunteer; Member of NU Innovation Club

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