VINAY BOBBA

*** ********** ***** #*, ******** OH 43202 acxl55@r.postjobfree.com 614-***-****

EDUCATION

Masters of Science in Industrial and Systems Engineering Aug 2015 - May 2017

The Ohio State University, Columbus, Ohio

Bachelor of Engineering in Mechanical Engineering, GPA: 3.94/4 Aug 2010 - Apr 2014

Sri Sairam Engineering College (Anna University), Chennai, India

PROFESSIONAL EXPERIENCE

StarTech.com - Lean Six Sigma Green Belt Capstone project. (Student Project Consultant) Aug 2016 - Apr 2017

- Streamlining the workflow of the reverse logistics and reducing the non-value add in the returns process.

- Enhancing the throughput of the quality lab.

- Performing operational analytics.

- Redesigning the warehouse and improving the warehouse utilization.

Pontiac Coil. Inc.: 5800 Moody Dr, Clarkston, MI 48348 (Engineering Intern) May 2016 - Aug 2016

- Optimization of processes by identifying bottlenecks and improving throughput.

- Designing a process for the transition of a prototype into live production.

- Designed and recommended modifications to existing plant layout and the engineering lab.

- Building prototypes and performing tests.

FlashGlobal SDA, LLC ? Warehouse Process Flow Improvement (Student Project Consultant) Jan 2016 - May 2016

- Conducted time-studies, simulated the process environment, and identified bottle-necks in the process.

- Analysis of Current value stream and build a Future state value stream map for the warehouse.

- Designed, recommended, and developed an improved process layout.

ROVI Corporation: SPi Global, India. (Schedule Analyst) Dec 2014 - Jul 2015

- Was assigned 40 PBS channels, the ION network and its affiliated channels.

- Developing schedules and recommendations for the channels along with performing Quality Analysis.

- Maintaining client relationships with the assigned channels.

- Headed a team of 7 other schedule analysts.

ACADEMIC PROJECTS

Space Shuttle ME ? Design of Experiments Capstone Project

- Determineetermine etermineetermine etermined if any of the 8 factors effects variation in t if any of the 8 factors effects variation in t if any of the 8 factors effects variation in tif any of the 8 factors effects variation in tif any of the 8 factors effects variation in t if any of the 8 factors effects variation in tif any of the 8 factors effects variation in t if any of the 8 factors effects variation in tif any of the 8 factors effects variation in tif any of the 8 factors effects variation in t if any of the 8 factors effects variation in tif any of the 8 factors effects variation in t if any of the 8 factors effects variation in t if any of the 8 factors effects variation in t if any of the 8 factors effects variation in t if any of the 8 factors effects variation in tif any of the 8 factors effects variation in tif any of the 8 factors effects variation in t if any of the 8 factors effects variation in tif any of the 8 factors effects variation in t if any of the 8 factors effects variation in tif any of the 8 factors effects variation in tif any of the 8 factors effects variation in t if any of the 8 factors effects variation in t if any of the 8 factors effects variation in t if any of the 8 factors effects variation in t if any of the 8 factors effects variation in t if any of the 8 factors effects variation in t he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A he left & right engine thrust. A modelmodelmodelmodelmodel was developedwas developedwas developedwas developed was developedwas developedwas developedwas developed was developedwas developed (first or second order), e (first or second order), e (first or second order), e (first or second order), e(first or second order), e (first or second order), e(first or second order), e(first or second order), e (first or second order), e(first or second order), e (first or second order), e (first or second order), e(first or second order), e (first or second order), equation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and quation for each engine thrust and the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow the optimal settings for input factors that allow each eneach en each en gine thrust to gine thrust to gine thrust to gine thrust to gine thrust to gine thrust to gine thrust to operate at its nominal value.operate at its nominal value.operate at its nominal value.operate at its nominal value. operate at its nominal value. operate at its nominal value. operate at its nominal value. operate at its nominal value. operate at its nominal value. operate at its nominal value.operate at its nominal value.operate at its nominal value. operate at its nominal value. operate at its nominal value.operate at its nominal value. operate at its nominal value.operate at its nominal value.

SigmaBrew ? Process improvement Simulation Project

- Improving the customer satisfaction by reducing the service time. Determining the factors affecting the service time and improvements were made to reduce it and subsequently improving the business of SigmaBrew.

Parameter optimization using mathematical methods

- Performed Friction stir welding on 36 samples of AA8011 & AA6061 by varying the rotational speed, pressure and the traverse speed. ANOVA was implemented to find the best weld quality and the process was optimized.

INTERNSHIPS

Voltech Manufacturing Ltd Sep 2014 - Oct 2014

o Worked under Quality manager of procurement team in inspecting the process instruments, panels and hardware materials.

KVK ? Nagai Power Pvt Ltd Nov 2013 - Dec 2013

o Student intern under the Operations team and was involved in the structural fabrication and erection works.

Reliance Steel Corporation Jul 2011 - Aug 2011

o Student intern performing cold rolling of sheet metals and lathe operations including quality tests.

ADDITIONAL INFORMATION

Computer Skills: Python, C, C++, SAS, Minitab, Simul8, Arena, AutoCAD, ProE, Ansys, Microsoft office.

Diploma certification in ERP Production Planning

Graduate Teaching Associate for an undergraduate Industrial and Systems Engineering Course

Contact this candidate