Supply Chain Quality

RAMYA SRAVANI ANUPINDI

Quadrangles village, ***5 E University Drive, Apartment # R 2025, Tempe, Arizona 85281

Mobile: 757-***-****, E-mail: ********@***.***

Objective:

To pursue a career in the field of Industrial Engineering to keep up with the cutting edge technologies and to use my skills in the best possible way for achieving the company’s goals.

Education:

• Master of Science in Industrial Engineering specializing in Operations Research graduating in May 2012 at Arizona State University

• Bachelor of Engineering (Mechanical) and Masters of Science (Mathematics) from Birla Institute of Technology and Sciences, Pilani, Goa, India, graduated in June 2010.

Skills:

• Computer languages: C, C++, SQL, XML, VBA, HTML, Java.

• Tools: Minitab, Design Expert, SLAM, ARENA, SPSS, ANSYS, Auto CAD (Engineering Drawing), AMPL.

• Application software: Microsoft Access, Word, Excel, PowerPoint, Office , Visio, Adobe Acrobat Reader.

• Operating systems: Windows 95/98/2000/XP, Vista,7 DOS, MAC.

Coursework:

Scheduling: Single and Parallel machine models, Flow shops and Flexible Flow shops, Job shops, Open shops, Batch processing, Deterministic and Stochastic Scheduling.

Supply Chain Modeling: Inventory Management and Risk Pooling-EOQ model, Supply Chain Network Design and Optimization, Transportation and Distribution Strategies, Supply Chain Contracts and Coordination, Information and Collaboration in Supply Chains-Bullwhip effect.

Design of Engineering Experiments: Analysis of Variance concepts (ANOVA), Randomized Block Design, 2k and 2k-p Factorial design, Response Surface methods and designs.

Production Systems: Assembly Line Balancing, Lean Manufacturing Concepts and Scheduling Principles, JIT, Kanban, Jackson networks, Facility Layout, Material Handling Design, Open and closed queuing networks.

Applied Deterministic Operations Research: Linear, Integer and Dynamic Programming formulation techniques; Simplex algorithms, Classical optimization methods, Mixed Integer Programming, and Quadratic Assignment, Traveling Sales Man and Non Linear Programming models.

Urban Operations Research: Concepts of different types of distributions, (Discrete and Continuous), Discrete and Continuous Markov Chains, Probabilistic assignment problems and Queuing theory.

Regression Analysis: Linear and quadratic regression, Model adequacies, Stepwise models, Model building, Indicator variables, Multicollinearity, Validation and verification etc.

Advanced Quality Control: Concepts of Six Sigma, Statistical Process Control: Basic Principles and Techniques, CUSUM and EWMA charts, Capability analysis, SPC for short production runs, Multivariate SPC, Time Series Modeling.

Academic Projects/Extra Curricular:

• Stochastic Simulation model designed and simulated of a Hospital Scenario using “SLAM- Simulation language” to increase the operations performed in a day by a single doctor by applying time and motion study.

• Executed an academic project on “Operations and Capacity Planning and Scheduling” using VBA and Microsoft Excel with the guidance of Bharat Dynamics Ltd, India.

• My leadership skills are evident from the fact that I was an Executive Member of a non profitable organization

and the Coordinator of a Literacy Drive in my under graduation.

• Representative of “BITSAA International” for the 2005 Batch.

• Been responsible for numerous cultural and technical events in under graduation.

• Experience working on the shop floor on milling, turning, carpentry, welding, pneumatics.

Professional Experience:

Internship: Emerson Network Power USA (May 2011- August 2011)

Designation: Quality Engineer

Achievements:

• Reviewed and implemented supplier management process, by working in close relation with Global Supplier quality group.

• Developed supplier quality metrics and implemented supplier quality reports and quality improvement plans.

• Utilized Microsoft Excel as the data management tool.

• Developed a dashboard integrating with different forms using dot.net.

• Assisted the Quality team in the manufacturing plant of the unit.

Part time: Arizona State University- Center for Applied Behavioral Health Policy (Feb 2011-present)

Designation: Student Worker

Achievements:

• Created Quarterly and Annual reports using Microsoft Sequel Server, Microsoft Excel, SPSS and SQL and the server databases.

• Database management and responsible for providing data to the senior management in a timely manner.

• Conducted the inventory check of all the equipment (Audio, Video, Projectors) for the summer institute program at the Center.

• Supervised a team of peers on a project in handing over the analysis of a survey conducted on the same.

• Assisted in developing a dashboard for mentorship program using Microsoft Access.

Internship: Bharat Dynamics Limited (BDL), Hyderabad, India (Jan 2010-June 2010)

Achievements:

• Optimized the production processes to produce the quantity required by the management in a stipulated time.

• Collected data either by automation or manual and performed analysis using algorithms like Critical Path Method and PERT to get an optimal solution.

• Used Excel and VBA for reporting.

• Utilized the concepts of bottlenecks, reduction of cycle time, scheduling and machine efficiency to obtain the optimized result.

• Developed the manufacturing process route by scheduling the production process taking the above factors into consideration.

Internship: International Advanced Research Center for Powder Metallurgy and New Materials

(ARCI), Hyderabad, India (July 2009-Dec 2009)

Achievements:

• Conducted experiments on the CSM Revetest® Scratch Tester using different indenter tips.

• Sprayed the WC-Co coated samples using thermal spraying techniques.

• Utilization of Analysis software to determine the material properties of the samples.

• Conducted statistical analysis on the samples to derive the results.

Internship: Madras Medical Mission-Chennai, India (May 2006-July 2006)

Achievements:

• Prototype of the Heat Recovery System was used in hospitals or hotels with centralized air conditioning.

• The project emphasized on the reduction in cost and improvement in the efficiency of the system.

• Resulted in savings of $18000 (per month) electricity bill for the organization.

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