Manufacturing Engineering

ANIRUDH VARMA KALIDINDI

480-***-**** ****, East Orange Street, Apt #112, Tempe, Arizona – 85281 ********@***.*** An engineering professional with over one year experience as a manufacturing intern and expertise in design, production planning and process control using Programmable Logic controllers. Skillful in Siemens Step 7 and Allen-Bradley RSLogix5000 programming Softwares.

EDUCATION

Master of Science – Manufacturing Engineering, Arizona State University CGPA – 3.71/4 Expected December 2015 Bachelor of technology – Mechatronics, SASTRA University, India CGPA – 3.84/4 May 2014 PROFESSIONAL EXPERIENCE

Laboratory Assistant, Automation Lab – Arizona State University August 2014 – Present

Instructed the senior year students during lab sessions for advanced automation and computer integrated manufacturing courses. Motivated them to pursue in the field of automation.

Instructed the junior year students for introduction to automation course. Developed an electric schematic using AutoCAD – electrical for the course project which made it easier for students. Design and Process Development Intern, Askar Microns Pvt. Ltd, Mysore, India May 2013 – July 2014

Collaborated in a team of design personnel and developed a process that decreased the machining time of lathe beds. This was achieved by modifying the existing method of machining lathe parts from conventional machines to CNC machining practice.

The setup time has decreased from 64 hours to 34 hours.

The new process has doubled the productivity of manufacturing lathe beds. Similarly, new processes were developed for other parts.

RELEVANT COURSES

PLC and Automation Applied Computer

Integrated Manufacturing

Manufacturing Resource

Management

Design of experiments Manufacturing simulation Principles system engineering TECHNICAL SKILLS

Software: AutoCAD-Electrical, Solidworks, RSLogix5000, SIMATIC step-7, ARENA, MATLAB, JMP Methodologies: Systems engineering approach, CPM, PERT ACADEMIC PROJECTS

Developing a modularized control program for die cleaning process January 2015 – June 2015

Developed an algorithm after studying the process and mapping all I/O’s. Downscaled the whole process and fabricated a simulator for testing.

Developed a modularized control program using sub-routines in RSLogix5000 software and tested it successfully. Employed a holistic system engineering approach to develop this system. Automation of hydraulic press stands manufacturing August 2015 – December 2015

Redesigned the existing manually operated bar cutting cell into a fully integrated, automated cell system to improve the efficiency and production capacity of the process.

Charted an integration plan for data communications between machine tools and SCADA system and deployed planning, quality and supply chain ERP modules of SAP to reduce manual interference. Design of experiment: A study on the factors affecting bond strength of 3-D print models by fused deposition molding technique May 2015 – July 2015

An experiment was conducted using 2^3 design to study the effect of different factors on bond strength between the layers.

Nozzle temperature, layer thickness, printing speed and two factor interactions of layer thickness*nozzle temperature and nozzle temperature*printing speed were found to be significant at a significance level of 5%. Temperature control using phase change materials September 2015 – December 2015

Temperature was controlled inside a room using phase change materials and overall load was decreased on the air conditioning unit and heaters. An energy saving of 25.9% was observed for the month of September 2015. Production planning to expand chopstick business September 2015 – December 2015

Developed an income statement with a focus on sustainability of the product. Streamlined all costs involved by utilizing the various operation management tools such as value stream mapping, economic order quantity and transportation algorithms.

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