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ANAND KIRAN NAJANA20 JOY STREET, MOUNT WAVERLEY, MELBOURNE, VIC, 3149

Phone: 0061404857576, E-Mail: [email protected]

OBJECTIVE

Seeking a challenging career in a Top-tier Automotive company utilize my Educational qualifications and skills inthe best possible way for the development of the company and in turn for my professional growth.

SKILLS SUMMARY

Excellent written and interpersonal skills developed through written reports, presentations and working withmultidisciplinary team.

Excelled the ability to self manage and also to work collectively in team to learn and achieve results. Confident user of Microsoft word (Advanced), Pages (advanced), Excel (intermediate), PowerPoint &

Keynote (Advanced), AutoCAD (intermediate), CATIA v5R14 (Basic), Adams-car (Basic), Maple

(intermediate), Mat Lab (Basic), Gabi (Advanced), Lotus Engine simulation (Advanced), Abaqus (Basic).

EDUCATION

Graduate diploma in Engineering Management July 2010- Dec 2010

RMIT University, Melbourne, Australia Attained distinction averageMasters of International Automotive Engineering Feb2009- July 2010

RMIT University, Melbourne, Australia

Attained credit average

Bachelor of technology in Mechanical Engineering July 2004- Aug2008

Regency institute of technology, Yanam, India Attained distinction average

EMPLOYMENT

Research Assistant Multi-Body Dynamics at RMIT University Feb 2011- Mar 2012

School of Aerospace, Mechanical, Manufacturing Engineering (SAMME), RMIT University, Melbourne, Australia

Responsibilities

Assisted in developing mathematical algorithm and programmed it to a vehicle to drive by itself/selfdriven.

Derived various mathematical equations for various critical road conditions with conjunction to the reactionof tires.

Formulated theoretical complex vehicle dynamic conditions to make it more suitable to real worldscenarios.


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Successful in implementing the integration of sensors, actuators and various electronic devices to a vehicleprototype. Tested and studied the response time of vehicle for the given inputs through National instruments(NI) software.

Simulated and interpreted various road conditions and real world scenarios (vehicles reaction if in case ofany obstruction) through maple for the finest possible solutions.

Coordinated, developed extensive literature review for academic journal publication.Achievements

Acknowledged as the innovative student project for 2010 by SAMME, RMIT University Excelled in deriving and integrating simple mathematical algorithm to various electronic devices on a vehicle,

and achieved an outstanding response time of 0.5 millisecond with minimal use of technology.

Project trainee at Regency ceramics limited, (RCL India ) Aug 2007- May 2008

(Co-operative placement between the university and the Industry, unpaid internship)

Responsibilities

Assisted in conducting work and motion study on production lines, identified the root cause of major delaysand wastage during the production of tiles.

Our team established and executed proper work techniques to the workers in the line to reduce the effort ofworking during the operation and to minimize the time taken to carry that operation.

Recorded the operation of entire production (conveyor belt 1) line using motion capture camera to interpretimproper work techniques.

Summarized and documented the recorded data using pictorial representation emphasizing the areas to beconcentrated or revised for effective work pattern.

Proposed a redesign of a conveyor belt, from tile set up stage to until the tile passes the oven where enormousamount of time is consumed.

Analyzed and interpreted the recorded data for optimized conveyor belt design with minimum lead-time,and finalized CAD drawing for the entire production line.

Achievements

As a token of appreciation for the effort of making a successful project, Regency Ceramics Limited awardedus with a cash prize.

Utilizing the techniques of time and motion study helped us enormously to minimize the lead-time of 0.47sec for each cycle of operation, resulted in faster production with cost effective solution .

Redesign of conveyor belt helped to minimize the lead-time by 26% there by increased the production andalso eliminated the requirement of a new production line.

ACADEMIC PROJECTS

International Automotive Engineering Projects, RMIT University, Melbourne, Australia


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Design of an automated, Low cost and Standalone Noise Diagnostic system for power fold actuators (2009). Modeled and optimized a four-stroke engine with best torque vs. power curves along with lowest BSFC

(brake specific fuel consumption) using lotus engine simulation software.

Life cycle Assessment on a catalytic converter on a typical passenger car using GABI. Mathematical theory of auto driver for autonomous vehicles. I have derived a mathematical algorithm for

making the vehicle to drive by itself without human assistance adjusting the vehicle to the road conditions

autonomously by adjusting the steer angles.

Study of metallurgical and part failures and their suitable replacements. Implementing an ERP system in an automotive industry with best production techniques . Quality Function Deployment (QFD) to prioritize customer needs and to benchmark the products

characteristics.

Graduate diploma in Engineering Management

Supplier Risk Monitoringfor the Automotive Industry using Risk management and feasibility techniques. Study of industrial systems and engineering for building sustainable vehicles. Building and sustaining total quality organization on Toyota Motors. Understanding the business environment using the principles of engineering economics.

PROFESSIONAL MEMBERSHIPS

Student member of Engineers Australia Student member of Society of Automotive Engineering Student member of environmental saver program Australia Renewable Energy Club Ambassador, RIT, India

EXTRACURRICULAR ACTIVITIES AND INTERESTS

Head of Organizing Committee in Mechanical society, played major role in conducting technical symposiumsand science exhibitions.

Conducted presentations and speeches in the rural area of India to spread awareness on the importance ofnature and how to create a sustainable living with substantial use of renewable resources.

Professional training in Indian dance forms like hip-hop, break dance and Kuchipudi.REFEREES

Prof. Mr. Reza Jazar Prof Mr. Allan Mclay

(Masters Research Project Coordinator) (Course coordinator/ Discipline head)

Discipline Head Mechanical & Automotive Engineering Engineering Management


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RMIT University, Melbourne, Australia RMIT University, Melbourne,

Ph.: +61 3 9925 6080 +61399254416

Email: [email protected] [email protected]
mailto:[email protected]:[email protected]

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