CV, Cranfield Automotive Engineering Graduate With Project Lead Exp

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Serial No: 33400

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Skills keywords: automotive, calibration, diesel engine, electric vehicles, engine, hybrid vehicles, powertrain

Short Bio:

Solved many problems for Cummins India in diesel engine design. Introduced novel testing techniques and created new workflows for novel processes. Led a team of 3 associates to complete 2 long projects, Led a team of 3 people with sole responsibility for content creation in a startup with extreme deadline based environment and delivered successfully without any delays.

Current location:  England, United Kingdom - View on map

Nationality: Indian

Preferred Sector of Employment:  , Manufacturing and Operations

Spoken languages: english, german, Hindi

Location I am interested in working: Anywhere

Skills

Design and Development of Automotive Powertrain Components, Combustion and Electric Automobile technology, Use of mathematical modeling and statistical analysis to solve problems, Designing and analysis of complex systems, Renewable energy, Hybrid technology

Education

Bachelor of Technology, Mechanical Engineering Department: (May 2011)
Indian Institute of Technology Kanpur, India (CGPA 6.1/10)

Work Experience

Curriculum Associate
(Jan 2015-Oct 2015)

Avanti Learning Centres Pvt. Ltd.

• Head of 12th Physics content creation team and led a team of 3 people in creation of content in extreme deadline environment without any delay ever incurring

• Use of Technology in education to develop educational content based on peer learning methodology to impart quality education to underprivileged children

Senior Project Associate
(Sept 2012-Feb 2014)

Aerospace Department, IIT Kanpur

• Statistical experimental design using techniques of DOE for formulating empirical relations and data analysis using ANOVA and method of least squares.

• Studied bluff body wake flow and vortex formation in the primary zone to control heat transfer, efficiency and emission in hydrogen flame.

• Designed a 25 kW hydrogen combustor with focus on controlling flame volume and heat transfer via nozzle geometry and nozzle holes.

Assistant Manager
(July 2011- September 2012)

Mechanical Development Team, Product Engineering, TATA Cummins Ltd.

• Pioneered custom test cycle in AVL test cell and aiding using mathematical modeling.

• New Process designing for implementation of material supply strategy for product engineering department.

• Member of emission recipe development team for generator application, achieved new standards for mechanical engine emissions and Low Cost Common Rail injection system development.

• Financial management of New recipe project which consisted of a total of 30 Crore INR development budget.

• Event management and workshop management in several fields of the company.

• Solved many company issues including kaizen, solving oil thickening issue and flywheel bolt loosening issue.

Project Intern
(May 2010-July 2010)

Department of Science of Materials, Universidad Autonoma de Madrid, Spain

• Developed and tested a novel chemical treatment method for reactivation of surface after atmospheric exposure

Publications

“Effect of nozzle geometry on flame characteristics of a swirl stabilized hydrogen combustor”, D P Mishra, R Khatry, Submitted in 23rd National Conference on I. C. Engine and Combustion (NCICEC 2013);

“Finite element analysis of bamboo and joints using steel members under various loading conditions for design study”

R. Khatry, D P Mishra- Proceedings of International Conference on Emerging Trends in Engineering & Technology (IETET-2012);

“Geometrical model of a village: An attempt to integrate rural electrification plan with decentralized power generation using biomass gasification” Rahul Khatry, D P Mishra- Proceedings of Indian science congress, Delhi chapter 2013.

Sponsored Projects

Hydrogen combustor design and development for Industrial application (Sept-12 to April-13) Prof D P Mishra

Project was aimed at design, development and experimental optimization of a 25 KW hydrogen combustor. Different nozzle geometries and swirler configurations were tested, operating conditions optimized using techniques of design of experiment, empirical relations were published and technical reports were also prepared. Work resulted in patent.

Laser ignition of Jet-A1 Fuel spray in closed combustor (May-13 to Feb-14) Prof D P Mishra

Aim of the project was study of spray for a particular nozzle and laser ignition of spray in closed combustor using Nd:YAG Laser. Laser pulse energy measurement and determination of optimum ignition location and minimum ignition energy. The project is in its final stages.

Other Relevant Projects

Antilock Braking System Design (May 2009-June 2009)

• Developed in-house ABS using atmega-16 microcontroller and tested single wheel system.

Lunar Rover Vehicle Design (May 2009-Feb 2010)

• Developing of kinematic model for determining lunar rover vehicle position and orientation using tilt sensor and laser based sensing. Image processing algorithm for wheel sinkage determination.

Computer Based Skills

• Programming: MATLAB, JAVA, C++, C, Fortran, HTML, NI-LabVIEW, CVAVR

• CAD Designing: Solidworks 2010, Autodesk Inventor 2010, Catia V5, Tecplot, Origin

• Simulation: Hysys, Micro-Cap, Fluent, Hyper Mesh, ICEM CFD, Ansys, Design Expet for DOE, SAS

Scholastic Achievements

• All India 99.74 percentile in Indian Institute of Technology Joint Entrance Exam (2007) out of total 3,00,000 candidates competing from all over the country;

• All India 99.95 percentile in All India Engineering Entrance Exam in (2007) out of total 5,00,000 candidates competing from all over the country.

Extra Curricular Activities

• Won Bronze medal in inter IIT 2008 Basketball Tournament;

• Represented my state in National sub-junior korf ball tournament 2002;

• Represented my district in state swimming championship 2001.

References

Available on request