Rehan Kazmi
|
Address: |
7 H Rambling Oaks Way, Catonsville, MD 21228. |
Tel: E-mail: |
443-621-2098 rehankazmi@hotmail.com |
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OBJECTIVE: A full time position in the field of product development, testing and mechanical design.
EDUCATIONAL QUALIFICATIONS
· Currently pursuing M. S/PhD. in Mechanical Engineering University of Maryland Baltimore County, Baltimore MD, USA
Current GPA 3.78/4.0
Relevant Courses Completed : Elasticity, Finite Element Analysis, Vibrations, Experimental Mechanics, Wave Propagation, Plasticity,
Continuum Mechanics, Metal Forming, Composite Materials, Optimization in Engineering Design and Fracture Mechanics
· B. S. in Mechanical Engineering Aligarh Muslim University, Aligarh, India. GPA 3.00/4.0
RELEVANT EXPERIENCE
· PROFESSIONAL
· Graduate Research Assistant @ Materials Testing Laboratory, UMBC, (January 02 present)
o Constitutive modeling of the plastic deformation of Titanium alloys (Ti6Al-4V) using MATLAB with constraint optimization procedure and least square method under the Army Research Grant.
o Multiaxial experimentation and modeling of Ti-6Al-4V Titanium alloys over wide strains and strain rates
o Multiaxial experimentation and modeling of TPFE Teflon over wide range of strain and strain rates
o Manufacture and experimentation of nano Titanium over wide range of strains
· Graduate Teaching Assistant @ Dept of Mechanical Engineering, UMBC, (January 02 present)
o Lead TA for mechanics of materials and solid mechanics lab course
o Evaluated student coursework and graded them
o Provided training to students to operate various material properties evaluating systems including MTS.
· Consultancy Project, Anderson Materials Evaluation, Inc (May 03 July 03)
o Performed tensile test on Titanium alloy according to ASTM testing standard (E-8) using material testing system (MTS)
o Performed tensile-relaxation test by ASTM testing standard (E-328) and monitored the temperature effect on the alloy using thermocouples mounted directly on the specimen
o Measured strains during the test using strain gages and also used extensometer to check for consistency
o Analyzed the data obtained from the MTS and converted to true stress and true strain
· Utkal Alumina International Limited, New Delhi, India. (Dec 00 July 01)
o Utkal was a joint venture of three multinational companies, namely, ALCAN, Canada, Hydro Aluminum, Norway and INDAL, India.
o Specific tasks included design and development of the project map of the site of a new aluminum plant to be setup in Orissa, India.
o Used AutoCAD 2000 to design the maps used for the plant.
· Bechtel India (Pvt.) Ltd. , Gurgaon, India (May 98 Jul 98)
o Worked as a summer intern as a part of the undergraduate curriculum.
o Worked in the Project Controls Department of the company to understand the intricacies involved in planning and scheduling
o Used Primavera (P3) software for planning and scheduling purposes.
· ACADEMIC PROJECTS
· Design of a shelving plate unit using Finite Element Analysis (FEA) and modeling using I-DEAS 5.0
· Analysis of the Mini Baja vehicle frame to optimize for the weight and cost using FEA in IDEAS 5.0
· Developed Fortran code to solve a structural design problem using 4-noded and 8-noded plain strain
elements
· An analysis of cone-derived waverider by hypersonic small disturbance theory
· Optimization of Fuel Weight of Aircraft for a Specific Mission Profile- skills involved included problem formulation, objective
function and constraint handling, SUMT method searches, MFD and GRG searches and usage of Design and Optimization Toolbox
(DOT).
PUBLICATIONS and PRESENTATIONS
· Kazmi, R., Khan. A. S., Quasi Static and Dynamic Response of Stainless Steel 303: Experiments and Modeling presented at "Plasticity 2003" symposium held in Quebec City,
Canada
· Khan, A. S., Kazmi, R., and Suh, Y. S., Quasi-static and dynamic loading responses and constitutive modeling of titanium alloys, International Journal of Plasticity,
Volume 20, Issue 12,
· Kazmi, R., Khan A. S., Microstructure, Response and Constitutive Modeling of Several Ti-6Al-4V Economical Alloys Over a Wide Range of Strain
Rates and Temperatures, ; in print, International Journal of Plasticity.
· Kazmi, R., Lopez-Pamies, O. & Khan, A. S., Time dependent large deformation response and modeling of Adiprene-L100 at different strain rates and temperatures presented at
"Plasticity 2005" symposium held in Kauai, Hawaii, USA
· Kazmi, R., Khan, A. S., Response and modeling of PTFE (Teflon) using a new visco-elastic-plastic model ,Dislocations, Plasticity, Damage and Metal Forming:
Material Response and Multiscale Modeling, eds. Akhtar S. Khan, A.R. Khoei, Neat Press, Fulton Maryland (2005)
· Kazmi, R., Lopez-Pamies, O. & Khan, A. S., Time dependent large deformation response modeling of Adiprene L-100 at different strain rates and temperatures; in print,
International Journal of Plasticity.
COMPUTER COMPETENCIES
DENDRO, I-DEAS 5.0, MATLAB, MathCAD, AutoCAD 2002, Pro E 2001, Fortran77, BASIC, Windows NT/2K/XP/9.X, Unix, MS Office
STRENGTHS and POSITIVE POINTS
o Hands on experience using modern material evaluating systems namely, MTS, Split Hopkinson Pressure Bar
o Experience in microstructure determination using metallurgical microscope.
o Professional experience in experimental stress analysis using strain gages, strain indicators and oscilloscopes
o Self motivated, able to set effective priorities to achieve immediate and long term goals and meet operational deadlines
o Excellent communication and writing skills
o Strong team member and contributor
RERERENCES
Available upon request