OBJECTIVE
Ability to contribute to a dynamic, forward thinking civil/structural engineering company, by utilizing interpersonal and collaborative communication skills, coupled with modern design methodologies and systems to resolve design issues and to deliver superior, high-performing projects for clients world-wide.
EDUCATION
Masters of Science, Civil Engineering Graduation Expected: May 2012
Lawrence Technological University, Southfield, Michigan GPA: 3.95/4.00
Masters of Engineering, Structural Engineering May 2008
Delhi College of Engineering, Delhi, India Equivalent GPA: 3.84/4.00
Bachelor of Engineering, Civil Engineering August 2006
M.B.M. College of Engineering, Jodhpur, India Equivalent GPA: 3.86/4.00
QUALIFICATIONS AND SKILLS
Registered EIT (Engineer-In-Training).
Design, engineering and analysis experience in steel structures, reinforced concrete structures and foundation design for major residential and commercial projects within an architectural, engineering and construction design firm.
Experience in the use and application of various codes and industry standards including ACI, AISC, ASCE and AASHTO LRFD. Familiar with Michigan DOT design standards and specifications.
Conversant with seismic design using ASCE-07 and modal analysis.
Proficient in the use of ABAQUS, STAAD-Pro, RISA-3D, SAP 2000, TEKLA, SPR, LIMCON, PCA Mat, Microsoft Office, Mathcad and AutoCAD. Familiar with Autodesk Revit.
WORK EXPERIENCE
Lawrence Technological University
January 2010 – Present
Graduate Research Scholar
Southfield, Michigan
Center of Innovative Material Research (CIMR), Funding Agency: National Science Foundation (NSF)
Testing of concrete subjected and exposed to high temperatures and fire.
Analysis of axial loads to study deformation characteristics in the context of axially loaded, fire exposed concrete.
Analytical work to determine thermal and deformation characteristics of concrete and triaxial testing for concrete.
Quantifying axial deformation of axially loaded, fire exposed concrete up to 800oC and studying the effect of cooling behavior and residual strength of fire exposed concrete.
The effect of aspect ratio, applied loading, and end restraints on the deformation characteristics of concrete.
Finite Element modeling and analysis (FEA) of the experimental work using ABAQUS & GID, SAFIR.
Worked as Teaching Assistant for Strength of Mechanics and Steel Design courses.
Bechtel Corporation
June 2008 – December 2009
Structural Engineer
New Delhi, India
Client: BHP Billiton (Worsley E & G Project)
Software Used: STAAD Pro, Mathcad, SPR (Smart Plant Review), Tekla, PCA Mats, Founds and Limcon.
Worked on analysis and design of steel structures with major emphasis on connection design and modifications of foundations.
Evaluated and designed steel connection design templates, maintained communication with client, and oversaw project progress, information, job schedules.
Worked with AISC, ACI, EURO and Australian codes.
Managed discipline website using share point applications.
Concept Engineering Consultants & Designers May 2005 – July 2006
Structural Engineering Intern Mumbai, India
Worked on analysis, design, cost estimating of RCC residential structures and projects.
Conducted site observations and coordinated with contractors for design, constructability and schedule issues.
PUBLICATIONS AND PRESENTATION
E. Jensen and M. Joshi, “Deformation of concrete due to mechanical and fire loads”, International conference proceedings for SiF’10 (Structures in Fire)
E. Jensen and M. Joshi, “Axial deformation of concrete exposed to fire and loading”, International conference, Interflam 2010.
E. Jensen and M. Joshi, “Deformation and strength characteristics of concrete exposed to fire and...
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