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Assisted in texture measurements using Circular Track Meter and
Laser Texture Scanner. Signal processing techniques for data
Reinforced concrete building design and analysis for a 500 MW
Thermal Power Plant using IS: 456 and IS: 875.
Bridge geometry for normal, skewed and curved bridges.
Design of prestressed concrete girders using PGSUPER (TxDOT
Bent Cap analysis using CAP18 and familiarity with WINCORE.
Familiarity with TxDOT standards, quantity estimation, cost
comparison and commercial software like Microstation, Bentley
Navigator, Geopak and RISA-3D.
Finite Element modelling of tubes with different aspect ratios,
conducted buckling analysis and studied imperfection sensitivity.
Anshul Goyal, EIT
923 E 41st
Austin, Texas 78751 firstname.lastname@example.org
Education Master of Science, Civil Engineering, May 2016
The University of Texas at Austin
Overall GPA: 3.93/4.00
Bachelor of Technology, Civil Engineering (major), July 2014
Indian Institute of Technology, Guwahati
Report “Structural Health Monitoring of Multi-Story Reinforced Concrete Building
subjected to seismic excitation”.
Overall GPA: 9.06/10.00, Class Rank: 2/60
Work Experience Graduate Intern (Bridges), P.E. Structural Consultants, Inc. 02/16 - Now
Building Design Intern, Bharat Heavy Electrical Limited 05/12- 06/12
Design of multi-story reinforced concrete building using STAAD-Pro
Academic Teaching Assistant, The University of Texas at Austin 09/15 - Now
Graduate Research Assistant, The University of Texas at Austin 06/15- 08/15
Pavement surface texture characterization subjected to polishing cycles
Research Scholar, Indian Institute of Science Bangalore 05/13- 07/13
Buckling stability of tubes using ABAQUS
Master’s thesis Improved efficiency of Finite Element program for solving subsurface flow models.
Skills Structural design & analysis STAAD, SAP, RISA-3D
Bridge Design PGSuper, CAP18, BGS, WINCORE
CAD AutoCAD, Microstation, Bentley Navigator
Finite element analysis ABAQUS, LSDYNA
Design calculations MATHCAD, MATLAB & EXCEL
Course instructor for GE 207 D: Advance Calculus
Non-Linear time history analysis for blast loads. Protective design for steel and
reinforced concrete buildings.
Design of 600 ft. long, three span continuous plate girder steel bridge.
Finite Element code development for one and two dimensional cases.
Understanding behavior and applications of buckling restrained braces.
Design of six story residential reinforced concrete building and industrial building
housing an overhead crane using SAP 2000.
Alternate dependence models for long term reliability assessment.
Anshul Goyal Page 2
Transcript [MS and B.Tech]
Analytical Stability of Structures, Dynamics of Structures, Solid Mechanics, Random Vibrations,
Advanced Reinforced Member Behavior, Advanced Structural Metals
Design Earthquake Engineering, Blast Resistant Design**, Prestressed Concrete, Steel and
[** Spring 2016] Reinforced Concrete Design, Steel Bridge Design**
Mathematics & Finite Element Method, Analytical Method (ODEs & PDEs), Decision, Risk &
Computation Reliability, Computer Methods in Structural Analysis.
Membership Earthquake Engineering Research Institute, EERI
Society of Underwater Technology, SUT