Entry Level Structural Engineer. Autocad, Revit, Risa, Sap2000, Staad.

Satish Babu Myneni, E.I.T.

**** **** ******* **** ******, TX 75039-3974 979-***-**** ********@*****.***

EDUCATION

Master of Engineering: Civil/ Structural Engineering May 2016 Texas A&M University, College Station. 3.40

Emphasis in Advanced Pre-Stressed Concrete, Advanced Steel Design, Structural Design Studio, Foundation Design, Bridge Engineering, Advanced Mechanics of Materials, Structural Dynamics Masters and Bachelors of Technology: Civil/ Structural Engineering May 2014 SASTRA University, India 8.2/10

Emphasis in Computer Oriented Numerical Methods, Finite Element Methods, Advanced Structural Design, Advanced Steel Design PROFESSIONAL

EXPERIENCE

Student Assistant, Texas A&M Transportation Institute Jun 2015 – Apr 2016 Project: 0-6658 (Texas Department of Transportation)

• Performed laboratory tests on pavement materials for durability and maintenance

• Drafted project proposals and assisted research scientists with Data collection and literature review

• Analyzed the test results using comprehensive spreadsheets for faster data processing

• Executed site investigations and setup field equipment for traffic data collection, pavement performance and impact wave propagation

Student Intern, National Institute of Oceanography Dec 2013 – May 2014

• Modeled an efficient offshore structure to support weather forecasting equipment using SOLIDWORKS

• Analyzed and designed the elements in the structure using ANSYS

• Exercised logic and judgment by developing various combinations to derive the optimal solution

• Drafted all the required documents and drawings diligently using AutoCAD Project Assistant, SASTRA University May 2013

• Supervised different construction sites as a team manager to document the project costs incurred due to manpower mobilization

• Analyzed data, documented and proposed changes to increase the productivity by 12%

• Presented the results in an International conference, ICCIEE, 2013

SKILLS

AutoCAD RISA SAP2000 Revit Enercalc MS-Office STAAD. Pro SOLIDWORKS ANSYS ACI 318-11 NCHRP AISC 2010 ASCE (7-10) IBC 2012

JOURNAL PAPER(S)

• ‘Productivity Analysis of Small Construction Projects in India’ in the Asian Journal of Applied Sciences, 2013 (ISSN: 1996-3343) RELEVANT

EXPERIENCE

Analysis and Design of a 300’ spans roof truss for a recreation center Spring 2015

• Implemented method of sections to calculate the axial forces in all the truss members for critical load combinations

• Performed non-linear analysis using SAP2000 to estimate the flexural and axial demands in all the truss members

• Developed a comprehensive spread sheet for all wide flange members as per AISC to derive the capacities with varying loading conditions

• Designed all the members and connections and drafted the details using AutoCAD Rehabilitation design of Clarendon Tower Spring 2015

• Performed retrofitting design calculations of Clarendon Tower using DAD (Damage Avoidance Design)

• Utilized Equivalent Lateral Force method to calculate base story and upper stories’ seismic shear

• Proposed rehabilitation techniques involving revised designs of beams, columns, and frames

• Performed serviceability checks and peer-reviewed other design proposals Design of a two story residential building Fall 2015

• Derived loads for various combinations on Beams, Columns, Shear walls, Slabs, and isolated footings

• Employed Autodesk Revit to exercise BIM for maximum efficiency and sustainability

• Developed thorough drawings: layouts, floor plans and cross sections using Revit Analysis and behavior of various structural cross-sections under different loading conditions using LS -DYNA Fall 2015

• Led the group and scheduled weekly meetings to track the progress by further delegating tasks

• Analyzed square, ‘I’ and rectangular steel sections under different loading conditions

• Presented a report summarizing modeling, methodology, and results

AFFILIATIONS

• American Society of Civil Engineers, ASCE • Structural Engineering Association of Texas (SEAoT)

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