Veera Malayappan
*** * **** ****** #*** Contact: 312-***-****
Stillwater, OK 74075 Email: ***************@*****.***
Summary:
2.5 years experience in development of design tools for ground source heat pumps
Experience in building load and energy analysis using simulation software’s and design tools
Experience in numerical and analytical modeling of heat transfer phenomenon in heat exchangers
Strong in engineering fundamentals with profound knowledge in HVAC system design and building
physics – EIT (Engineer in Training) – National Council of Examiners for Engineers and Surveyors
Education:
Master of Science, Mechanical Engineering, Oklahoma State University [2013]
Thesis: Implementation of a Finite Line Source Solution for Sizing Borehole Heat Exchanger Fields GPA: 3.20
Bachelor of Engineering, Mechanical Engineering, Anna University, India [2009]
Experience:
October 12 – Present
Graduate Assistant
International Ground Source Heat Pump Association Stillwater, Oklahoma
Assisted with editing study guides for the closed loop ground source heat pump system training program
Initiated efforts towards the conversion of design and installation guides for geo-exchange systems from
IP standards to SI unit standards for extending worldwide usage to these manuals
Had an opportunity to go through building energy analysis workshops using e-Quest and installation
workshops on purging and fusion techniques for HDPE and PEX piping for geo ex -change systems
January 11 – October 12
Research Assistant
Oklahoma State University Stillwater, Oklahoma
Engineered a mathematical solution (based on finite line source theory) for a design software program
Performed dynamic and quasi-steady analysis of ground heat exchangers used with heat pump systems
Enhanced a design tool for sizing borehole heat exchanger fields for Ground Source Heat Pumps - A
commercial software provided by IGSHPA (International Ground Source Heat Pump Association)
Gained experience in using existing numerical and analytical solutions for quantifying heat flow through
conduction, convection and radiation mechanisms and modeling real time physics using CFD
W ritten a paper based on mathematical approaches for sizing GSHP systems (REHVA World Congress)
Performed equation based simulation of thermal and fluid flow systems using HVACSIM+
August 10 – May 12
Teaching Assistant
Oklahoma State University Stillwater, Oklahoma
Assisted professors with grading homework’s, exams and projects associated with the coursework
Held weekly office hours for supporting students with their homework’s and course projects
Offered additional support with software’s and tools for combustion analysis as sociated with coursework
Helped students train with semi-automatic machine tools and precise measurement tools like micrometer
Maintained confidential records and inventory of stocks, tools and accessories for a fabrication project
Supervised machine shop sessions for safety and assistance to students with special machine tools
December 09 – July 10
Programmer Analyst
Cognizant Technology Solutions. Chennai, India
Developed and offered technical assistance for workforce/energy management tools for Wal -Mart
Employed in automation testing domain for testing software quality in every stage of development
W orked in Quick Test Professional for generating automation scripts for testing computer applications
Computer Skills:
Energy Simulation Tools: EnergyPlus, HVACSIM+, EES, e-Quest
Mathematical Modeling Tools: MathCAD, Matlab, Mathematica
Drafting and Analysis Tools: Pro-E, Fluent, Ansys, AutoCAD, Revit
Programming Languages: VBA, VB.net, C, Fortran 90
Publication:
Malayappan, V. and J. D. Spitler (2013). Limitations of Using Uniform Heat Flux Assumptions in Sizing Vertical
Borehole Heat Exchanger Fields. Proceedings of Clima 2013, Prague, Czech Republic.
Achievement:
th
Ranked in top one percentile Anna University, Chennai - 47 among 7400 graduates from the Bachelors
Program in Mechanical Engineering
Professional Affiliation:
ASHRAE – American Society of Heating Refrigeration and Air Conditioning Engineers
ASME – American Society of Mechanical Engineers