THOMAS LINDHARDT

314-555-1212 ~ support@resumeedge.com

SUMMARY OF QUALIFICATIONS

Skilled Professional recently awarded a Master of Science in Aerospace Engineering. Versatile and accomplished with a background as teaching assistant in classical thermodynamics and as research assistant working on the development of a low NOx combustor. Solid mathematical, finance, and computer capabilities.

SKILLS

Numerical Mathematics

• PDF (Probability Density Function) approaches for probabilistic modeling of turbulent reacting flows - Monte Carlo Simulation, Presumed Joint PDF, Lagrangian-Eulerian interaction.

• Numerical methods for a system of partial differential equations, especially hyperbolic nonlinear PDE - Spatial discretization (FDM, FVM, FVS, FDS), Time integration algorithms (ADI, LUSGS, LUSSOR).

• Convergence acceleration algorithms - Preconditioning, Multigrid, Look-up table, Partial implicit algorithm.

Computational Finance

• Financial Risk Management - Value at Risk methodologies encompassing credit risk management and market risk management.

• Knowledge of the bond and money market - term structure modeling, bonds and interest-rate derivatives pricing, and money market instruments.

Computer Science

• Professional scientific computing using C, C++, MATLAB, and FORTMAN.

• Advanced Windows programming using Visual Basic, with some knowledge of Visual C++.

• PC architecture, database (Oracle and SQL), and parallel programming (MPI).

EDUCATION / HONORS

ST. LOUIS COUNTY UNIVERSITY, St. Louis, Missouri

Master of Science in Aerospace Engineering, 2000
~ Thesis: Analysis of NOx Formation Characteristics in Turbulent Reacting Flows"
~ GPA: 3.95/4.3

Bachelor of Science Degree in Aerospace Engineering, 1998
~ Thesis: "Graphical Visualization of Satellite Orbits for Educational Usage"
~ GPA: 3.71/ 4.3
~ Recipient, University Fellowship, 1994

Coursework in Business Administration, 2000
~ Corporate Finance and Derivative Security

THOMAS LINDHART, Page Two

PROFESSIONAL EXPERIENCE

FFREMONT INVESTORS, 2001 - Present
Researcher

• Conducted mark-to-market pricing and researched money market instruments.

• Created pricing logics for bonds and their derivatives for application to the real market.

• Initiated the development of Windows-applicable programs for bonds pricing and database management.

HARRISON PARTNERS, LTD., 2001
Business Analyst

• Evaluated prospective investment targets for this venture capital firm through market research and competitor analysis.

• Documented numerous Investors Relation (IR) materials for overseas fundraising.

THE ADVANCED PROJECT INSTITUTE, 1999 - 2000
Research Assistant

• Executed the "Development of a Low NOx Combustor", a funded project.

• Designed complex computer programs that implemented probabilistic models for flow simulation.

• Served as the laboratory's system administrator, maintaining 20 PCs and workstations.

ST. LOUIS COUNTY UNIVERSITY, 1998 - 1999
Teaching Assistant

• Taught classical thermodynamics and an aerospace engineering lab to undergraduate students.

PUBLICATIONS & PRESENTATIONS

Kim, S.L., Choi, J.Y., Jeung, I.S., and Lindhardt, T., "Application of approximate chemical Jacobians for Constant Volume Reaction and Shock-induced Combustion," Applied Numerical Mathematics 39, 87-104, 2001.

Kim, S.L., Choi, J.Y., Jeung, I.S., and Lindhardt, T., "Approximate Jacobian Methods for Efficient Calculation of Reactive Flows," AIAA Paper, 3384, 2000.

Lindhardt, T., ct al. "Analysis of NOx Emissions in Turbulent Nonpremixed Hydrogen-air Jet Flames with Coaxial Air," Korean Journal on Combustion, 2000.

Lindhart, T., et. al. "Analysis of Flames Shapes and NOx Emissions in Hydrogen Jet Flames with Coaxial Air," unpublished paper for submission to the international journal.