CV
Kathle Tischner
Summary
Mechanical engineer with a focus in aerodynamic modeling, dynamic systems, and data-driven system identification. Experienced in using FlightStream for aerodynamic database creation and analysis, comparing aerodynamic models derived from low and mid fidelity aerodynamic tools. Practiced at developing automated analysis pipelines in Python, with hands-on hardware integration experience.
Education
- Mechanical Engineering2025-12Utah State UniversityGPA: 3.77
- Mechanical Engineering2024-05Utah State UniversityGPA: 3.85
Work Experience
- Graduate Student Researcher2023-01 - Present
- Supported the design, integration, and deployment of a modular, Teensy-based data acquisition system, supporting the project from component selection through to successful field testing.
- Performed system identification on complex dynamic systems using a custom polynomial fitting code in Python to analyze test data, characterize system behavior, and validate predictive models.
- Developed automated data processing workflows using Python and FlightStream scripting to create aerodynamic databases and extract and analyze key aerodynamic coefficients.
- Graduate Teaching Assistant2024-08 - 2025-05
- Served as a teaching assistant for undergraduate Heat Transfer and Advanced Dynamics courses, mentoring over 100 students to enhance their understanding of core engineering principles.
- Led supplemental instruction and review sessions weekly, focused on materials to clarify complex topics in thermodynamics.
- Undergraduate Student Researcher2022-05 - 2022-08
- Designed and fabricated robust electrical mounting systems for applications including an autonomous wheelchair and an underwater robot.
- Utilized 3d printers, and metal lathes to develop the mounting systems.
Skills
Languages
- Python (NumPy, SciPy, Matplotlib)
- MATLAB
- C/C++ (for Arduino/Teensy)
- FORTRAN
Software
- SolidWorks
- FlightStream
- LaTeX
- Microsoft Office Suite
Analysis
- Polynomial Fitting
- System Dynamics
- Data Analysis
- System Identification
Hardware & Mechatronics
- Teensy & Arduino Microcontrollers
- Data Acquisition
- System Integration
- Sensor Selection
- Servo Control
Publications
- Aerodynamic Parameter Estimation For A Scaled F-16: A Simulation-Based Sensitivity Analysis2026
Teaching
- Heat Transfer and Advanced Dynamics2024Utah State UniversityRole: Graduate Teaching AssistantServed as a teaching assistant for undergraduate courses, mentoring over 100 students. Led supplemental instruction and review sessions weekly.
Portfolio
- Numerical Modeling & GUI Development | Python2023Academic projectDeveloped physics-based numerical models to predict system behavior using measured data from onboard sensors. Engineered custom Python GUIs for real-time plotting of live data streams and for post-processing of large datasets.
- Embedded Mechatronic System | Arduino/C++2024Academic projectDeveloped and programmed a Teensy microcontroller to manage multiple I/O tasks simultaneously, including data logging, sensor interfacing, and actuator control.
References
- Fundamentals of Engineering (FE) Mechanical - NCEES (August 2023)
- Engineering Undergraduate Research Scholar (EURS) - USU (January 2023)
- Eagle Scout - Boy Scouts of America (May 2017)