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1. Christopher Grunbok
cgruns99@gmail.com • 845-905-6824
LinkedIn: https://www.linkedin.com/in/christopher-grunbok-39a304175/
Education
Bachelor of Mechanical Engineering Expected May 2021
Master of Mechanical Engineering Expected December 2021
The Catholic University of America, Washington, D.C Cumulative GPA: 3.84
• Honors: Dean’s List – All semesters 2017-2019
• Activities: American Society of Mechanical Engineers, Varsity Swim Team
Experience
The Catholic University of America Washington, D.C.
Research Assistant January 2020-Present
• Aids in performing Computation Fluid Dynamics simulations
• Composes reports based on simulation results
Clyde’s Restaurant Group Washington, D.C.
Front Waiter July-October 2019
• Worked efficiently in fast paced environment to cater customer needs
• Upheld company and restaurant reputation through standard adherence
• Ensured memorable experience through superior hospitality and service
The Catholic University of America Washington, D.C.
Research Assistant January – May 2018
• Researched different techniques for embedding wires and sensors into 3D prints
• Worked closely with faculty and students in researching improvement of embedding
process
Projects
Computational Fluid Dynamics Simulation
• Generated velocity, pressure, and lift profiles for different angles of attack on an airfoil
• Analyzed velocity vector figures around the wing to visualize subsonic airflow
River Delta Data Processing
• Generated 3D visuals of river delta sediment levels using MATLAB and public data
• Compared sediment levels before and years after upstream dam removal
SolidWorks Engine Block Assembly
• Used SolidWorks to model and animate an assembly of complex parts
• Generated detailed part drawings using ANSI standard templates
Numerical Methods of Population
• Used Euler, Heun, and Runge-Kutta methods to model population growth response to
disease
Skills and Coursework
• Skills: MatLab, Microsoft Office, Solidworks, Inventor, STAR-CCM+, Rapid
Prototyping, Editing, Technical Writing, System Equation Modeling
• Coursework: Mechanics of Materials, Thermodynamics, Diff. Eq., Dynamics, Electric
Networks, Fluid Mechanics, Energy/Power Systems, Intro. To Materials Science,
Mechatronics, Aerodynamics, Experimental Techniques, Junior Design, Heat Transfer