Peter Koniers Email & Phone Number

Greenville, Sc, Us

Clemson University, South Carolina, United States

Lead of the aerodynamics division for Clemson’s Formula SAE team. -Overseeing the design and manufacturing of all aerodynamic components of the car, as well as the progress of individual designers-Facilitating testing of aerodynamic designs to validate CFD models and performance estimates-Identifying and designing for interdivisional subsystem interactions with suspension, powertrain, chassis, and electrical-Communicating with existing and potential sponsors and external… Show more Lead of the aerodynamics division for Clemson’s Formula SAE team. -Overseeing the design and manufacturing of all aerodynamic components of the car, as well as the progress of individual designers-Facilitating testing of aerodynamic designs to validate CFD models and performance estimates-Identifying and designing for interdivisional subsystem interactions with suspension, powertrain, chassis, and electrical-Communicating with existing and potential sponsors and external companies-Budgeting of aerodynamic and composite divisions, and ordering of materials and consumables Show less

Clemson University, South Carolina, United States

-Led the design and manufacturing of carbon fiber composite and fiber glass composite components on car-Programmed CNC end mill for foam mold milling and finishing-Created 3D printed molds for rapid prototyping of airfoil manufacturing methods-Ran stress, shear, and hardware pullout testing to validate expected material properties of structural components and mounts-Communicated with external companies to acquire materials, machining capabilities, and expertise

Clemson University, South Carolina, United States

-Led design of the rear wing of the car-Created a MATLAB script to determine optimal airfoil profiles and angles of attack to achieve high lift coefficients and low drag-Conducted numerous tests to validate real-world aerodynamic performance of designs relative to computer simulations-Ran two and three-dimensional CFD models in ansys Fluent to design elements and determine sensitivity of aerodynamic devices to movement of the car-Ran design of experiment simulations to optimize… Show more -Led design of the rear wing of the car-Created a MATLAB script to determine optimal airfoil profiles and angles of attack to achieve high lift coefficients and low drag-Conducted numerous tests to validate real-world aerodynamic performance of designs relative to computer simulations-Ran two and three-dimensional CFD models in ansys Fluent to design elements and determine sensitivity of aerodynamic devices to movement of the car-Ran design of experiment simulations to optimize the configuration of airfoils in two dimensions Show less

Horsham, Pennsylvania, United States

I interned as a testing engineer, contributing to projects in sensor testing, composite materials testing, heat pipe design testing, and 3D design. -Designed and tested a ceramic compression assembly to apply pressure to samples at high temperatures-Tested existing heat pipe models, designed and FDM printed modified concepts-Created a testing fixture to evaluate the performance of low-cost force sensors versus calibrated load cells, to monitor sensor drift and dynamic… Show more I interned as a testing engineer, contributing to projects in sensor testing, composite materials testing, heat pipe design testing, and 3D design. -Designed and tested a ceramic compression assembly to apply pressure to samples at high temperatures-Tested existing heat pipe models, designed and FDM printed modified concepts-Created a testing fixture to evaluate the performance of low-cost force sensors versus calibrated load cells, to monitor sensor drift and dynamic measurements. Used NI LabVIEW and MATLAB for data acquisition and data processing-Potted and polished carbon samples, took microscopy scans to identify defects Show less

Fort Washington, Pennsylvania, United States

I worked in the advanced packaging research and development division of K&S. My primary project was to identify and characterize position error for a CNC gantry within a die packaging machine. Additionally, I programmed metrology video-microscope to measure the accuracy of laser imprints produced by the machine. I utilized matlab for data analysis as well as plotting, Lua for programming machines, and NEXIV AutoMeasure for measuring the location and size of imprints.

Greater Philadelphia

I worked as a network administrator for a 1300 client network, managing information security, devices, networking operations, hardware installation, end-user support, and teaching students about networking.

Bachelor'S Degree, Mechanical Engineering

High School Diploma, Information Technology