Engineering Technology: Statics and Dynamics

Build a pitching airfoil test and compare dynamic-stall hysteresis with flow video, simulation, and lift analysis to learn aerodynamics modeling.

Build and compare self-centering rocking columns, then model earthquake drift with accelerometer data and OpenSees for stronger structural insight.

Design and test 3D-printed lattices that absorb impact, then compare energy per gram against foam while learning data analysis and mechanics.

Model, build, and test a tensegrity landing leg to reduce drone impact loads, compare designs, and analyze IMU acceleration data.

Measure how a Flettner rotor changes thrust, then estimate fuel savings on real ship routes with wind data and simple modeling.

Test a passive tuned-pendulum isolator and measure how well it cuts vibration across 0.5 to 20 Hz with shake-table data analysis.

Build a computer vision QC station that detects fill-level and label defects, then compare its accuracy, speed, and false alarms against human inspectors.

Use machine learning, thermocouples, and tachometer data to predict Stirling engine power, then design and test a better version.

Compare sliding-mode control and LQG on a maglev ball-floater, then measure chattering, energy use, and disturbance rejection.

Compare tracked, wheeled, and whegs rover designs on loose regolith and measure slip, energy use, and climb performance with real data.