Electrical Circuits & Lab
Measurement, instrumentation, circuit construction, and the disciplined comparison of theory with experiment.
04 / Teaching
Learn the principles. Build the system.
Engineering education in EPIC Lab connects analysis with fabrication, instrumentation, coding, and evidence-based design.
Control Systems & Lab
Modeling, feedback, dynamic response, and hands-on controller implementation.
Microelectronics & Lab
Device behavior, analog circuits, signal conditioning, and prototype validation.
CAD & Prototyping
Mechanical design, rapid prototyping, iteration, and communication through physical artifacts.
Digital Systems & Lab
Digital logic, computer architecture, HDL-based design, and research-connected laboratory projects.
Embedded Systems
Microcontroller-based sensing, data acquisition, actuation, and integrated hardware-software systems.
Engineering Computational Methods
Numerical methods, MATLAB programming, modeling, visualization, and engineering decision-making.
Engineering Mathematics I
Mathematical methods for modeling, analysis, and problem solving across engineering applications.
Physics I Lab
Experimental mechanics, measurement, data analysis, and clear communication of physical evidence.
Science outreach · June 2026
Science, evidence, and faith at PBA’s Summer Science Camps.
Dr. Fred Browning led and organized the forensics-themed program for students in grades 1–12. Serving as one of the camp instructors, Dr. Weng connected hands-on scientific investigation with Christian faith.
“God created a world with order, patterns, and truth. What does the evidence tell us?”Read the PBA feature ↗
National Hackathon Winner
Dio Silveira helps make PBA history.
Dio joined Ethan Lawson and Jacob Potantus to earn first place at HackaBull with PEPPER, a brain-computer interface headset that reads and responds to cognitive state. Dio designed and built the project’s analog signal-processing system for capturing and refining brainwave signals.
~200participants
58teams
24 hrbuild
05 / Student work
Projects & lab demonstrations.
This gallery is prepared for classroom and laboratory activity photographs from August 2025 onward.
Fall 2025 · Design
CAD & Prototyping
Students moved from design concepts to CAD models, 3D-printed prototypes, and final presentations—integrating technical communication and purposeful design.
Fall 2025 · Computation
Engineering Computational Methods
MATLAB-based projects connected modeling and data visualization with questions of personal finance, responsible stewardship, and faith integration.
Fall 2025 · Circuits
Electrical Circuits Lab
Students built and tested circuits, then explained how network behavior, measurement, and practical applications connect with broader meaning.
Spring 2026 · Systems
Control Systems Lab
Teams modeled and controlled drone motors, mobile robotics, and other integrated hardware–software systems.
Spring 2026 · Electronics
Microelectronics Lab
Students moved from LTspice simulation to breadboard implementation and presented their design choices, testing, and validation.
Spring 2026 · Design
CAD & Prototyping
Student teams designed, fabricated, tested, and presented functional objects—from a 3D-printed chess set and model vehicles to floating keychains and furniture concepts—connecting CAD decisions with physical performance and purposeful design.
