Engineering Mathematics Program Description
UNC Charlotte STEM Pre-College Program – Saturday Academy

Fall 2024 Engineering Program students constructing a windmill.
Registration for Fall 2026 will open on April 13, 2026 thru June 30, 2026 or until capacity is reached for all programs. Please find more information regarding registration below.
The Engineering Mathematics component of the UNC Charlotte STEM Pre-College Program offers middle school students (grades 6–8) an exciting opportunity to explore the intersection of mathematics, engineering, and scientific inquiry through hands-on, standards-aligned activities. Designed to spark curiosity and build foundational STEM skills, this program integrates North Carolina mathematics standards with engineering principles and Science Olympiad-style challenges.
Program Dates & Location
Sessions will be held from 9:00 a.m. to 12:30 p.m. at the UNC Charlotte Woodward Building, 8812 Craver Rd, Charlotte, NC 28223 on the following dates:
Saturday Academy Dates
Virtual Thursdays
Fall 2026 – 6:30 p.m. to 8:00 p.m. each day
September 24
December 3
Fall 2026 Dates – 8:30 a.m. to 12:30 p.m. daily
September 12 & 19
October 10 & 17
November 7 & 21
Each Virtual Thursday will feature a STEM professional guest speaker, offering students insight into real-world applications of engineering and mathematics.
Instruction Format
Each in-person session includes:
- 1.5 hours of instruction by one certified mathematics instructor or graduate student
- A 15-minute break
- 1.5 hours of instruction by the second instructor
Eligibility & Enrollment
- Open to students in grades 6–8 with a minimum grade of “C” in math and science and an overall GPA of 2.5 or higher
- Enrollment period: October 27, 2025 – January 9, 2026
- Maximum of 50 students will be accepted
- Application requirements:
- Completed application form
- $125.00 application fee
- Most recent report card or Infinite Campus/PowerSchool report
For questions, contact: stem-precollege@charlotte.edu. Learn more: STEM Saturday Academy
Sample Topics & Activities
1. Bridge Building & Load Testing
- Concepts: Geometry, ratios, structural engineering
- Activity: Design and construct model bridges using popsicle sticks, then test strength and calculate efficiency.
2. Rocket Trajectory & Angle Optimization
- Concepts: Trigonometry, measurement, physics of motion
- Activity: Launch foam rockets at varying angles, record data, and graph results to determine optimal trajectory.
3. Water Filtration Challenge
- Concepts: Volume, data analysis, environmental engineering
- Activity: Build water filtration systems, measure flow rates, and evaluate clarity and design effectiveness.
4. Math in Motion: Robotics & Programming
- Concepts: Coordinate planes, logic, algebraic thinking
- Activity: Program robots to navigate mazes using math-based logic and spatial reasoning.
5. Catapult Design & Energy Transfer
- Concepts: Measurement, energy, algebra
- Activity: Construct mini catapults, launch projectiles, and calculate kinetic energy and accuracy.