Calendar

• Engineering Technology
• Computer Science
• Physics

Engineering Technology

Manufacturing has been around for hundreds of years, but today’s engineers are transforming it with cutting-edge technology. Discover how engineers use innovation to optimize manufacturing processes and create products that are more efficient, sustainable, and serviceable. Explore how industrial automation and smart process improvements make a real impact on speed, quality, and performance. See how better engineering not only improves the final product, but also creates safer, more efficient conditions for the people who build it.

Computer Science

Ever wondered how we can turn a simple video into a fully interactive, 3D digital world? In this session, you’ll explore the cutting edge of Virtual Reality (VR) and Artificial Intelligence (AI). You’ll get hands-on with a system that uses advanced AI to "fill in the blanks" of the physical world, creating hyper-realistic virtual environments in an instant. By blending computer science, machine learning, and game engine technology, we are building the next generation of digital experiences. You’ll have the chance to step into a virtual space and see firsthand how our code enables you to navigate people and objects in real time, blurring the line between cinema and reality.

Physics

Physics has been described as the science of everything. Physicists are sought out to solve cutting-edge problems, the solutions of which often lead to great advances in computer devices, renewable energy, space flight, medical technology, etc. Sometimes, innovation delivers a solution in search of a problem. While lasers are now found in multiple aspects of our everyday experience, from telecommunications to manufacturing to surgery, the laser, when it was first invented, was a solution that lacked a problem to solve. Learn how the laser came to solve so many problems and their applications today via multiple demonstrations. Use scientific instruments to measure the speed of light. Learn how lasers work as you participate in the “Living Laser” experiment. Along the way, we will talk about how to get the most out of your introductory physics courses.

Choose one of these camp themes:

• Electrical and Computer Engineering
• Civil Engineering

Electrical and Computer Engineering

How does a smartwatch track your heart rate? How does a self-driving car understand the road? That’s Electrical and Computer Engineering (ECE) at work. ECE connects physical hardware and digital software to power today’s smartest technology. Engineers design the circuits, write the code, and analyze the data that make modern devices run. In this hands-on session, you’ll step into the lab to build your own working system, explore how sensors collect real-world data, and see how microprocessors and computers turn that data into action. Whether you're interested in embedded systems, data analytics, or smart bioengineering devices, ECE gives you the tools to create technology that solves real-world problems.

Civil Engineering

Civil engineers design and build the infrastructure that keeps society moving every day — from roads, bridges, and airports to buildings, clean water systems, and flood protection. Every time you cross a bridge, turn on a faucet, or see a new building rise, you’re seeing their impact. Using math, science, creativity, and teamwork, civil engineers design safe transportation systems, ensure clean drinking water, protect communities from floods and earthquakes, build sustainable structures and smart cities, improve traffic safety and reduce congestion, and lead major construction projects. Civil engineering is about making communities stronger, safer, and more sustainable. Join us to explore why structures fail, how engineers prevent it, and the challenge of balancing highways, infrastructure, and communities.

Choose one of these camp themes:

• Mechanical Engineering
• Chemical Engineering

Mechanical Engineering

Mechanical engineering explores how machines and systems move by studying forces, materials, and design. Step into the role of a mechanical engineer for the day as you design components that help a rover navigate rocky Martian terrain. Conduct an aerodynamics experiment using wind turbine designs to measure how much power they can generate. Learn the engineering design process, identify a real-world challenge, and collaborate with peers to develop and pitch your solution. This hands-on experience shows how mechanical engineering shapes innovation and problem-solving in the world around us.

Chemical Engineering

Chemical Engineering: From Idea to Product Design to Production: Chemical engineers are real-world problem solvers who turn big ideas into the products you use every day-from life-saving medicines and higher-quality foods to clean energy, sustainable materials, and safe drinking water. They combine chemistry, creativity, and technology to tackle global challenges and design smarter products and solutions for the future. Ready to see engineering in action? Join us for a high-energy, hands-on day of experiments, teamwork, and innovation, where you’ll explore chemical engineering through food processing and the exciting world of controlling real chemical systems.

This schedule will be the same for each camp day.

Parking information and further day-of logistics will be provided via email closer to camp dates.

9:30 - 10:00 a.m.: Check-In - Kettering Labs (KL) Connector

10:00 - 10:15 a.m.: Welcome and Overview of the Day

10:15 - 11:45 a.m.: Engineering Theme Module #1

11:45 - 12:00 p.m.: Transition to Lunch

12:00 - 12:30 p.m.: Lunch with Engineering Department Overview

12:30 - 1:15 p.m.: Walking Campus Tour

1:30 - 3:00 p.m.: Engineering Theme Module #2

3:00 p.m.: Program Ends, Reunite with Family

Optional Opportunities: 

3:00 - 3:30 p.m.: Ice Cream Social with Engineering Representatives

We offer three options - scheduled programming, dedicated quiet space for work or student-drop off. 

Parking information and further day-of logistics will be provided via email closer to camp dates.

Option 1 - Our Recommended Option

Note: this programming will be the same for each camp date (if your student is attending more than one camp date, you would only attend this programming on one date). Parents/guardians are welcome to drop-in to the programming below as their schedule allows and utilize the designated working spaces as needed.

9:30 - 10:00 a.m.: Drop Off Student for Check-In

10:15 - 11:30 a.m.: Meet the School of Engineering and Q&A

• Learn about the field of engineering, engineering at UD and how we support students through experiential learning and academic success.

11:30 - 12:30 p.m.: Lunch 

• Lunch will be on your own and NOT with your student. The students will engage in their own programming.
• The School of Engineering can provide lunch for $10, or the parent/guardian can purchase lunch at on-campus dining facilities, restaurants nearby campus or pack their own lunch.

12:30 - 1:15 p.m.: Walking Campus Tour with Student or Free Time

1:20 - 2:00 p.m.: UD Admission Presentation and Q&A

2:10 - 3:00 p.m.: Panel with Current UD Engineering Students

3:00 p.m.: Program Ends, Reunite with Student

Optional Opportunities with your Student: 

3:00 - 3:30 p.m.: Ice Cream Social with Engineering Representatives

Option 2

Space will be provided on campus for parents/guardians to relax and/or work remotely. Attendees will have access to university public wifi. Please note: the public wifi may not be adequate for video calls, but is fine for emails. We recommend bringing a hotspot if needed for video calls.

Parents/guardians are welcome to drop-in to the programming in Option 1 as their schedule allows and utilize the designated working spaces as needed.

Option 3

Students can be dropped off and picked up or drive themselves.

A parent/guardian must stay with and supervise their student at all times in the apartments. A parent/guardian will be required to check-in to the apartment. 

East Stewart Gardens Apartments

• $225/night
• 2 bedrooms with 2 beds each
• 1 bathroom
• Kitchen area
• What's included: a pillow, pillowcase, sheets, blankets, two bath towels, one washcloth and soap for each guest.  
• What's not included: toiletries, kitchen equipment, televisions, alarm clocks, hair dryers, and clothes hangers.

This housing is ran through UD Conference and Event Services and is separate from camp. If you have any questions, please email conferences@udayton.edu. 

Link to reserve will be coming soon.