ROSEI is currently seeking applicants for the Instructor who will teach the first group of students in the SEE program during the summer of 2023. Follow this link to learn more.
Engineering education is of growing importance in society. Climate change and sustainable energy are areas of immense societal importance and student interest. Educational outreach is critical for reaching a more diverse population of students and enabling a wider cross-section of society to positively contribute to the sustainable energy transformation.
The Ralph O’Connor Sustainable Energy Institute is launching a four-week summer program for high school students to learn about sustainable energy engineering. Offered through the Whiting School of Engineering’s Engineering Innovation program, the program builds on ROSEI’s efforts to educate future leaders in the field of energy, one of the institute’s core missions. The same course may also be offered to Johns Hopkins undergraduate students during the fall or spring as part of the new Energy minor.
A “Crash Course” in All Things Sustainable Energy Engineering
“Our goal is to help these students figure out if they want to pursue this area of engineering in college.”
Described as a crash course in all things related to sustainable energy engineering, the curriculum for the program was co-developed by Rachel Sangree, a ROSEI-associated researcher and associate teaching professor in the Department of Civil and Systems Engineering, and Claire VerHulst, the assistant director of Engineering Innovation. It starts with a few basic lessons: how energy impacts everyone’s daily lives, the sources of energy that are currently used, and the fundamental science and engineering concepts that are critical to working on energy problems. Emphasizing how climate change is driving both policy and business toward more renewable energy sources, students will then learn how energy is harnessed from hydroelectric, wind, solar, and biomass sources, as well as ways to make two of the most energy-intensive systems in society—transportation and buildings—more energy efficient.
“Our goal is to help these students figure out if they want to pursue this area of engineering in college,” VerHulst said. “There are so many aspects of being an engineer, like working on problems that don’t have a single correct solution, or being part of a group that collects and analyzes data. We want to give the students an overview of the landscape and develop the skills of asking good questions and identifying good sources.”
“Having two people who were not as far removed from high school as Claire and I was crucial to not only ensuring that the level of the work was appropriate, but also that the lessons were engaging and met their intended learning objectives.”
The curriculum will include both classroom lectures and hands-on experiments, which will help the students translate the fundamental theories and concepts they learn in the classroom into real-world applications. Over the summer, Sangree and VerHulst worked with Cecilia Doyle, a fourth-year civil and systems engineering student, and Vedant Gabhawala, a third-year mechanical engineering student, to design and test the program’s curriculum to ensure it was neither too easy nor too difficult for high school students. The students provided valuable feedback and ideas.
“The students worked in the lab every day this summer, consistently demonstrating a high level of energy and enthusiasm for the project. Not only did they test the experiments that Claire and I developed, they also designed and tested experiments of their own,” Sangree said. “Having two people who were not as far removed from high school as Claire and I was crucial to not only ensuring that the level of the work was appropriate, but also that the lessons were engaging and met their intended learning objectives.”
Creating More-Informed Citizens
VerHulst hopes the program sparks participants’ interest in pursuing the study of sustainable energy engineering in college. But even those who do not go on to further studies in the field will likely be impacted by what they learn over the summer.
“Because these students are so young, climate change will greatly impact their lives. We hope this program prepares students to make positive change in the world through engineering and technology,” VerHulst said. “Even if a student decides that engineering isn’t for them, they will leave the program as a more informed citizen who is better able to take action to support sustainable energy and mitigate the devastating effects of climate change.”
- Fall 2021 through Fall 2022– Curriculum development for in-person pilot at Homewood
- Summer 2022 – Student interns contribute to curriculum development
- Fall 2022 – Advertising begins; application opens for in-person pilot at Homewood; admission and enrollment continues through Spring 2023
- Summer 2023 – Pilot one section (18-24 students) in-person at Homewood, which includes some combination of residential and commuter students (number of residential spots TBD)
- Fall 2023 and Spring 2024 – Revise in-person curriculum and begin development of online version
- Summer 2024 – Offer multiple in-person sections, possibly at additional locations
- Fall 2024 and Spring 2025 – Complete development of online curriculum
- Summers 2025 and beyond – Offer multiple in-person and online sections; grow over time to meet student demand
- Ralph S. O’Connor Sustainable Energy Institute (ROSEI)
- Engineering Innovation Program (EI)
- Department of Civil and Systems Engineering (CaSE)