Sustainable Energy in Japan, Early Fall 2019
Program Dates: August 26 - September 20, 2019, including 5 days of classes at UW Bothell, one or two local field trips, and approximately two weeks at Ehime University in Matsuyama, Japan
Program Directors: Steve Collins, Mechanical Engineering, School of STEM, firstname.lastname@example.org; Hiroshi Miyamoto, Japanese instructor, email@example.com
Academic Credits: 5 credits of B ME 493 (counts as ME elective)
- $3,000 program fee, which covers: 5 Autumn Quarter credits; local transportation, housing, most lunches and several group dinners, cultural activities in Japan;
- $350 study abroad administrative fee;
- ~$1,400 airfare;
- $25 travel insurance;
- Some meals in Japan;
- Personal expenses at UW Bothell and while abroad.
***The program is eligible for financial aid and scholarships may be available to help offset the costs***
In collaboration with the Mechanical Engineering Department at Ehime University in Matsuyama, Japan, this early fall course explores advanced topics in thermodynamics related to efficient and sustainable energy conversion systems. Continuing where the thermal fluids series leaves off, it begins with advanced power cycles and their application in mechanical and electric power systems. Other topics include fuels and combustion, wind and solar power, fuel cells, and storage. Students will learn about how power plants work, alternative and renewable energy technologies, and the role of regulation and energy markets in shaping energy supply and demand.
The course begins at UW Bothell in week following the end of summer term in August. Five four-hour sessions are planned; guest lectures from local experts and at least one field trip to a local power plant are included. In the second week, the class travels to Japan for two weeks at Ehime University’s Sustainable Energy Lab. Teams of students will carry out laboratory projects under guidance of Ehime’s Mechanical Engineering faculty and graduate students. Field trips to nearby utilities, power plants, and related destinations are included.
At the end of the course, students will be able to:
- Analyze, describe, and assess energy conversion systems involved in sustainable and efficient power generation.
- Identify scientific, engineering, social, economic, and political factors shaping energy transitions.
- Carry out a sustainable energy project with Japanese counterparts and report results for a multicultural audience.
- Describe Japan's short and long-term energy strategy and analyze it within the larger context of the country's history, environment, and natural resource base.
- Navigate daily life in Japan, recognize cultural differences, work with a deeper global awareness and outlook.
Information for Applicants
Pre-requisites: Applicants must be currently enrolled UW students with a minimum GPA of 2.75, who have completed a course in engineering thermodynamics (B ME 331 or its equivalent) with a minimum grade of 2.0.
Students should be prepared for an intensive interdisciplinary experience ranging across engineering, economics, politics as they pertain to energy and energy policy, and Japanese culture. Program participants should expect a moderate level of physical activity, especially walking and bicycling, while in Japan.Knowledge of Japanese is not required.
Application Process: The online application requires a resume, unofficial transcript and a personal statement describing your interest and qualifications for the program. The essay should demonstrate a commitment to learning across disciplines, curiosity about different cultures, and interest in conversing with peers here and in Japan about our collective energy future.
For priority consideration, apply by Wednesday, March 13, 2019. After this date, applications will continue to be accepted on a space available basis.