top of page
Sustainable Engineering.jpg
ASL-1副本.png

Accomplished Scholar Leadership Program

Sustainable Engineering: 

Building a Better Future

(Suitable for: G9 - G11)

Fall Semester 2023

Course Description

Sustainable Engineering encompasses various issues ranging from natural resources, human impact on environment to renewable energy issues, and these issues are of global importance. This course addresses specific areas and topics in sustainable engineering, as well as current challenges and future opportunities for students interested in the field. Topics may include food production and preservation, housing and shelter, waste disposal and management, pollution reduction, water supplies, energy development and consumption, transportation, restoring natural resource environments, improvements in industrial processes, and green computing.

Internships and Research Projects

Students interested in Physics or Engineering research projects are required to take ENG23-1 or PHY23-1 to be eligible for assignment to an internship or project in physics or engineering. Students interested in participating in ANY research projects with Perceiver are required to take GEN23-1 to be eligible for assignment or selection.

Deadline for Registration

September 1, 2023

Course Begins

September 14, 2023

Tuition

  • US $1,200

  • Refund Policy: After the first session, student may drop course and receive a 100% refund before the second session.

Academic Subject

Engineering

 

Course Location

Online

 

Eligibility

Mature students in grades 9-11 with a strong interest in engineering, physics, and/or computer science disciplines. Students should be able to write clearly and analytically in English, with particular emphasis on research writing skills. Students are expected to engage and participate collaboratively, be proactive and take initiative, be professional, courteous, and respectful, and attend all classes on time and come prepared. A high level of achievement in math and physics, basic understandings of public policy, and the ability to do conversions and formulas, and the ability to draw and/or sketch renderings and designs is a plus.

Course Structure

8 Sessions + 1 Final Presentation

Contact Info

Bill Tao: bill.tao@usperceiver.com | Jasmine Ding: jasmine.ding@usperceiver.com

Phone: +1 (949) 695-7042

Address: US Headquarters

2372 Morse Ave,

Irvine, CA 92614

For any additional questions or concerns, please contact us for more information.

bottom of page