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UCIrvinEThe Henry Samueli School of Engineering
Promoting Creativity: The
Terrascope Program
Rafael L. Bras (UCI), Ari W.
Epstein(MIT)
UCIrvinEThe Henry Samueli School of Engineering
What is Terrascope?
• Year-long program focus on environmental and earth sciences issues
• Open to all freshmen; non disciplinary
• Project-based; problem driven program
• Focus on solving complex, real, problems
• Began in 2002
UCIrvinEThe Henry Samueli School of Engineering
Elements of Terrascope Program
• Required course: Solving Complex Problems
• Required course: Communicating Complex Environmental Issues: Designing and Building Interactive Museum Exhibits
• Elective: Terrascope Radio
• Elective: Field Trip
• Common annual theme/problem: real, global, complex, multidisciplinary, technical and non-technical, no single solution
• Common facilities
• Continuous engagement throughout career
UCIrvinEThe Henry Samueli School of Engineering
Annual Themes• Develop strategies to ensure preservation and
responsible use of the Amazon forest
• Design environmentally friendly way to extract
hydrocarbons from the Arctic National Wildlife Refuge
• Develop a new preservation strategy for the Galapagos
Islands and marine reserve
• Develop tsunami prediction and preparedness plan for
the Pacific Basin
• Develop a plan for the future of New Orleans
• Develop a plan for making global fishing practices
sustainable
UCIrvinEThe Henry Samueli School of Engineering
Goals of Terrascope
• Develop problem solving skills
• Promote creativity, self confidence
• Team building, organization and management
• Communication skills
• Research skills
• Design skills
• Hands-on experiences/skills
• Create community
UCIrvinEThe Henry Samueli School of Engineering
Elements of Terrascope
Classes• Empowerment: self-definition of
approaches and self organization
• Work in cross-disciplinary teams
• Ample staff support and resources
• Final products: high profile public
presentations of findings, judged by
experts
UCIrvinEThe Henry Samueli School of Engineering
Key Components
Project-Based ClassesField Trip
Community
UCIrvinEThe Henry Samueli School of Engineering
Spring Term: Building Interactive
Exhibits
• Builds on subject knowledge developed in Fall
• Exercises students’ new team-building skills
• Engages students in design/engineering process
• Final product used by hundreds of visitors over
several weeks without students’ assistance
• Exhibits evaluated by high-school students and
panel of museum specialists
UCIrvinEThe Henry Samueli School of Engineering
Design Process
Brainstorming Initial Design Proposal
Prototype Final Design Proposal
UCIrvinEThe Henry Samueli School of Engineering
Exhibit Construction
UCIrvinEThe Henry Samueli School of Engineering
Exhibits Open
UCIrvinEThe Henry Samueli School of Engineering
Achievement of Terrascope Goals
Goals of Terrascope % agree/strongly agree
Improved Problem Solving Skills 80
Encouraged Creativity 77
Developed Team Working Skills 84
Improved Research Skills (fall) 35 to 73
Gained Appreciation of Design
Process
96
Learned from Hands-on Exp. 92
Improved Communications Oral: 43,59,49
Written: 16,51,30
UCIrvinEThe Henry Samueli School of Engineering
Team-Based Learning Gains(4-point scale)
First Month Last Month% Available
Gain
Efficiency of
Meetings2.37 3.20 51%
Ability to Reach
Consensus2.44 3.13 44%
Overall Team
Performance2.71 3.28 44%
Equal Sharing of
Workload2.66 2.44 -15%
UCIrvinEThe Henry Samueli School of Engineering
Overall Assessment• 90% satisfied or very satisfied
• 92% would definitely recommend the class
• “ Terrascope has been one of the best things this year….I would recommend anyone motivated for more original work and (interested) in the environment to join.”
• “It is fun. It is a nice break … you’ll learn a lot”
• “It is literally a once-in-a-lifetime opportunity”
• But ….“It was an amazing experience, but it took a lot of time away from my other classes that I have more intellectual interest in.”
UCIrvinEThe Henry Samueli School of Engineering
Why it Works
Major, highly public
presentation at end
Students push selves and teams to produce
far beyond their own expectations
Students control and drive
the learning process
UCIrvinEThe Henry Samueli School of Engineering
Acknowledgments
• Prof. Kip Hodges, Prof. Sam Bowring
• Stephen Rudolph
• Debra Aczel and Ruth Weinrib
• Financial Support:
Henry Luce Foundation (field trip)
Alex and Brit D’Arbeloff Fund for Excellence
in Education
Offices of the MIT Chancellor and Provost
Massiah Foundation