Download Teaching-Learning Networks: Piloting the Global Classroom Concept Teach Civil Infrastructure Systems and Sustainable Development (CISSD) courses using problem-based approaches and team-based learning with teams that cut across several geographical contexts Resource Added: October 2, 2013 103KB, PDF
Download The Problem Solving Studio Establish classroom structures that change the students' and teacher's perceived rights and obligations in the classroom Resource Added: October 2, 2013 199KB, PDF
Download A Four-Year Modular Design Spine Curriculum Move our curriculum into a modular design where: different skill sets can be taught, moved around, making our approach more flexible to change and adaptable. Resource Added: October 2, 2013 994KB, PDF
Download Linking Project-Based Learning and Socially Relevant Themes Empowers Students and Inspires Creative (and Practical) Designs Resource Added: October 2, 2013 1MB, PDF
Download Student Enterprise to Enhance Creatitity and Innovation The primary outcome of this project is to create a learning environment to enhance student creativity and innovation through the integration of artistic creativity, entrepreneurial innovation, and engineering education. Resource Added: October 2, 2013 203KB, PDF
Download Teach the Essentials Determine the smallest possible body of knowledge which, when mastered, give students the broadest possible understanding of the subject. Resource Added: October 2, 2013 665KB, PDF
Download Finding the Right Balance: Process Calculations in the Classroom and on the Web In Process Calculations, chemical engineering sophomores learn to write and solve material and energy balances for simple and complex processes - skills that form a critical foundation for all subsequent chemical engineering core classes. Resource Added: October 2, 2013 163KB, PDF
Download Experiential Learning in Power System Education Creating effective multi-sensory, multi-modal learning experiences that motivate life-long learning while deepening student understanding of and appreciation for the complexities of the electric power grid and the challenges we face to make it intelligent, efficient and sustainable. Resource Added: October 2, 2013 4MB, PDF
Download Flipped Classroom Flipping Heat Transfer to Increase Active Learning Resource Added: October 2, 2013 188KB, PDF
Download Before "How Things Work" Allow non-engineers to develop proficiency in some of the critical and analytical aspects of engineering, science, and technology, not merely in content, but also to embody a way of thinking. Resource Added: October 2, 2013 365KB, PDF
Download Visualizing Engineering Mathematics in Action! Make complex engineering math more approachable to students by teaching math in an application-oriented manner using relevant and timely examples with real-time, hands-on visualization and animation of solutions by students in a computer lab-based setting. Resource Added: October 2, 2013 343KB, PDF
Download Incorporating themes from Changing the Conversation in engineering first year seminars Objectives: To promote students to define engineering in terms of health, happiness and safety and to enhance students’ understanding of possible careers in chemical engineering Resource Added: October 2, 2013 2MB, PDF
Download Programming Printers Printed by 3D Printers No longer do we always have to devise brilliant kinematic linkage mechanisms to translate continuous rotation motions (from say a water wheel or induction motor) into precisely controlled intermittent motions. Instead, we simply have to program a computer to tell a smart motor when to move, in which direction to move, and exactly how far to move. Resource Added: October 2, 2013 290KB, PDF
Download Crowd-sourced in silico design of protein-based biosensogrs Fill an "application gap" in protein engineering courses while providing students with hands-on design experience in molecular/protein engineering. Resource Added: October 2, 2013 4MB, PDF
Download An Integrative Model to Increase Research and Education in Renewable Energy Systems In the proposed class there is a strong emphasis in creating multidisciplinary teams of students, they work in a final project prototype in which they must address a real world problem, funding for developing the prototype is provided to the students although a strong emphasis is placed in using recycled materials in their designs. Resource Added: October 2, 2013 1MB, PDF
Download Experiencing "True Engineering" Earlier Learning Concepts by Teaching to High School Students Resource Added: October 2, 2013 4MB, PDF
Download Higher-Order Learning in Engineering Education Using Active Teaching Pedagogies Develop the dynamic, inquisitive, creative, and ethical engineer of the future called for by the National Academy of Engineering Resource Added: October 2, 2013 392KB, PDF
Download Green Projects, Pavements, and Beyond Taking a Project-Based Learning Approach that Introduces Sustainability to the Next Level Resource Added: October 2, 2013 2MB, PDF
Download Engaging Students through On-Site Design Activities Improve Communication Skills, Improve Design Skills, Integrate Computer Applications, Relate Courses to Real World Problems, Develop and Integrate Construction Topics Resource Added: October 2, 2013 2MB, PDF
Download Bridging Engineering and the Social Sciences Curriculum development - undergraduate research experience - interdisciplinary meetings Resource Added: October 2, 2013 3MB, PDF