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Preface to Second Edition | |
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Preface to the Student | |
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Acknowledgments | |
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Introduction | |
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Definition of Engineering | |
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Definition of Service-Learning | |
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Components of Service-Learning | |
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Service-Learning and Engineering | |
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Conclusion | |
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Best Practices in Engineering Service-Learning | |
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Frequently Asked Questions | |
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Partnership Principles | |
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Shared Mission | |
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Reciprocal Benefits | |
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Clear Communication | |
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Shared Resources and Rewards | |
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Sustained Commitment (if Applicable) | |
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Do No Harm | |
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Rules of Conduct in a Sustainable Service-Learning Partnership | |
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Conclusion | |
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Reflection | |
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Forms and Models of Reflection | |
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Forms of Reflection | |
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Models of Reflection | |
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Technical Level Reflection | |
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Personal Values Reflection | |
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Personal Values Reflection: Engineering as a Career (Co-Author Oakes) | |
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Lifelong Learning | |
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Social Systems and Issues | |
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You and Social Systems and Issues | |
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The Engineering Profession and Social Systems and Issues | |
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Conclusion | |
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The Engineering Design Method for Service-Learning | |
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Human-Centered Design | |
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The Design Cycle | |
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Divergent Thinking: Brainstorming | |
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Going Slow to Go Fast | |
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Document as You Go | |
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The Design Process | |
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Problem Identification | |
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Specifications Development | |
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Conceptual Design | |
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Detailed Design and Development | |
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Delivery | |
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Service and Maintenance | |
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Redesign | |
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Retirement or Disposal | |
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Conclusion | |
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Ethics in Learning Through Service | |
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Moral Decision-Making | |
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Engineering Codes of Ethics | |
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NSPE Code of Ethics for Engineers | |
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Ethical Decision-Making Beyond the Codes | |
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Ethically Responsible Engineering | |
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Green Engineering and Life Cycle Design | |
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Ethics and Socially Responsible Engineering: Putting It All Together | |
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Conclusion | |
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Sustainable Citizens and Citizen Engineers: Listening to the Wisdom of the System | |
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Sustainability | |
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Systems Thinking and Service-Learning | |
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Civic Engagement as Service | |
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A Framework for Engagement | |
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SWOT Analysis | |
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Student Reflections | |
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Democratic Dialogue | |
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Dialogue and Citizenship | |
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Wicked Problems | |
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Engineering and Service | |
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Conclusion | |
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Teaming Skills and Conflict Resolution | |
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The Keirsey-Bates Personality Indicator and Working in Groups | |
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The Source of Energy: Extroverts (E) versus Introverts (I) | |
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The Information-Gathering Function: Sensors (S) versus Intuitives (N) | |
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The Decision-Making Function: Thinkers (T) versus Feelers (F) | |
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The Lifestyle Orientation Function: Judgers (J) versus Perceivers (P) | |
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Team Dynamics | |
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Features of Successful Teams | |
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Stages of Team Development | |
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Leadership Skills | |
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Conflict Resolution and Problem Characters | |
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Preventative Strategies | |
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Corrective Strategies | |
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Conclusion | |
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Project Management | |
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Creating a Project Charter | |
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Task Definitions | |
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Example | |
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Milestones | |
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Defining Times | |
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Organizing the Tasks | |
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PERT Charts | |
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Critical Paths | |
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Gantt Charts | |
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Details, Details | |
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Delivery Timing | |
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Personnel Distribution | |
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Money and Resources | |
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Document as You Go | |
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Team Roles | |
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Project Management Software | |
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Fundraising | |
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Publicity | |
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Conclusion | |
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Technical Communications | |
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Visual Communication | |
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Oral Presentations | |
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Poster Presentations | |
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PowerPoint Presentations | |
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Written Documents | |
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Technical Reports | |
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Revising and Editing | |
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Revision | |
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Editing | |
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Conclusion | |
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Profiles of Engineering Service-Learning Projects | |
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Terre Haute Bike Trail | |
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The Girl Scout Climbing Wall Multidisciplinary Service-Learning Project | |
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Cleanup of Environmental Hazards | |
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Service-Learning Student Profile: Stuart Feilden | |
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Environmental Impact of Chemical Processes | |
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Hands on Atlanta: Improvements to the Design of Hands on Atlanta's Project Development Process | |
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Spanish in Action (SIA) Project | |
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Trinity Mission Outlet Store | |
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Adaptive Agricultural Machinery | |
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Children's Clinic at Wabash Center | |
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Interactive Displays in a Children's Museum | |
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Constructed Wetland | |
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Light Manufacturing Environment for Adults with Disabilities | |
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Partnerships in Remote Villages of Peru | |
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Conclusion | |
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Helpful References for Service-Learning in Engineering | |
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Campus Resources | |
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Faculty | |
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Graduate Students | |
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Technical Staff Members | |
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Student Organizations | |
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Service-Learning/Community Service/Volunteer Office | |
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Extension Offices | |
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The Library | |
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Off-Campus Resources | |
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Professional Societies | |
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Community Partners | |
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Community Volunteer Bureau | |
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Service Organizations | |
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Local Companies | |
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Patents | |
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Intellectual Property | |
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Other Service-Learning Programs | |
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Local Communities | |
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International Projects | |
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Other Resources | |
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Outreach and Education | |
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Other Service-Learning Resources | |
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Fundraising | |
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Conclusion | |
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Appendix: Engineering and Technical Organizations | |
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International Service-Learning: How History, Engineering Cultures, and Views of Communities Should Matter to Engineers Serving Abroad | |
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What Can the History of Engineers in International Development Teach Us about ISL? | |
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Engineers, Sputnik, and International Development (1955-1970s) | |
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Engineers and Development in the 1980s | |
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Engineering for Sustainable Development and Globalization (1990s) | |
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Engineering to Help (2000s) | |
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Engineering Cultures: How to Understand and Value Engineers from Other Parts of the World | |
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Why Care about Engineering Cultures? | |
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What Is Engineering Culture? | |
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Engineering Culture: A Very Brief Look at Mexico | |
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Sustainable Community Development | |
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What Is Sustainable Community Development? | |
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Example: Do Bridges to Prosperity Promote Sustainable Community Development? | |
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How to Listen to Communities | |
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How Were We Listening? | |
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Toward an Ethics of International Service-Learning | |
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Mapping Perspectives | |
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Seeking Resolutions | |
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Working with Local Engineers | |
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SCD versus Hidden Interests | |
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Conclusion | |
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History Matters | |
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Index | |