Submission | Author | Download |
| A Coherent-Tactile Approach to Teaching Manufacturing
Engineering | | Al-Abdeli, Yasir | | Bullen,
Frank |
| |
| A Combined Vibrations and Controls Course for Mechanical
Engineering | | |
| A Comparison of the Evaluation in East and West : The
Humanism and Scientific in the Engineering Education | | |
| A Comprehensive Model for Ensuring K – 12 Students are
Mathematically Prepared and Keenly Acclimated to enter Engineering
Disciplines | | Mitchell, Tony L | | Bottomley, Laura | | Daniel, Angelitha L | | Hollebrands , Karen | | Leager, Kay |
| |
| A K-12 Engineering Pipeline Model based upon Standards for
Technological Literacy | | |
| A Method for Integrating Vision and Laser Range Measurements
in Autonomous Ground Robotic Vehicles | | Mutter, Bruce | | Riggins,
Robert |
| |
| A New Visual Communication System for Deaf-Blind Tertiary
Education Students | | Veal, David | | Maj,
Stanislaw |
| |
| A Peer-to-Peer and Instructor-to-Students Interactive
Learning Process in Engineering Design Courses Enhanced by an
e-Learning System | | Takemata, Kazuya | | Matsuishi, Masakatsu | | Yamamoto,
Toshiyuki |
| |
| A Problem Based/Experiential Learning Approach to Teaching
Maintenance Engineering | | Al-Abdeli, Yasir | | Bullen,
Frank |
| |
| A Project-based Approach for First-year Engineering
Courses | | Froyd, Jefferey | | Caso, Rita | | Conkey, Andrew | | Howze, Jo | | Marotta, Egidio | | Maxwell, Donald | | Shryock, Kristi | | Srinivasa,
Arun |
| |
| A Record of Publication | | |
| A Remote PLC System for e-Learning | | Liu, Dikai | | Choy, Kenneth | | Lasky, V | | Murray,
Steve |
| |
| A Staggered Approach to Developing Report Writing Skills
within the Civil Engineering Discipline | | |
| A Structure Diagram Design Tool for Teaching Embedded
Systems Software Design | | Collins, John | | Beckerleg,
Mark |
| |
| A Synergistic Interaction between Industry and Academia with
a Focus on Engineering Undergraduate Education | | Savelski, Mariano | | Farrell, Stephanie | | Hesketh, Robert | | Newell, James | | Slater, C. |
| |
| Access, Reward and Penalty: The Art of Supervision at the
(Post)graduate Level, a Case Study of an Electrical Engineering
Laboratory | | |
| Accreditation of Engineering Programs | | |
| Achieving Higher Levels of Technological Literacy: A
Strategic Perspective for K-12 Education | | |
| Adapting Engineering Laboratories to Enhance Learning using
Real-Time Sensors | | Ohland, Matthew | | Sill, Benjamin L. | | Stephan, Elizabeth
A. |
| |
| After the Funding: Sustaining an NSF GK-12 Outreach
Initiative | | Rhoads, Teri Reed | | Murphy, Teri | | Nanny, Mark | | O'Hair, Mary | | Walden,
Susan |
| |
| After the Funding: Sustaining Outreach Initiatives | | |
| An AC Signal-Generator and PC-Oscilloscope Test Package for
Distance Students in Undergraduate Electronics | | |
| An Approach in Mechatronics Teaching | | |
| An Exploration of the Ways to Foster Innovative Talents of
Science and Technology on Higher Engineering Education | | |
| Animatronic Puppets: A Case Study in Interdisciplinary
Collaboration | | Lindsay, Euan | | Pritchard,
Greg |
| |
| Articulation Agreements with High Schools implementing
Project Lead The Way (PLTW) | | Reid, Kenneth | | Feldhaus,
Charles |
| |
| Assessing and Developing Capabilities to analyze Broader
Contexts for Engineering Practice | | |
| Assessing Individual Student Performance in a Team-based
Engineering Problem Solving Course | | Aravinthan, Thiru | | Fahey, Paul | | Worden,
John |
| |
| Assessing The Effectiveness Of New Teaching Methods In
Engineering Education | | Li, Ling | | Clarke, William | | Jeng, Dong | | Lockington,
David |
| |
| Assessing the Generic Competencies of Engineering Graduates:
Preliminary Report from an Ongoing Research Program | | Male, Sally | | Chapman,
Elaine |
| |
| Assessing the Likely Impact of Mandatory Residential
Sessions for Engineering and Technology Students | | Palmer, Stuart | | Bray,
Sharyn |
| |
| Benchmarking the Integration of Complex Systems Study in
American and Australian Mechanical Engineering Programs | | Craig, Nadia | | Addison, Veronica | | Maher, Michelle | | Peters,
Wally |
| |
| Biomedical Engineering, Co-education of Biomedical Science
and Engineering Students | | Jonkman, Mirjam | | De Boer,
Friso |
| |
| Birth of a New Discipline | | |
| Breaking the Boundaries in Engineering Education by
incorporating Interdisciplinary and Inter-Gender Interaction in
Final Year Projects | | Blicblau, Aaron | | Van Der Walt,
Hannes |
| |
| Bringing Engineering to High School Honor Students (College
Institute) | | Kehnemouyi, Muhammad | | Sharon, Gilad | | Storck,
Jane |
| |
| Building Engineering Capacity Globally | | |
| Changing Curriculum Bit by Bit | | Kofoed, Lise | | Fisker, Anna
Marie |
| |
| Cisco Based Curricula in University Units | | Veal, David | | Kohli, Grupreet | | Maj,
Stanislaw |
| |
| Collaborative Development of Multimedia Courseware in
Geotechnical Engineering Education | | Yuen, Samuel | | Kodikara, Jayantha | | Naidu, Som |
| |
| Compartmentalisation of an Electrical Engineering Course for
Non-Electrical Engineering Students | | |
| Concept Mapping as a Form of Knowledge Assessment and
Instruction in the Domain of Information Systems | | |
| Concept Mapping: An Interesting and Useful Learning Tool for
Chemical Engineering Entrepreneurship Classes | | Muryanto, Stefanus | | Hadi,
Sussatryo |
| |
| Confronting the Assessment Demon - Engineering Portfolio
Assessment | | Jorgensen, David | | Senini,
Steven |
| |
| Connecting Learning with Students’ Interests and Daily Lives
with Project Assignment: “It is My Project.” | | |
| Connecting to Great Minds: an Information Literacy Framework
for Final Year Students | | |
| Constructivism: The Learning Theory that Supports Competency
Development of Engineers for Engineering Practice and Technology
Leadership through Graduate Education | | |
| Continuous Quality Improvement: Key to the Globalization of
Engineering Education | | |
| Contribution to Cross-disciplinary Lexicon | | Spuzic, Sead | | Abhary, Kazem | | Fabris, Neda | | Nouwens, Fons | | Rice, John | | Stevens,
Clement |
| |
| Coupling Math and Engineering Concepts in a K-12 Classroom
Environment | | Hylton, Pete | | Otoupal,
Wendy |
| |
| Creating a Model Multidisciplinary Engineering
Program | | Imbrie, P.K. | | Haghighi,
Kamyar |
| |
| Creating and Maintaining an Interest in Engineering in High
Schools through a Year 11 Engineering Report Competition | | Wheway, Robert | | Spence, Andrew | | Yastreboff,
Michael |
| |
| Cross-curricular Electronics in High Schools | | |
| Crossing Boundaries of Disciplines: Double Degrees vs.
Combined Degrees vs. Specialisations | | Kosse, Vladis | | Mahalinga Iyer, Ramasamy
Iyer |
| |
| Curriculum Alignment between High School and Engineering
Industry Training | | Ryan, Chris | | Bishop,
Robert |
| |
| Deploying Bloom’s Taxonomy in a Work Integrated Learning
Environment | | Boles, Wageeh | | Beck, Hilary | | Hargreaves,
Doug |
| |
| Design Education through Multi-disciplinary Collaboration in
an Enhanced Learning Environment | | |
| Design Management in a Construction Company | | Anderson, Janthea | | Jolly, Lesley | | Nycyk, Michael | | Radcliffe,
David |
| |
| Design of Experiments in Undergraduate Laboratory
Education | | |
| Design-Led Engineering Education, Industry Links and Product
Innovation - a Global Imperative | | |
| Developing A Malaysian Outcome-Based Engineering Education
Model | | Megat Mohd Noor, Megat
Johari | | Abang Ali, Abang Abdullah | | Abdul Aziz, Azlan | | Jaafar, Mohd
Saleh |
| |
| Developing A Peer Evaluation Instrument that is Simple,
Reliable, And Valid | | Ohland, Matthew | | Bullard, Lisa F. | | Carter, Rufus | | Felder, Richard M. | | Finelli, Cynthia J. | | Layton, Richard A. | | Loughry, Misty L. | | Schmucker, Douglas
G. |
| |
| Developing a Research Journal in Engineering
Education | | |
| Developing Engineering Education Using a Community of
Practice Model | | |
| Developing Online Roleplay Simulations for Preparing
Engineering Students for Multidisciplinary and International
Practice | | |
| Development and Implementation of a Structured Outreach
Program in IT for Middle and High School Students | | |
| Development of a Method to Test Adequacy of Existing
Personality Tests for a Career in Engineering | | Kreiner, Jessa | | Bhagavatula, Ravi | | Putcha, Chandra | | Putcha-Bhagavatula,
Anila |
| |
| Development of a Web-based Curriculum in Civil Engineering
Technology | | Mutter, Bruce | | Lester,
Alvin |
| |
| Development of Engineering Case Studies for Integrating
Finite Element Analysis into a Mechanical Engineering
Curriculum | | Ryan, Robert | | Prince,
Stewart |
| |
| Development, Training and Implementation of Test Automation
for ADSL Interoperability and Reliability Studies | | Akujuobi, Cajetan | | Alam, Shumon | | Sadiku,
Matthew |
| |
| Discussing Undergraduate Educational Methods of Mechanical
Engineering in the Communication Times | | |
| Diversity in Engineering: A New Approach and Awareness as a
First Step to Change | | Schäfer, Andrea | | Wheway,
Robert |
| |
| Drop and Drag - Graphical User Interface Programming to
Create Enthusiasm in First Year Programming. | | Rudolph, Heiko | | Ferguson, Roy | | Venkatachalaiah,
Suresh |
| |
| Early Introduction of Environmental Engineering and
Sustainable Design Philosophies in the K-12 Classroom | | Hylton, Pete | | Otoupal,
Wendy |
| |
| Educating for Product Lifecycle Management | | |
| Education Beyond Technical Competence: Gender Issues in the
Working Lives of Engineers | | Mills, Julie | | Franzway, Suzanne | | Gill, Judith | | Sharp,
Rhonda |
| |
| Electronics, Robotics and Engineering at the Australian
Science and Mathematics School | | Pope, Kenneth | | Fabijan,
Eddie |
| |
| Embedded Development Being Future for Software
Engineering | | |
| Embedding Sustainability in Civil and Environmental
Engineering Courses | | Maier, Holger | | Daniell,
Trevor |
| |
| Enabling Transdisciplinary Engineering Practice through
Targeted Problem-Based Learning | | |
| EngFocus: Engineering Alternative Entry Program for non-TEE
Students at Rockingham | | |
| Engineer of the Americas: A Professional for the Western
Hemisphere | | |
| Engineering Change Towards Sustainable Futures | | |
| Engineering Cultures: Expanding the Engineering Method for
Global Problem Solvers | | Downey, Gary | | Lucena, Juan | | Moskal,
Barbara |
| |
| Engineering Drawing as a Global Language for
Engineers | | |
| Engineering Education - Random Thoughts | | |
| Engineering Education in a Time of Rapid Change | | |
| Engineering Education in China - Opportunities and
Challenges | | |
| Engineering Education in the Arab World | | |
| Engineering Education: Australian and Japanese Cases | | |
| Engineering Enterprise through IP Education: What is
needed? | | Mclaughlan, Robert | | Childs, Bill | | Killen, Catherine | | Roach, Jim | | Soetendorp,
Ruth |
| |
| Engineering Entrepreneurship Courses Enhance Engineering
Management Program at Florida Tech | | D'Cruz, Carmo | | Shaikh, Muzaffar | | Shaw, Wade
H. |
| |
| Engineering Quest: A Case Study | | |
| Engineering Students and International Exchanges: Why so
few? | | |
| Engineering Students’ Perceptions of the Importance of
Personal Abilities in Relation to Career Performance, and their
Perceptions of the Extent to which their Courses Focus on Personal
Abilities | | Moulton, Bruce | | Lowe, David |
| |
| Enterprise --- The Garden of Middle School Students
Receiving Science Education | | |
| Ethical And Professional Issues Facing Engineers In Global
Settings | | Kreiner, Jessa | | Putcha,
Chandra |
| |
| European Experience in Engineering Education and in
Accreditation | | |
| Evolution of the Digital Library: Making Access
Seamless | | Peachey, Lucy | | Woodall,
Leith |
| |
| Experience of Continuing Engineering Education in China :
Retrospect and Prospect | | |
| Experiences of a Multi-Institutional Coalition on
Transformational Change in Undergraduate Engineering
Education | | |
| Facing the Realities of “High-Stakes” Testing while keeping
Science and Engineering Outreach Alive | | Williamson, Keith | | Ndahi, Hassan | | Nelson, Laura | | Waters,
Sharon |
| |
| Female Engineering Students: Career Motivation and their
Learning Experience | | Mburu, Wairimu P | | Hu, Xiheng |
| |
| Flexible Prototype Board Design for ADC/DAC Control:
Application to Mini-Projects | | |
| Fostering Creative Problem Solving and Collaborative Skills
Through Impromptu Design in Engineering Design Courses | | |
| From Bolt-on to Built-in: Putting Teachers in Touch with
Engineering and Practical Science | | |
| From Conventional Method to Virtual Work Method in Statics:
Three Major Steps and One Guiding Strategy | | |
| Future Engineers Australia Management Project: Turning High
School Students into Engineering Entrepreneurs | | Richards, Paul | | Mann, Llewellyn | | Millican,
Greg |
| |
| Generational Change and Engineering Education | | |
| 'Get Real': Innovative Schooling: Australian Science and
Mathematics School | | |
| Global Engineering Education: Australia and the Bologna
Process | | Walther, Joachim | | Mann, Llewellyn | | Radcliffe,
David |
| |
| Global Engineers and Sustainable Futures | | |
| Globalisation and Engineering Education: An Indian
Perspective | | |
| Globalization and Engineering Education: The Case of
Construction Engineering & Management Department, KFUPM, Saudi
Arabia | | Bubshait, Abdulaziz | | Jalaluddin ,
Mohammed |
| |
| Globalization of Engineering Education - The Bologna Process
in Europe | | |
| Globalization of Engineering Education via Virtual
University | | |
| Go And See And Touch And Feel - An Introductory Case Study
for Civil Engineering Students | | Jacobs, Betty | | Gardner,
Anne |
| |
| Graduate Learning at the Interface of Science, Engineering,
and Business – The Energy and Environmental Studies Program at North
Carolina Agricultural and Technical State University | | Schimmel, Keith | | Dunn, Derrek | | King, Vereda | | Luster-Teasley, Stephanie | | McCary-Henderson, Stephen | | Murray, Kenneth | | Reddy, G.B. | | Shahbazi, Abolghasem | | Singh, Harmohindar | | Sousa, Valmi | | Tang, Guoqing | | Uzochukwu,
Godfrey |
| |
| Green Engineering: A Multidisciplinary Engineering
Approach | | |
| Guided Tour of Generalized Functions in Signal
Processing | | |
| Harmonious Combination of Tradition and Innovation – Making
a Connection between Liberal Arts and Technical Courses, and East
and West | | Hoshino, Yuko | | Sanders,
Wayne |
| |
| How Long Does it Take to Earn a Ph.D. In Engineering: A Case
Study | | |
| Impact of Innovative and Highly Interactive Online
Activities on Energy Efficiency Education | | Pisupati, Sarma | | Deluca, Mark | | Gutowski, Martin J. | | Mahan, Wendy L. | | Victor, Brian
H. |
| |
| Impact of Structured Writing and Awareness of Cognition on
Effective Teaming | | Newell, James | | Dahm, Kevin | | Lefebvre, Brain | | Newell,
Heidi |
| |
| Implementation of a Web-Based Curriculum in Architectural
Engineering Technology | | |
| Improving On- And Off-Campus Student Performance in
Structural Mechanics | | Hall, Wayne | | Ferguson, Clive | | Jones, Trevor | | Palmer,
Stuart |
| |
| Improving Postgraduate Education | | Cropley, David | | Daniels,
Bill |
| |
| Improving the Skills of Engineers in Systematic
Thinking | | |
| In Defense of Lecture: Using Technology Inside and Outside
the Classroom | | Rogers, James | | Cox, J.
Ricky |
| |
| Incorporating Complexity into Undergraduate Engineering
Development through the Research Communications Studio | | Craig, Nadia | | Donath, Loralee | | Matthews, Michael | | Thompson,
Nancy |
| |
| Inducting our PhD Students: Changing the Research Culture
and Improving the Student Experience. | | Wiley, Dianne | | Mort,
Pamela |
| |
| Industry as a Catalyst for Innovation in Education. | | |
| Industry-University Partnerships | | |
| Innovation and Design, a Technical Subject for all
University Students | | De Boer, Friso | | Jonkman, Mirjam | | Martin, Lorien | | Pirchard, Nicola | | Wheway, Robert | | Wolff,
Robert |
| |
| Innovation in Cross-Faculty Education – Engineering and
Science | | Killen, Catherine | | Ford, Mike |
| |
| Integrated Design Project - An Integration of Fundamental
Engineering Courses | | Guan, Hong | | Chowdhury, Sanaul | | Doh,
Jeung-Hwan |
| |
| Integrating Certifications into Information Systems
Curricula | | Al-Rawi, Akram | | Bouslama, Faouzi | | Lansari,
Azzedine |
| |
| Integrating Complex Systems Study into the Freshmen
Mechanical Engineering Experience | | Craig, Nadia | | Addison, Veronica | | Maher, Michelle | | Peters,
Wally |
| |
| Integrating Engineering Education – Key Attributes of a
Problem-based Learning Environment | | |
| Integrating Web-Based Technologies and Knowledge Management
Concepts in a Novel Online Model for Modern Education | | |
| Interactive Learning - Is It Working? | | Bammann, Tom | | Doherty, Lindsay | | Jones, Rebecca | | Pearce, Susan | | Wood, Rohin |
| |
| Interdisciplinary Engineering via Engineering Physics: The
Best of Both Worlds | | Cobb, Stephen | | Rogers,
James |
| |
| International Student Learning in an Engineering Management
Coursework Masters Thesis Context | | |
| Internationalisation as a Change Dynamic in Engineering
Education: Issues and Challenges | | |
| Internationalisation of Technology and Society Course at
University of Southern Queensland | | Thorpe, David | | Ahfock,
Tony |
| |
| Internationalising the Engineering Faculty at Curtin
University: A Scheme to Promote Overseas Staff-Student
Exchanges | | Lawrance, William | | Maynard,
Clive |
| |
| Internationalization of Higher Education and Research in
Manufacturing in Asian Region | | |
| Introducing Students to ePortfolio to Record Generic
Attributes | | Sargison, Jane | | Apsitis, Ingrid | | Tatham,
Peter |
| |
| Introduction of Accreditation System and the Challenge of
Engineering Education in Japan | | |
| Introduction to Engineering Concepts - a Broader First Year
Course | | |
| Issues in Hands-On Online Graduate Programs in Information
Technology | | Mohammed, Tijjani | | Yang, Biwu |
| |
| K-12 Outreach in an Engineering Intensive University | | Skokan, Catherine | | Moskal, Barbara | | Nguyen, Que | | Tafoya,
Jennifer |
| |
| Large Group Cooperative Learning for Engineering
Students | | |
| Leading Engineers into the Twenty First Century | | |
| Learning Across Boundaries through Michigan Technological
University's Enterprise Program | | |
| Learning across the Boundaries between Engineering, Science,
Technology and Business | | Kelkar, Ajit | | Murray, Kenneth | | Radhakrishnan,
Narayanaswami |
| |
| Maintaining Academic Standards and Encouraging Active
Involvement in Engineering Courses: The Role of Formative
Assessment | | León de la Barra, Bernardo | | McPherson, Kate | | Reguera,
Perfecto |
| |
| Making the Profitable Transition Towards Sustainable
Business Practice | | Paten, Cheryl | | Hargroves, Karlson ‘Charlie’ | | Palousis, Nick | | Smith,
Michael |
| |
| Maths in School and Community in the Primary Years: Possible
Effects on choosing Engineering as a Career | | Jolly, Lesley | | Goos, Merrilyn | | Smith, Alex |
| |
| Novel Capillary Filtration Module Bridges Biomedical
Sciences and Engineering to improve Interdisciplinary
Education | | Henrickson, Sarah | | Bonventre, Joseph | | Gunter,
Heather |
| |
| One Condition for Successful Global Engineers: Teaching How
to Make Peace with Differences | | |
| Opportunities and Challenges in K-12 Science, Technology,
Engineering and Mathematics Education | | |
| Orienting Students to Studio Learning | | Armarego, Jocelyn | | Fowler, Lynne | | McGill,
Daniel |
| |
| Outreach Activities - Engineers Australia | | |
| Partnership with Bangladesh University of Engineering &
Technology in Pollution Prevention Curriculum Development and
Research | | Schimmel, Keith | | Ilias, Shamsuddin | | King, Franklin | | Quader, A.K.M.
Abdul |
| |
| Pedagolgical Imperatives in a Globalising World | | |
| Preparing Learners to be Flexibly Adaptive in Novel
Situations | | |
| Problem Based Learning in a New Chemical Engineering
Curriculum | | |
| Problematic Project Work in a First Year Course –
Sustainability for Civil/Infrastructure and Environmental
Engineers | | Hadgraft, Roger | | Brumley, John | | Goricanec, Jennifer | | Oxley,
David |
| |
| Product Engineering in Chemical Engineering
Curriculum | | |
| Project and Team based Learning - an Integrated Approach to
Engineering Education | | Seidel, Rainer | | Godfrey,
Elizabeth |
| |
| Project Management: Learning by Doing | | Swan, Janis | | Torrens,
Robert |
| |
| Promoting Interdisciplinary Learning in a Practical
Environment Using the Formula SAE Competition | | Kennedy, Oliver | | Wheway,
Robert |
| |
| Promoting Vocations in Engineering amongst Secondary School
Students | | |
| Rapporteur Report - Globalisation of Engineering
Education | | |
| Rapporteur Report - K-12 Pipeline | | |
| Rapporteur Report - Transformation of the
Disciplines | | Burrowes, Gunilla | | Tront,
Joseph |
| |
| Re-Engineering Australia - Where do we start? How do we
start? | | |
| Reflections on Changing the Culture of Engineering Education
at QUT | | Boles, Wageeh | | Hargreaves,
Doug |
| |
| Review of First-year Engineering and Technology Units Based
on Student Unit Evaluations | | |
| Reviewing and Reforming a Traditional Engineering
Course | | Scott, David | | Gribble, Susan
Joan |
| |
| Reviews of Curriculum Guides for Professional Software
Engineers | | |
| Revising the Civil Engineering Curriculum at The University
of Sydney | | Airey, David | | Wilkinson, Tim | | Wood,
Graeme |
| |
| Road to Internationalization of Faculty of Engineering
Chulalongkorn University | | Lavansiri, Direk | | Koontanakulvong,
Sucharit |
| |
| Roadworks on the Learning Highway: The UK Experience of
Assessment. | | McLernon, Tim | | Hughes,
David |
| |
| SCION - Space Coast Innovation Outreach Network | | D'Cruz, Carmo | | Halkides,
Mihalis |
| |
| Selling Engineering - A Role Model Program | | Jorgensen, David | | Devenish,
Ian |
| |
| Sharing Laboratory Education through the WEB | | Guran-Postlethwaite, Yolanda | | Cornea-Hasegan,
Dorina |
| |
| Software Engineering - A Career Path in
Transformation | | |
| Solving the Education-Research Tension | | |
| Stimulating Pre-College Interest in Science, Engineering and
Mathematics through Space-Oriented Activities | | Starks, Scott | | Blake, Sally | | MacDonald,
Eric |
| |
| Structuring the Course and Experimental System of the
Mechanical Engineering Based on the Main Thread of Robotics and
Relevant Disciplines | | |
| Student Engagement in Project-Based Courses in First Year
Chemical Engineering at RMIT University | | Jollands, Margaret | | Grundy, Ian | | Hadgraft, Roger | | Ward, Liam |
| |
| Student Experiential Learning | | Dawes, Les | | Murray, Martin | | Rasmussen,
Gary |
| |
| Student's Ownership of Class Project Improves
Learning | | |
| Sudan Virtual Engineering Library - Sustainability Knowledge
Network (SudVEL-SKN) | | Hargroves, Karlson
‘Charlie’ |
| |
| Survey of First-Year Programs | | Wankat, Phillip | | Brannan,
Ken |
| |
| Survey of K-12 Engineering-oriented Student
Competitions | | |
| Sustainability of Teaching Initiatives | | Ford, Robin | | Barber,
Tracie |
| |
| Sustainable Design Practitioners: Why they must be at the
Centre of Discussions on Sustainable Design Education? | | Mann, Llewellyn | | Radcliffe, David | | Walther,
Joachim |
| |
| Teaching and Learning in Engineering Education: Constructive
Alignment | | Cropley, David | | Sitnikova,
Elena |
| |
| Technical Teacher Training for Vocational Schools in
Estonia | | |
| Technology Implementation in Learning And Teaching: -
Towards an Effective Strategy for Virtual Laboratory
Learning | | Matasane, Clement | | Khan,
Mohamed |
| |
| The Application of EXCEL in Teaching Finite Element Analysis
to Final Year Engineering Students. | | |
| The Architectural Engineering Technology Applied Research
Assistant Program at the Bluefield State College Center for Applied
Research and Technology | | |
| The ASIBEI and the Ibero-American Engineer | | |
| The edveNTUres of eLearning in NTU: A Case Study | | |
| The End of the Pipeline: Profiling Commencing Students to
ease their Transition into an Engineering School | | Dowling, David | | Burton,
Lorelle |
| |
| The Engineering Link Project: Learning about Engineering by
Becoming an Engineer | | Millican, Greg | | Mann, Llewellyn | | Richards,
Paul |
| |
| The Globalisation of Universities | | |
| The Ibero-American Engineer: An ASIBEI Project on Global
Education | | Gomez-Mejia, Mario | | Quevedo-Camacho, Rafael | | Ramírez-Cortés, Juan
Manuel |
| |
| The International Plan: Global Competence for Undergraduates
in Engineering | | |
| The Introduction of New Engineering Programs. A Curse or a
Necessity? | | Kestell, Colin | | Hansen,
Colin |
| |
| The Kentucky Bluegrass Robotic Championship: An Affordable
K-12 Outreach Program | | Schmaltz, Kevin | | Wilson,
Stacy |
| |
| The National Science Foundation's investments in assessing
Student Learning: What have we learned? | | |
| The Regional Moonbuggy Competition: A Unique, Large-Scale
Outreach Program to High Schools | | Rogers, James | | Cobb,
Stephen |
| |
| The Senior Design Process at Purdue University | | |
| The Transformed University | | |
| The VaNTH Biomechanics Learning Modules | | Barr, Ronald | | Brophy, Sean | | Freeman, Robert | | Pandy, Marcus | | Petrosino, Anthony | | Roselli,
Robert |
| |
| The Viginia Tech Education-Engineering Collaborative: A
Partnership for Cultural Change | | |
| To Establish Sustainable Cooperative Partnership between
Enterprises and Universities | | Xu, Yong | | Fan, Chunshi | | Fang,
Yuelun |
| |
| Today’s Engineering Education at Carnegie Mellon -
Innovative yet Reflective of our History | | Laughlin, Patricia | | Garrett, Jr., James
H. |
| |
| Towards a Responsible Engineering: The Incorporation of the
Environmental Sciences Study in the Engineering Education. | | Aguilar, Armando | | Altamirano, Fernando | | Contreras, Juan | | León, Frida |
| |
| Transformation of Disciplines | | |
| Transformation of Problem Based Learning in Engineering
Education | | |
| Transforming Engineering Curricula through Web-Based
Interactive Visualization and Simulation Modules | | Chaturvedi, Sushil | | Akan, Osman |
| |
| Transforming the Engineering Education process within the
Australian Context | | |
| Transiting from School Science to Real Engineering by
Employing Materials Science and Engineering Concepts within the
School Programme | | |
| Undergraduate Research Collaboration between Penn State Main
Campus and one of Its Remote Campuses | | |
| Understanding Student and Faculty Attitudes with respect to
Service Learning: Lessons from the Humanitarian Engineering
Program | | Bauer, Elizabeth | | Gosink, Joan | | Lucena, Juan | | Moskal, Barbara | | Muñoz,
David |
| |
| Use of Non-Immersive Virtual Reality in Mechanical
Engineering Laboratory | | Mahalinga Iyer, Ramasamy
Iyer |
| |
| Use of Online Discussion Groups to increase Student
Understanding of Global Social and Technical Issues | | |
| Use of Web Based Technical Data and Information in Higher
Education: Potential Benefits and Major Concerns | | |
| Using a Pre-Service Teacher Institute to Improve the Science
and Mathematics Skills of Future Teachers | | Akbar, Renee | | Hale, Rosalind | | Fulwiler, John | | Jordan, William | | Travis,
Ramona |
| |
| Using Biodegradable Polymer Experiments to examine
Structure-Function Relationships | | Schimmel, Keith | | Lou, Jianzhong | | Shahbazi, Abolghasem | | Warren,
Dana |
| |
| Using Circuit Simulator Software in the Study of Electronic
Circuit Behaviour | | |
| Using Real-Time Sensors in the Engineering Classroom: The
Ongoing Development of an Engineering Education Experiment | | Ohland, Matthew | | Stephan, Elizabeth
A. |
| |
| Using Service-Learning to Prepare Engineers for a
Trans-Disciplinary World | | |
| Using Standardised Hardware Modules to Implement Complex
Design Projects for Teaching Embedded Systems | | Beckerleg, Mark | | Collins,
John |
| |
| Using Student Learning Outcomes Assessment to Assure EC2000
Program Effectiveness | | |
| Using Tablet PCs in Engineering Education | | |
| Using the Formula SAE Competition to Promote Engineering in
High Schools | | Kennedy, Oliver | | Wheway,
Robert |
| |
| Visualization as a Means to Critical and Creative
Thinking | | |
| Working with K-12 Partners to Improve Understanding of
Engineering Programs | | |
| Xlr8tr: Learning about Spreadsheet Tools for Environmental
Engineering Students | | |
