Serial |
Session |
PaperID |
Authors |
Title |
3 |
|
TU.P.SC 11.3 |
Dursun Akaslan, Effie Lai-Chong
Law and Sezai Taskin |
Analysing Issues for
Applying E-Learning to the Subject of Electricity in Higher Education in
Turkey |
4 |
|
MO.P.SB 11.4 |
Nissim Sabag and Elena
Trotskovsky |
Students’ Reflections
on their Internship Design Project in Industry |
5 |
Enhancing Engineering Education |
TU.A.SC 11.5 |
Josef Rojter |
Engineering Problem
Based Learning In Engineering Curriculum: The Case of Material Technology |
6 |
|
TU.P.SA 11.6 |
Josef Rojter |
Engineering Education
for the Engineering Profession |
7 |
|
TU.A.SA 11.7 |
Laszlo Szentirmai and Laszlo
Radacs |
New Requirement for
European Academia - Industry Link - Sustainability and Competitiveness
Improvement |
9 |
Student Engagement |
MO.P.SC 11.9 |
Azizan Zainal Abidin, Rosetta
Ziegler and Raija Tuohi |
Learning Styles
Amongst Engineering Students in Malaysia, South Africa and Finland |
10 |
The Role of Engineering education in the Information
Age |
TH.A.SB 11.10 |
Richard Bellaver |
Assessing Immersive
Learning Projects |
12 |
University-Industry Collaboration |
TH.A.SC 11.12 |
Felipe Serafim Albaladejo,
Alexsander Tressino De Carvalho, Armando Antonio Maria Lagana and Carlos
Alberto Morioka |
Development of a Mock
Up for Engineering Education in Automotive Electronics |
16 |
SPECIAL FOCUS SESSIONS: Unique Global Engineering
Education Research Facilities and Issues |
TU.A.SA 11.16 |
Jack Selter |
Initiation and
operation of an application based Research Centre |
17 |
|
TU.A.SC 11.17 |
Sergey Dubikovsky and Jeffrey
Kestin |
Introduction of Project
Management Component into Aeronautical Engineering Technology Program
Curriculum |
18 |
|
TH.A.SB 11.18 |
Desmond Adair and Martin Jaeger |
Difficulties in
Teaching and Learning the Java Programming Language |
19 |
Delivering Sustainable Development |
TH.A.SA 11.19 |
James Uhoimoibhi and Margaret
Ross |
STEM Education and
Digital Inclusion: E-Learning and GreenIT Initiatives for Sustainable
Development |
20 |
|
TH.A.SC 11.20 |
Joan Condell, Pratheepan
Yogarajah, Melanie Giles, Amanda Zacharpoulou and Laura O'Neill |
Engaging and Supporting
Students in Mathematics Through Peer Learning - Pilots at Ulster |
22 |
|
TU.P.SC 11.22 |
G.Luna-Sandoval, L.H.Hernández,
G.Urriolagoitia-Calderón, G.Urriolagoitia-Sosa, E.Jiménez |
Clean technologies in
engineering education as a research project of alternative energy: Hydrogen
fuel cells used for public transportation in México City |
25 |
|
MO.A.SC 11.25 |
Radim Farana, Marek Babiuch,
Jana Jezikova and Martin Rajski |
Web Based Benchmarking
Information System Developed as a Student Project |
28 |
|
TH.A.SC 11.28 |
Olga Dolinina and Andrey
Stephanov |
Implementation of E-Qualifications Framework
for ICT-Life Long Education in Russia |
29 |
Study Modes and Methods |
FR.A.SA 11.29 |
Chun-Ming Huang, Wei-De Chien,
Chih-Chyau Yang, Chi-Shi Chen, Yi-Jun Liu and Yan-Tse Chuang |
Building Up a
Multi-Core Educational in Taiwan |
30 |
Professional Practice |
TH.A.SC 11.30 |
Ivan Szendiuch, Edita Hejatkova
and Michael Reznicek |
Electronics Hardware –
Interdisciplinary Subject for the Engineering Study Programs |
31 |
|
TH.A.SB 11.31 |
Hejatkova Edita, Boleslav Psota
and Ivan Szendiuch |
Innovation and Creativity in Electric
Engineering Education - In the Past and Today |
32 |
|
TU.A.SB 11.32 |
Michal Bursik, Ivan Szendiuch
and Edita Hejatkova |
Progress in the
Teaching of Eco-Design in Electric Engineering Education |
33 |
|
TU.A.SC 11.33 |
Luciana R Barroso and Jim R
Morgan |
Developing Students'
Technical Engineering Review Skills: Peer Review of Engineering Content and
Process |
36 |
|
MO.A.SA 11.36 |
Ely Antonio Tadeu Dirani, Ana
Lucia Manrique and Luiz Campos |
The Management of
Teaching and Assessment: Analysis of a Biomedical Engineering Course Using
PBL Methodology |
38 |
|
MO.P.SC 11.38 |
Eduardo Montero, Maria Jesus
Gonzalez-Fernandez, Fernando Aguilar and Fatima E M Alaoui |
Development of
Integrated Learning Materials to Teach Energy Engineering Concepts for a Deep
Approach to Learning |
40 |
|
TU.P.SA 11.40 |
Robert Warrington and FA Kulacki |
Vision 2030: A Time for
Engineering Leadership |
41 |
|
FR.A.SA 11.41 |
Masahiro Inoue |
Outcome Design and
Assessment for Interdisciplinary Education |
43 |
|
MO.P.SA 11.43 |
Sonya Coleman, Rosaleen Hegarty,
Bryan Gardiner and Heather Sayers |
Encouraging Students into Computing and
Engineering Related Degree Courses by Introducing Programming in Schools |
44 |
|
TH.A.SA 11.44 |
Gregory Baker |
An Effort to Coordinate
Conceptual Development in Math and Physics Education for Engineering Students |
47 |
|
TH.A.SA 11.47 |
Jan Bujnak |
Environmental Impact
of Steel and Concrete as Building Materials |
48 |
|
TH.A.SA 11.48 |
Marian Stachowicz and Lise Busk
Kofoed |
Sustainable Design and
Renewable Energy in the Engineering Curriculum |
49 |
|
TH.A.SA 11.49 |
Damasen I. Paul and James
Uhomoibhi |
Solar Power Generation
for ICT and Sustainable Development in Emerging Economies |
50 |
|
TU.A.SC 11.50 |
Anne Nortcliffe and Andrew
Middleton |
Employability Feedback
For Engineering Students |
51 |
|
MO.P.SB 11.51 |
Catherine Skokan |
Embedding Energy/Engineering Topics into a
Mathematics Classroom |
54 |
|
TU.P.SB 11.54 |
Saeed Moaveni |
Conceptual Energy: A
Holistic Approach to Introducing Energy to Freshmen |
55 |
|
FR.A.SC 11.55 |
Dr Murat Sonmez |
Physics and Chemistry Courses in Mechanical
Engineering Curriculum |
57 |
|
MO.P.SB 11.57 |
Juha Kontio and Raija Tuohi |
Engaging Students in the Development and
Quality Assurance of Degree Programs - A Case Study |
58 |
|
TU.P.SC 11.58 |
Brian Mulligan and Stephen Reid |
Addressing Engineering
Teaching Issues in Online Distance Learning |
63 |
|
FR.A.SC 11.63 |
Marija Gradinscak |
Learning Paradigm for Undergraduate-Virtual
Design in Engineering Education |
64 |
|
TH.A.SC 11.64 |
J.S. Cole |
Making Maths Meaningful
- Efforts to Enhance the Learning Experiences of Engineering Students |
71 |
|
TH.A.SC 11.71 |
Marisa De Giusti, Dulce Garcia,
Ramiro Jordan and Wilfrido Moreno |
Ibero American Science and Technology
Education Consortium (ISTEC): New Challenges in Collaborative Work |
72 |
|
MO.A.SA 11.72 |
Carolyn Plumb and Brock Lameres |
Comparing
Student Learning in a Required Electrical Engineering Undergraduate Course:
Traditional Face-to-Face vs Online |
74 |
|
TU.P.SB 11.74 |
Myungsook Klassen |
Improving Technology
Gender Gap in the United States: Can We Learn From Other Countries? |
76 |
|
TH.A.SB 11.76 |
Ulrike Jaeger and Tomas Benz |
Leaving the Comfort
Zone: A Change Process Towards Project-Based Learning in an International
Master Course |
83 |
|
MO.P.SB 11.83 |
Joseph Cocozza |
A Biomedical
Engineering Course of Study at the Secondary School Level |
85 |
|
TH.P.SA 11.85 |
D Scott, M J Mawdesley and Eric
Scheepbouwer |
Simulation for
Education in Construction and Construction Management |
86 |
|
TU.P.SC 11.86 |
Jiang Wei, Wang Chenghua and Cao
Rongmei |
Several Problems of
Engineering Education Under the New Situation in China |
87 |
|
MO.P.SC 11.87 |
Juha Leimu and Kristiina
Meltovaara |
Enhancing Engineering
Education Through Student Engagement: The Introduction of Partner Company
R&D Project Work into the Syllabus |
88 |
|
TU.P.SB 11.88 |
George Grodzicki |
Levitation in Control |
90 |
|
TU.P.SB 11.90 |
Kunihiko Mori, Hidetoshi
Sakamoto, Yoshifumi Ohbuchi and Katsumi Tao |
Engineering Education
Support System on QCD with FSE |
92 |
|
FR.A.SA 11.92 |
Wesley McKnight |
Application of Ultra
High Performance Manufacturing Strategies to CNC Milling Processes |
93 |
|
MO.P.SA 11.93 |
Leila Vilela, Mauro Speranza,
Nival Nunes and Reinaldo Campos |
From Methodology
Hands-On to Problem-Based Learning: Experiences and Prospects of an
Unconventional Introduction to Engineering |
95 |
Enhancing Engineering Education |
TH.P.SA 11.95 |
Javier Rodriguez, Javier
Navallas and Armando Malanda |
An Intuitive Approach
to the Generation of Bioelectrical Potentials |
98 |
Inspiring the Next Generation of Engineers |
MO.P.SB 11.98 |
Gerhard Sprung and Lisa
Zimmermann |
Inspiring the Next Generation of Software
Developers Through the Creative Games Approach |
99 |
|
MO.A.SB 11.99 |
Kari Lindstom and Kristiina
Meltovaara |
Entrepreneurial Modules and Student
Involvement: Introducing an Alternative Approach to Engineering Education |
100 |
|
FR.A.SC 11.100 |
Duk-Gyoo Kim and Jae-Won Song |
Design of Creative
Engineering Design for Freshmen |
101 |
Evolving Engineering Curriculum |
TU.P.SB 11.101 |
Wei Pan and Joseph Allison |
Evaluating a Process
Model of Integrating Critical Thinking into Project Based Learning in
Sustainable Building |
102 |
|
FR.A.SB 11.102 |
Wei Pan, Paul Murray and Debby
Cotton |
Drivers, Barriers and
Strategies for Implementing Research-Informed Teaching: A Case Study of the
Environmental Building Discipline |
103 |
Responding to Social, Environmental and Economic
Change |
TU.A.SB 11.103 |
Karmela Aleksic- Maslac and Masa
Magzan |
ICT as a Tool for Building Social Capital in
Higher Education |
104 |
University-Industry Collaboration |
TU.P.SB 11.104 |
Janne Roslof, Jerker Bjorkqvist
and Seppo Virtanen |
Facilitating
Project-Based Learning and Regional University-Industry Cooperation Over
Institutional Boundaries |
105 |
Student Engagement |
MO.A.SA 11.105 |
David Bustard, Michaela Black,
Therese Charles, Adrian Moore, Martin McKinney and Peter Moffett |
Promoting Student
Engagement Through a Generic Game Support Tool |
106 |
|
MO.P.SC 11.106 |
Janne Roslof |
Aspects on Student
Attrition and Persistence in Finnish ICT Engineering Education |
108 |
|
MO.A.SC 11.108 |
Kadri Umbleja, Vello Kukk and
Martin Jaanus |
Answer Evaluation in
Competence Based Learning |
111 |
|
MO.A.SA 11.111 |
Karine Bauer and Luciano Antonio
Mendes |
WebLab of a DC Motor
Speed Control Didactical Experiment |
112 |
|
FR.A.SA 11.112 |
Mario Leindl, Eduard R
Oberaigner and Walter Schreiner |
Teaching Compressible
Fluid Dynamics with the Help of a Computer Algebra System |
113 |
|
TU.A.SB 11.113 |
Tamas Molnar |
Temporary City –
Cooperation between Universities of European Capitals of Culture 2010 |
114 |
|
TU.A.SB 11.114 |
Balint Bachmann |
Science Building in
Pécs |
117 |
|
MO.P.SB 11.117 |
Jennifer Czocher |
Examining the Relationship Between
Contextual Mathematics Instruction and Performance of Engineering Students |
118 |
|
MO.A.SA 11.118 |
Jan Jansson, Timo Vaskikari and
Veikko Valimaa |
The Modern Mechanical
Technologies Study Unit at Turku University of Applied Sciences |
119 |
|
TU.P.SB 11.119 |
Jon R Pedersen and Lise B Kofoed |
Challenges of Changing
a PBL-Related Curriculum for 1st Year Students |
121 |
|
MO.P.SB 11.121 |
Linda S Hirsch, Suzanne
Berliner-Heyman, John Carpinelli and Howard Kimmel |
Middle School Students' Perceptions of
Engineers Before and After a Summer Enrichment Program |
127 |
|
MO.A.SC 11.127 |
Amparo Camacho and Jeny Theran |
Exploring Rubric Use
in Program Outcome Assessment: An Example with Two Undergraduate Engineering
Programs |
128 |
|
TH.A.SC 11.128 |
Patrick Purcell, John Dunnion
and Hilda Loughran |
General Electives in Civil Engineering,
Computer Science and Social Science |
129 |
|
FR.A.SA 11.129 |
Silveira Camargo, Walnório Graça
Ferreira, Bruno Ceotto Sobrinho,
Augusto Badke Neto |
Pedagogic Comparison Between Time and
Frequency Domain Formulations Of
Dynamic Analysis Of Structures |
130 |
|
MO.A.SC 11.130 |
Vladis Kosse and Dennis
Depellegrin |
Teaching Motor Racing
Engineering Through Real-Life Projects: Benefits and Challenges |
132 |
|
FR.A.SB 11.132 |
Vladis Kosse and Dennis
Depellegrin |
Teaching Tribology and Maintenance-Related
Subjects: A Hands-On Focus |
133 |
|
MO.P.SB 11.133 |
Cynthia Norrgan and E Dendy
Sloan |
Neuroscience and How the Brain Learns |
135 |
Employability Skills for Engineers in the Global
Market Place |
TU.A.SC 11.135 |
Gene Moriarty |
Focal, Local, and
Global Dimensions of Engineering Practice |
141 |
|
MO.A.SB 11.141 |
Joao Miranda and Ana Paula
Teixeira |
Portuguese Mathematics
Action Program: Are Engineering Education Needs Fulfilled? |
142 |
|
FR.A.SC 11.142 |
Chen Xu, Jiang Guohua, Yang
Lanfang and Kong Chuigian |
A Case Study: The
Innovational Project for Undergraduate Students in NUAA |
145 |
|
FR.A.SA 11.145 |
George Grodzicki |
Coming to Grips with
Energy Systems |
148 |
|
FR.A.SB 11.148 |
Paul Hermon, Charles McCartan
and Geoffrey Cunningham |
Implementing and Operating Changes in
Engineering Education; Reflections on Eight Years of Engagement in the CDIO
Initiative |
150 |
|
MO.A.SB 11.150 |
Vic Ilic and George Grodzicki |
A Novel Undergraduate
Learning Tool for Engineering Control and Applied Rheology |
151 |
|
TH.P.SB 11.151 |
Artem Boyarchuk, Vyacheslav
Kharchenko and Chirs Philips |
National Network of Centres of Innovative
Academia-Industry Handshaking: From Critical Computing to Safety Engineering |
152 |
|
TU.A.SC 11.152 |
Aoife Ahern, Tom O'Connor,
Martin McNamara and Gerry MacRuairc |
Interpreting Critical Thinking for
Engineering Education – The Views of Employers and Academics |
153 |
|
TH.P.SC 11.153 |
Bland Tomkinson |
Global Societal
Responsibility – More Than Just Sustainability |
155 |
|
TH.P.SC 11.155 |
Bland Tomkinson and Ian Hutt |
Online PBL: A Route to
Sustainability Education? |
156 |
|
TH.P.SC 11.156 |
Bland Tomkinson and Jim Freeman |
Problems of Assessment |
157 |
|
MO.A.SC 11.157 |
Teemu Rajala, Erkki Kaila,
Mikko-Jussi Laakso and Tapio Salakoski |
Important Features in Program Visualisation |
158 |
|
TH.A.SB 11.158 |
Hung-Yin Tsai, Ji-Jung Kai,
Jing-Tang Yang, Zhong-Yi Wu and Meng-Kao Yeh |
Nanotechnology Education with Remote Control
Scanning Electron Microscope in Taiwan |
159 |
|
TU.P.SC 11.159 |
Ann Bettina Richelsen |
Measuring student performance in an
international MSc programme |
160 |
|
MO.P.SB 11.160 |
Ibibia Dabipi, J Bryan
Burrows-McElwain and Christopher Hartman |
A Study of Students' Attributes in
Application of Engineering Principles and Design Management for Freshman
Engineering Students |
161 |
|
TH.P.SB 11.161 |
Larissa Fradkin |
Teaching Algebra to
Engineering Freshers in Three Weeks |
162 |
|
TU.A.SB 11.162 |
David Dorran and Brian Bowe |
Use of Unsupervised
Online Quizzes to Support Core Competency Development |
163 |
|
MO.A.SA 11.163 |
Philip Tranter, Martin Vardley,
Julie Hardy, Peter Sewell, Lorraine Dacre-Pool, David Bagley, Fang Xiaodong,
Jenny Shi and John Calderbank |
A Joint Educational
Framework for Incorporating Employability and Enterprise in the Engineering
Curriculum: Ongoing Developments |
165 |
|
MO.A.SA 11.165 |
Lars Reng and Lise Busk Kofoed |
Enhance students' motivation to learn
programming by using direct visual feed-back |
166 |
|
TH.A.SB 11.166 |
Hans Schjaer-Jacobsen, Birte
Moller Andersen, Jesper Molin and Per Lundsfryd Jensen |
Innovating Engineering Study Programs for a
Sustainable Society |
167 |
|
TU.A.SB 11.167 |
Jiri Jan |
Medical Image Analysis
as Taught to Interdisciplinary Students of Biomedical Technology and
Bioinformatics - First Experience |
168 |
|
MO.P.SC 11.168 |
Clara Oliveira |
Notes About COOL -
Analysis at Highlights of Complex View in Education |
169 |
E-Learning Technologies |
MO.P.SA 11.169 |
Lucy C. Morse |
Distance Education
Today |
170 |
|
TH.P.SA 11.170 |
Pia Lahti, Jaana Suvinitty,
Katja Vahtikari, Kati Vilonen and Pirjo Pietikainen |
Intergartion in
Curriculum Development |
174 |
|
TH.A.SC 11.174 |
Jolene Phair, Cliodhna McCormac,
Graham Dale, Kevin McHugh and James Davis |
Exploiting the eSerialisation of Comic
Pictograms to Enhance Undergraduate Health and Safety Lectures |
176 |
|
TU.P.SC 11.176 |
Richard Browne and Stephen Lee |
Supporting and
Enhancing Learning with a Virtual Learning Environment: Mathematics in the
Level 3 Engineering Diploma and Beyond |
179 |
|
TU.A.SB 11.179 |
Donald McEachron, Mustafa Sualp
and Craig Bach |
Digital Socrates: A System for Disseminating
and Evaluating Best Practices in Education |
180 |
|
MO.P.SC 11.180 |
Claudia Daems |
The ADOK Project -
Automation Technology and German in an Online Course |
184 |
|
TH.A.SC 11.184 |
Jiri Jan, Milos Malinsky, Roman
Peter and Petr Ourednicek |
Detecting Bone Tissue
Changes by Textural Analysis in 3D CT Image Data (Teaching of Doctoral
Students via Research) |
185 |
|
MO.A.SB 11.185 |
Philip Tranter, Geoff Hall,
Martin Varley and Mahesh Patel |
From Robotics to 'Tesco Technology': An
Evolving Engineering Curriculum |
186 |
Enhancing Engineering Education |
FR.A.SB 11.186 |
Marcelo Alves |
A Global Engineering
Experience to Undergraduate Students |
187 |
|
MO.A.SB 11.187 |
Philip Tranter, Geoff Hall, Lik
Kwan Shark, Martin Varley and Stephen Mein |
Factories of the
Future: Advanced Digital Manufacturing in Undergraduate Education |
190 |
|
MO.A.SC 11.190 |
Noureddine Abbadeni, Abdullah
Alghamdi, Mohamed Batouche and Ahmed Ghoneim |
Combining Multiple
Methods and Metrics for the Assessment of ABET Students Outcomes - The Case
of a Software Engineering Program |
191 |
|
MO.P.SA 11.191 |
Noureddine Abbadeni and Abdullah
Alghamdi |
A Practical Review of
ABET Accreditation Criteria - The Case of Software Engineering Programs |
192 |
|
FR.A.SB 11.192 |
Tim McLernon |
Learning for Doing:
Student Engagement as a Necessity for Practice |
193 |
|
MO.A.SC 11.193 |
Linda S Hirsch, Angelo J Perna,
John Carpinelli and Howard Kimmel |
The Effect
Undergraduate Research Programs Have on Engineering Students' Attitudes
Toward Graduate Studies |
195 |
|
FR.A.SC 11.195 |
Enno 'Ed' Koehn and Siddiqi Mohd
Faiz |
Comparison of US and
International BS Degrees |
198 |
|
MO.A.SC 11.198 |
Katarzyna Moscinska, Jerzy
Rutkowski and Piotr Jantos |
How to Encourage
"Digital Natives" to "Analog Courses"? |
199 |
|
MO.A.SB 11.199 |
Javier Diaz, Claudia Banchoff,
Viviana Harari, Ivana Harari and Viviana Ambrosi |
Generating Social and
Environmental Awareness among Computer Science Students |
204 |
|
MO.P.SB 11.204 |
Luis M Sanchez Ruiz, Jose-A
Morano and M-Dolores Rosello |
Active Learning in
Mathematics Lab Classes for Engineering Students |
205 |
|
MO.P.SA 11.205 |
Enno 'Ed' Koehn and Mohd Faiz
Siddiqi |
Assessment of Faculty
by Civil/Construction and Other Students |
206 |
|
TH.A.SB 11.206 |
Howard Kimmel, Ronald Rockland,
Linda S Hirsch, John Carpinelli and Levelle Burr-Alexander |
Medibotics: An
Engineering Program for Integration into Secondary School Science Curriculum |
208 |
|
MO.P.SA 11.208 |
Peter Bofah and Mohamed Chouikha |
The Versatile Mobile
Studio |
209 |
University-Industry Collaboration |
TU.A.SA 11.209 |
Andres Boza and Llanos Cuenca |
Strategy of Assessment
in Case Study Methodology. A Particular Case in the School of Computer
Engineering |
212 |
|
TU.A.SC 11.212 |
Omar Escalona and Joachim Nagel |
Tendencies and
Initiatives in the Regulation of Clinical Engineers in the European Region |
213 |
|
MO.A.SB 11.213 |
Osvaldo Nakao, Hernani Brinatti
and Jose Grimoni |
Acceptance of
Innovative Technical of Teaching and Learning |
215 |
Student Engagement |
MO.A.SC 11.215 |
Laura Newton and James Davis |
Engineering Better COSHH Compliance in the
Lab or the Workplace: A Generic Development Kit? |
216 |
|
MO.P.SC 11.216 |
Barry Benedict |
Benefit of Graduate
Course in Energy Policy for Understanding Global Issues |
217 |
|
TU.P.SA 11.217 |
Cliodhna McCormac, Jolene Phair
and James Davis |
Telling Tales:
Enhancing the Perception of Engineering |
219 |
|
MO.A.SA 11.219 |
Meriel Huggard and Ciaran
McGoldrick |
Engaging with Ubiquity: Students, Sensors
and Security |
220 |
Enhancing Engineering Education |
MO.P.SB 11.220 |
Joao Cunha and Antonio Araujo |
An Educational
Framework for Learning Organisation and Performance of Cache Memory |
221 |
|
TU.P.SC 11.221 |
Maria Luiza Velloso and Nival
Almeida |
Engineering Education
in Brazil by the Numbers |
223 |
|
FR.A.SC 11.223 |
Shirley Dyke, Chencheng Wu, Le
Yu and Christopher Beeler |
An Internet-Based
Educational Platform for Earthquake Engineering |
224 |
|
TU.A.SC 11.224 |
Clare Olsen and Sinead MacNamara |
The Value of a
Collaborative Design Education for Structural Engineers and Architects |
225 |
|
TH.P.SB 11.225 |
Sinead MacNamara and Samuel
Clemence |
The Value of Short Term Study Abroad in
Civil Engineering Education |
227 |
|
FR.A.SA 11.227 |
Michel Desmarais, Jean-Guy
Blais, Carole Burney-Vincent, France Caron, Michel Gagnon, Ildiko Pelckzer
and Jean-Marc Robert |
Assessing Engineering
Freshman Mathematics Skills with Adaptive Testing |
228 |
Assessment and Feedback |
MO.P.SA 11.228 |
Gary Menary and Trevor Robinson |
Novel Approaches for
Teaching and Assessing CAD |
229 |
|
MO.P.SC 11.229 |
Edward Anderson, James Surles
and Haifeng Wu |
Analysis of Enrolment
Data to Predict Undergraduate Engineering Recruitment |
230 |
|
FR.A.SB 11.230 |
Meriel Huggard and Ciaran
McGoldrick |
Lessons Learnt from a Decade of Structured
Support for Novice Programmers |
233 |
|
TU.A.SC 11.233 |
David Ahlgren |
Mentoring in the
First-Year Engineering Course: Reflections and Best Practices |
234 |
|
TU.P.SB 11.234 |
Peter Jansson, Carlos Barreiro
and Daniel Schmalzel |
Educating Engineers in Sustainability
Through Undergraduate Clinics |
237 |
|
MO.P.SB 11.237 |
Joseph Sussman, Afreen Siddiqi
and Regina Clewlow |
Introducing Complex Sociotechnical Systems
to First- and Second-Year Students |
239 |
Changing higher Education Environment |
MO.A.SA 11.239 |
L.Kairisto-Mertanen and O.
Mertanen |
Selling Skills -
Desperately Needed Also in Engineering Education |
240 |
Engineering Diversity in the Developing World |
TU.P.SC 11.240 |
Jamie Goggins |
Engineering in Communities – Learning by
Doing |
242 |
|
TU.P.SB 11.242 |
Ruth Davis and Christopher Kitts |
Design Thinking, A Pathway to International
Learning |
243 |
|
MO.P.SC 11.243 |
Edward Archer, Alistair
McIlhagger and Justin Quinn |
Education to Promote
Concurrent Manufacturing in the Composite Industry |
245 |
|
TH.A.SA 11.245 |
M. J. Elejalde-García and E.
Macho-Stadler |
Environmental Acoustics Course for a
Sustainable Development |
247 |
|
FR.A.SB 11.247 |
John Allen and Ruth Davis |
and a Little Child
Shall Lead Them |
248 |
|
TH.A.SB 11.248 |
Renee-Pascale Laberge and Pierre
Baptiste |
The Teamwork in
Cross-Disciplinarity: The Role of Engineering Education in the Information
Age |
249 |
Evolving Engineering Curriculum |
FR.A.SC 11.249 |
Pierre Baptiste and
Renee-Pascale Laberge |
Study of the
Mechanical Impact of Distributing the Core Curriculum of an Engineering
Faculty in the Two First Years |
250 |
|
TU.P.SC 11.250 |
Gangadhara B Prusty and Carol
Russel |
Engaging Students in Learning Threshold
Concepts in Engineering Mechanics: Adaptive E-Learning Tutorials |
254 |
|
TU.P.SB 11.254 |
Anna Friesel and Olga Timcenko |
Mathematical Modelling
in Electronics and Medialogy - Sharing Experiences for Better Results |
255 |
|
MO.P.SC 11.255 |
Guilherme Lassance, Paulo
Fernando Rodrigues and Rafael Mano |
Teaching Structural
Systems to Novice Architechture Students Through Modelling and Design
Representation Techniques |
257 |
|
TH.P.SB 11.257 |
Jean-Marc Robert and Walter
Cybis |
The Usability of a
Collaborative Electronic Environment for Remote Teaching |
262 |
Assessment and Feedback |
MO.A.SC 11.262 |
B.G. Prusty and N.J.
Kessissoglou |
Effective Learning
Activities and Assessments in a First Year Engineering Mechanics Course |
263 |
|
MO.P.SA 11.263 |
Nicole Kessissoglou |
A Fundamental Course
on Acoustics and Noise at the University of New South Wales, Australia |
264 |
Enhancing Engineering Education |
TH.A.SB 11.264 |
Chinmay Maiti and Ananda Maiti |
Extending
Microelectronics Education: Online Process/Device Simulation Laboratory |
268 |
|
TH.A.SC 11.268 |
E.S.I. Ossiannilsson |
Quality Assurance on
E-learning- the EADTU, E-xcellence+ Benchmarking Initiative |
269 |
|
MO.P.SA 11.269 |
Qurban Memon, Shakeel Khoja and
Adnan Harb |
Integrating Specialisation-Specific Area
Courses' Assessments for Overall Program Assessment |
270 |
|
TU.A.SB 11.270 |
Jordi Segalas, Maria Eugenia
Esbri and Patricia Benson |
European Project
Semester: 30 ECTS of Multicultural and Multidisciplinary PBL in
Sustainability for Bachelor Engineering Students |
273 |
Internationalisation of the Curriculum |
TU.A.SB 11.273 |
Jose Camara, Ana Lara and
Alfredo Jimenez |
A Comprehensive
Approach to Tackle the Lack of English Language Skills of Engineering
Students |
276 |
E-Learning Technologies |
TU.P.SC 11.276 |
Zoltan Letray and Laszlo T Koczy |
E-Learning Course Development for MSc
Engineering Students at Szechenyi Istvan University |
278 |
|
FR.A.SC 11.278 |
Shoba Krishnan and Ruth Davis |
Engineering Projects for the Community |
279 |
|
TH.A.SB 11.279 |
D'Arcy C Randall, Christy Moore
and Isabel S Carvalho |
An International
Collaboration to Promote Inquiry-Based Learning in Undergraduate Engineering
Classrooms |
280 |
|
MO.A.SA 11.280 |
Lucas Mizusaki, Dante Barone,
Cristiano Dalben, Felipe Micco and Mauro Moreir |
ROBOTEKA: Robotic Projects in Secondary
School |
281 |
|
TU.P.SC 11.281 |
Keurrie Goes, Camarao Arnaldo,
Marcos Pereira and Gilmar Batalha |
Empowering the Science and Technology
Exchanges for the Engineer Formation in Brazil |
282 |
Internationalisation of the Curriculum |
TH.A.SA 11.282 |
John Uhran |
Preparing Engineering Students for a Future
in the Global Economy |
283 |
|
TU.A.SB 11.283 |
Jamie Goggins and Eamonn Cannon |
The New Engineering
Building at NUI Galway as a 'Living Laboratory' for Teaching and Research |
285 |
|
TU.P.SB 11.285 |
Keshav Varde |
Collaboration with
Industries in Education and Research |
286 |
Student Engagement |
MO.A.SB 11.286 |
E.P. Ferlin and V. Pilla Jr |
The Evaluation in the
Teaching-Learning Process of a Computer Engineering Program |
288 |
|
TU.P.SA 11.288 |
Monica Edwards Schachter, Maria
J Garcia-Garcia and Luis F Mazadiego-Martinez |
Developing Tools to Improve Generic
Competences Assessment: The E-Competentis Project |
289 |
|
TU.A.SC 11.289 |
R. Pavlas |
Tracking Control
System of the Modeling Yard |
292 |
|
TU.P.SA 11.292 |
Douglas Barlow, Thomas
McLaughlin and Charles Wisniewski |
Undergraduate
Educational Research Activities in Aeronautical Engineering at the United
States Air Force Academy |
294 |
|
FR.A.SC 11.294 |
Clifford Whitfield and Richard
Freuler |
Overview of Highly
Successful First-Year Engineering Cornerstone Design Projects |
295 |
|
FR.A.SA 11.295 |
Adelson Carvalho, Dante Barone
and Milton Zaro |
The Meaningful
Learning in the Control Engineering Teaching |
297 |
|
MO.P.SC 11.297 |
Ricardo Simon Carbajo, Ciaran
McGoldrick and Meriel Huggard |
Practical Programming: Android Development
in the Laboratory |
298 |
|
TH.P.SC 11.298 |
Fernando Batista Bruno, Tania
Luisa Koltermann Da Silva, Fabio Goncalves Teixeira and Regio Pierre Da Silva |
A Web-Based Learning
Design Tool |
300 |
|
TH.P.SA 11.300 |
Ralph Budwig and Peter Goodwin |
The Center for
Ecohydraulics Research Mountain StreamLab – a facility for collaborative
research and education |
301 |
|
MO.P.SA 11.301 |
Shakeel A. Khoja and Qurban A.
Memon |
Developing a Low Cost
E-learning Framework for Engineering Courses in Developing Countries |
305 |
|
TU.A.SA 11.305 |
Jim Henry |
Unique Remote
Experiments in Controls Engineering and Chemical Engineering: USA, Armenia,
Canada, Colombia, Mexico, Romania & Spain |
306 |
|
MO.A.SB 11.306 |
Anne Kari Botnmark and Jorn
Kragh |
Oslo Fjord Technology
Education, On the Road to Becoming the Norwegian Leading Provider of
Technological Knowledge Relevant to Industry |
307 |
|
TU.A.SA 11.307 |
Frances Marshall, Todd Allen,
Jeff Benson and Mary Catherine Thelen |
The Advanced Test Reactor National
Scientific User Facility Educational Initiatives |
308 |
SPECIAL FOCUS SESSIONS: Unique Global Engineering
Education Research Facilities and Issues |
TU.P.SA 11.308 |
Eoghan Clifford, Edmond O'Reilly
and Michael Rodgers |
A Unique Full Scale
Water Research Facility for Applied and Fundamental Research, Technology
Development, Education and Public Outreach |
309 |
|
TU.A.SA 11.309 |
Russell Cummings, Thomas
McLaughlin and Douglas Barlow |
Supersonic Research
Facilities and Opportunities at the United States Air Force Academy |
312 |
|
MO.A.SB 11.312 |
Francois Sekyere, James Oppong,
Willie Ofosu, Robert Addy and Prince Apreku |
College-Industry
Cooperation in Using PLC to Support Development in a Developing Nation |
313 |
|
FR.A.SA 11.313 |
Toshihiro Ioi, Masakazu Ono,
Kota Ishii and Kazuhiko Kato |
Analysis of a
Knowledge-Management-Based Process of Transferring Project Management Skills |
315 |
|
TH.A.SA 11.315 |
David Redpath, Chris Tierney,
Philip Dalzell, Thomas Kattakayam, Jonathon Palmer and Harjit Singh |
Development of a
Validated Trnsys Model of Solar Photovoltaic Thermal Systems for Combined
Heat and Power Production in Northern Maritime Climates |
316 |
|
TH.A.SA 11.316 |
David A. G. Redpath, Jonathon
Palmer, Philip D. Dalzell, Thomas A. Kattakayam, Christopher Tierney, Harjit
Singh, David R. McIlveen-Wright, and Neil J. Hewitt |
Experimental Investigation of a Novel Hybrid
Heat-Pipe Concentrating Solar Photovoltaic Thermal Energy Conversion System
Suited for Production of Heat and Power in a Northern Maritime Climate |
351 |
Global Challenges for Engineering Education |
MO.P.SC 11.351 |
József Mecsi |
The Present and the
Desired Future of Hungarian Engineering Education from the Perspective of the
Hungarian Chamber of Engineers” |