| Ahmad Ibrahim | Editorial | 
    
      |   |   | 
    
      | Joel D.
Hewlett and Bogdan M. Wilamowski | SPICE
as a Fast and Stable Tool for Simulating a Wide Range of Dynamic Systems | 
    
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      | T. J. Mateo
Sanguino and J. M. Andújar Márquez | 3D-RAS:
A New Educational Simulation Tool for Kinematics Analysis of
Anthropomorphic Robotic Arms | 
    
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      | Fermín
Sánchez, David Megías and  Josep Prieto
Blázquez | SiMR:
A Simulator For Learning Computer Architecture | 
    
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      | Victor R. L.
Shen and Cheng-Ying Yang  | Intelligent
Multiagent Tutoring System in Artificial Intelligence | 
    
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      | Piroska
Stanic Molcer and Vlado Delic  | Exploring
the Effectiveness of Interactive On-line Exercises in Project
Accomplishing in the Course: Intelligent Control Systems | 
    
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      | Luis Paya,
Oscar Reinoso, Fernando Torres and Santiago T. Puente | A
Web-based Platform for Remote Interaction with Mobile Robots in Higher
Education | 
    
      |   |   | 
    
      | Nir Keren,
Steven A. Freeman,  Jay D. Harmon
and Carl J. Bern | Testing
the Effectiveness of an On-Line Safety Module For Engineering Students | 
    
      |   |   | 
    
      | Nuria Forcada,
Miquel Casals, Xavier Roca,  Marta
Gangolells and Alba Fuertes | Improving
Design Competences: Experiences in Group-based Learning Based on ICTs
in a Blended Learning Environment | 
    
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      | Chin-Min
Hsiung  | Empirical
Investigation into the Ability-condition Interaction Effect of
Cooperative Learning | 
    
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      | Y. Cinar and
A. Bilgin  | Peer
Assessment for Undergraduate Teamwork Projects in Petroleum Engineering | 
    
      |   |   | 
    
      | Mukasa E.
Ssemakula,  Gene Liao, R.
Darin Ellis, Kyoung-Yun Kim,  Celestine
Aguwa and Shlomo Sawilowsky | Manufacturing
Integrated Learning Laboratory (MILL): A Framework for Determination of
Core Learning Outcomes in Engineering Curricula | 
    
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      | Ganesh
Balasubramanian, Vinod K. Lohani,  Ishwar K.
Puri, Scott W. Case and Roop L. Mahajan | Nanotechnology
Education—First Step in Implementing a Spiral Curriculum | 
    
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      | P. Ortiz, J.
Montoya, C. Hernández, A. Manrique and W. Nieto | Thermodynamic
Approach in Chemical Plant Design: Teaching Chemical Engineering in the
First Year | 
    
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      | C. Depcik, A.
Hausmann, J. Lamb, B. Strecker,  C. Billinger,
W. Pro and M. Gray | Incorporating
Sustainable Automotive and Energy Design into the Engineering
Curriculum using Remote Control Cars | 
    
      |   |   | 
    
      | Shun Takai  | Pre–Post
Assessment of Creativity Methods in an Experimental Course | 
    
      |   |   | 
    
      | Lyn D.
English, Peter Hudson and Les Dawes | Perceived
Gender Differences in STEM Learning in the Middle School | 
    
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      | Shi-Jer Lou,
Yi-Hui Liu, Ru-Chu Shih,  Shun-Yuan Chuang and
Kuo-Hung Tseng | Effectiveness
of On-line STEM Project-Based Learning for Female Senior High School
Students | 
    
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      | Raymond Lynch
and Michael Walsh  | Second
Level Education and the Decline in Popularity of Engineering within an
Irish Context | 
    
      |   |   | 
    
      | Hoda Baytiyeh
and Mohamad K. Naja  | Contributing
Factors in Pursuit of a Ph.D. in Engineering: The Case of Lebanon | 
    
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      | Feng-Kuang
Chiang, Heinz Dietrich Wuttke,  Rainer Knauf,
Chung-Shan Sun and Tai-Cheng Tso | Attitudes
of German University Students towards the Integration of Innovation
Information Technology | 
    
      |   |   | 
    
      | Hua-Li Jian  | Experiences
Teaching Norwegian Engineering Students from a Taiwanese Perspective | 
    
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      | B. Abdul, B.
J. Van Wie, J. T. Babauta, P. B. Golter, G. R. Brown, R. B. Bako, A. S.
Ahmed,  E. G. Shide,
F. O. Anafi and O. Olaofe | Addressing
Student Learning Barriers in Developing Nations with a Novel Hands-on
Active Pedagogy and Miniaturized Industrial Process Equipment: The Case
of Nigeria |