To fulfill the country's objectives, a country needs to organize and improve its education systems. One area of education that has undergone profound change and significant progress is computer education. Comprehensive Education Programs have been created and implemented.
As computing evolves, so does Computer Science as a discipline. This puts continual pressure on Computer Science educators to review, revise and rewrite the courses and the curriculum. Educators have been rising up to the challenge, creating new courses, introducing innovative ideas and practices into existing courses, re-organizing the major and carve out minors.
Computer education forms a part of the school and college curriculum, as it is important for every individual today, to have basic knowledge of computers.
Innovation is expensive. Change takes time, effort and commitment. The conference is designed to spark discussion among creative educators, researchers, consultants, training managers, policy makers, curriculum developers, entrepreneurs, and others in Computer Science Education. Many individuals are transforming learning environments in local as well as more global ways. This conference offers an opportunity to meet and discuss their ideas, findings, and next steps.
Topics of interest include, but are not limited to:
System Performance Understanding
Active Learning
Case-Based Learning
Collaborative Learning
Educational Technology
Problem-Based Learning
Peer Learning
Web-based Training
Virtual Learning
Team Teaching
A Multi-perspective Digital Library
Detecting Plagiarized Programs
Linearization technique
Phylogenetic Tools
Synoptic Assessment for Students
Integrated System for Interaction Support
Automated Assessment
Affective Imagery Surveys
E-learning
Teaching Software
Ambient Intelligence
Computer Assisted Assessment
Online Concept Formation
Integrated Online Courseware
Learning by Game-Building
Learning Styles
Strategies Sessions
Multiple Implementation Languages
New Interactive Tools
Pattern -Oriented Instruction
Explorative Learning
Outcome-based Approach
Data Mining
Computer networks
Image processing
Speech Processing
Software Engineering
Software Specification
Software Design, Software Testing
Software Assurance
Reengineering And Reverse Engineering
Software Process Modeling
Software Reuse
Software Safety
Software Maintenance and Evolution
Software Security
Software Engineering Tools and Environments
Project Management
Software Requirements Engineering
Formal Specifications
Software Verification and Model Checking
Model-Based Methodologies
Software Quality and Software Metrics
Software Architecture and Design
Software Testing
Service- and Aspect-Oriented Techniques
Agent-Based Software Systems
Internet and Information Systems Development
Software Visualization
Software Development Tools
Software Processes
Human-Computer Interaction
Software Engineering Education
Software Economics
10月09日
2017
10月10日
2017
初稿截稿日期
注册截止日期
留言