The document discusses blended learning approaches for teaching software engineering. It describes using both classroom teaching and web-based learning, with teaching materials like assignments, notes and slides shared online. Reactive blended learning is found to be useful for evaluation. The methodology was evaluated based on degree of learning, satisfaction, and exam performance. Blended learning provides students with a more practical education that reflects how most companies use agile software engineering methods. The associated website contains course materials like the syllabus, assignments, lectures, and links to software engineering resources.

1. Sharbani Bhattacharya
Teaching Software Engineering in Blended
Learning
15th Februrary 2013
IIT Delhi

2. Teaching is an art of self
evolving criteria which are
never in the measurement.

3. Software Engineering Pedagogy
Software Engineering by using
classroom teaching and web-based
learning. The teaching assignments,
notes , slides are also shared in a
website while assessment is done
one-to-one in viva or test conducted
on the learning material.

4. Blended Learning
The web-based learning along with
classroom teaching benefits student
online as well as offline.

5. Reactive Blended Learning
Reactive blended learning is found
more useful in case of evaluation.The
evaluation of the methodology was
carried out in three categories:
 Degree of learning and achievement of
targeted skills.
 Degree of satisfaction with the proposal
methodology.
 Performance of the student in the exam.

6. Agile Software Engineering &
Education
Students were more provided with
practical situation and more effective
way as most of the companies use
agile Software Engineering

8. Blended Learning is Effective Way
of Teaching.

10. The site contents are
 Syllabus, Question Bank
 Assignments, Quizzes
 Lectures , Notes,
 Feedback Form
 Important Links to SEI CMU
 Important Links IEEE
 Important Link to QAI
 Books & their Authors site
 Teaching resource
 Projects & Instructions
 Lab manuals
 Important Links to journals and Masters Degree Programme
 http://www.sharbani.org/home2/softwareengineering

12. IMPORTANT LINK TO SEI CMU
 TSP
 CMMI by Elliene Foreste
 Software Architecture
 SCAMPI
 Customer Need and Innvotation
 Risk Management
 Quality Attributes
 Bottom-up Design CASE STUDY

13. IMPORTANT LINK TO QAI
 Roger .S. Pressman and QAI
 QAI E-Learning Courses

14. IMPORTANT LINKS TO IEEE
STANDARDS
 IEEE Standards for S/W Requirements
 IEEE Standards for SRS
 IEEE Standards for Requirements
 IEEE Standards for Verification & Validation
 IEEE Standards for S/W System & SoftwareArchitecture
 IEEE standards for Software Life CycleProcess-
Maintenance
 IEEE standards for CASE Tools
 IEEE Standards for S/W Unit Testing
 IEEE Standards for SCM
 IEEE Standards for SCM
 IEEE Standards for Risk Management


16. PROJECTS & LAB
 Use proper standards for SDLC of each
project.
 Projects for Lab

17. BOOKS & THEIR AUTHORS SITE
 Roger S. Pressman

 Sommervillle

 Pankaj Jalote

18. TEACHING RESOURCES
 Course File
 Model Test Papers - Test Paper1 Test
Paper2

 Master of Science in Information Technology
& Software Engineering & Management from
SEI CMU


19. IMPORTANT LINKS TO JOURNALS
 ACM Software Engineering Notes

 ACM Transaction of Software Engineering and
Methodolgy

 IEEE Transaction of Software Engineering

 Elsevier Journal of Systems & Software


21. CONCLUSION
The concept of building the site on
Software Engineering is to make students
aware of important things happening in
the real world in the profession

22. Thankyou