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Disaster Risk Engineering and Management

Master of Science in

DISASTER RISK ENGINEERING AND MANAGEMENT

Background :

Disaster Risk Engineering and Management is the engineering course which is provided in the level of Master of Science in order to grant the knowledge in depth about various types of disasters and methods or process to keep world safe from it.

Scope:

The main scope of this program is to produce highly competent professionals and make  disaster resilient society in the field of engineering and management. Graduates from this course will be familiar with the prevention, mitigation, execution, rescue, rehabilitation, planning,  construction technology, research methodology and other aspects of disaster risk engineering and management.

Importance:

The main importance of this course is after achieving degree graduates will be able to work in any project in field of disaster. This could be achieved by the provision of diversified Elective courses in this field. Students, after the completion of this course can join in any study and research project in the area of disaster risk engineering and management.

Eligibility:

The eligibility for admission in Construction Engineering and Management is based on the following criteria:

Bachelor’s Degree in any Engineering.
4 years bachelor’s degree in any science stream or 2 years bachelor with 2 years masters in science stream
The candidate shall appear and pass the admission test.

Structure

In line with the semester system of the university, the course structure of the MSc-DREM is as follows (Table 2):

 

Table 2. Course Structure of MSc in Disaster Risk Engineering and Management
Course

Code

Title of Course Total Credits Total

Credits

Full

Marks

Theoretical Tutorial
Year I/I Semester I
DREM 511 Principles of Disaster Risk

Engineering and Management

3 1 4 100
DREM 512 Earthquake Risk Management 3 1 4 100
DREM 513 Emergency Management

Planning

3 1 4 100
DREM 514 GIS and Remote Sensing 3 1 4 100
Year I/II Semester II
DREM 551 Research Methodology &

Quantitative Techniques (Core Course)

3 1 4 100
DREM 552 Flood Engineering and Disaster Management (Core Course) 3 1 4 100
Elective I (anyone)
DREM 553 Community Based Disaster Risk

Management

3 1 4 100
DREM 554 Human Resource Management 3 1 4 100
DREM 555 Disaster Prevention, Mitigation

and Preparedness with ICT tools

3 1 4 100
Elective II (anyone)
DREM 557 Safety Engineering Management 3 1 4 100
DREM 558 Advance Project Management 3 1 4 100
DREM 559 Landslide Risk Management 3 1 4 100
Year II/I Semester III
DREM 611 Project Work on Disaster Management 1 3 4 100
Elective III (anyone)
DREM 612 Environmental Management 3 1 4 100
DREM 613 Climate Change Adaptation and

Mitigation

3 1 4 100
DREM 614 Urban Disaster Risk

Management

3 1 4 100
DREM 615 Bioengineering 3 1 4 100
Elective IV (anyone)
DREM 616 Disaster Response, Recovery,

Rehabilitation and Reconstruction

3 1 4 100
DREM 617 Disaster Risk Management of Cultural Heritages 3 1 4 100
DREM 618 Disaster Law, Policies,

Frameworks, and Strategies

3 1 4 100
Year II/II Semester IV
DREM 651 Thesis on the relevant topic as

prescribed by the Department

16 400
Total Credit 60 1500

EVALUATION CRITERIA

The end-semester (final) examinations will be based on the following Sections of LBU’s 2017 Academic Administration Rules:

  • Section 19 Office of the Examinations Controller,
  • Section 20 Evaluation of Answer Sheets and Archives,
  • Section 21 Arrangement of Committees on Examinations,
  • Section 22 Arrangement of Revealing Answer Sheets and Providing Copies,
  • Section 23 Students’ Code of Conducts on Examinations, and
  • Section 24 Arrangements of Publishing and Suspending Results of Examinations.

The internal evaluation of students will be based on the Section 4 Examinations and Evaluation of LBU’s 2018 Sub-Rules of Semester System.

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