Total Credits and Durationg
These courses are to be completed within 12 trimesters in 4 years. So, to award the degree, total credits will be 167.00. It is mentioned that the students who have completed the 4(four) years in diploma program (CE) under the Technical Education Board are also eligible for admission under this program. In this regard they may be given some course waiver (18.50 credits), and they have to successfully accomplish 149.50 total credits for awarding the degree.
Basic Science Courses (15.00) |
CHEM 101 |
Engineering Chemistry I |
3.0 |
CHEM 102 |
Engineering Chemistry II |
3.0 |
CHEM 114 |
Inorganic Quantitative Analysis Lab |
1.5 |
PHY 101 |
Engineering Physics I |
3.0 |
PHY 102 |
Engineering Physics Lab |
1.5 |
PHY 105 |
Engineering Physics II |
3.0 |
Mathematics Courses (12.00) |
MATH 131 |
Mathematics I |
3 |
MATH 133 |
Mathematics II |
3 |
MATH 231 |
Mathematics III |
3 |
MATH 235 |
Mathematics IV |
3 |
Basic Engineering Courses (42.50) |
CE 100 |
Engineering Drawing* |
1.5 |
CE 101 |
Engineering Mechanics |
3 |
CE 102 |
Computer Aided Drafting* |
1.5 |
CE 103 |
Geoinformatics: Surveying* |
3 |
CE 104 |
Computer Fundamental Applications Lab |
1.5 |
CE 105 |
Practical Surveying* |
1.5 |
Shop 132 |
Workshop Sessional * |
1.5 |
EEE 165 |
Basic Electrical Engineering |
2 |
EEE 166 |
Basic Electrical Engineering Lab* |
1.5 |
CE 203 |
Engineering Geosciences |
3 |
CE 204 |
Engineering Geosciences Sessional |
1.5 |
CE 205 |
Numerical Methods and Analysisl |
3 |
CE 206 |
Computer Programming Sessional l |
1.5 |
CE 207 |
Engineering Computation Sessional |
1.5 |
CE 208 |
Estimating and Costing* |
1.5 |
CE 209 |
Advance Construction Technology and HES Sessional |
1.5 |
CE 211 |
Mechanics of Solids I |
3 |
CE 212 |
Structural Mechanics Sessional |
1.5 |
CE 213 |
Mechanics of Solids II |
3 |
CE 261 |
Fluid Mechanics |
3 |
CE 262 |
Fluid Mechanics Sessional |
1.5 |
Basic Civil Engineering Courses (55.50) |
CE 200 |
Details of Construction* |
1.5 |
CE 201 |
Construction Materials |
3 |
CE 202 |
Construction Materials Sessional |
1.5 |
CE 312 |
Computer Aided Structural Analysis and Design Lab I |
1.5 |
CE 313 |
Structural Analysis and Design II |
3 |
CE 315 |
Design of Concrete Structures I |
3 |
CE 316 |
Concrete Structures Design Sessional |
1.5 |
CE 317 |
Design of Concrete Structures II |
3 |
CE 319 |
Design of Steel Structures |
3 |
CE 320
|
Steel Structure Design Lab |
1.5 |
CE 331 |
Environmental Engineering I |
3 |
CE 332 |
Environmental Engineering I Sessional |
1.5 |
CE 333 |
Environmental Engineering II |
3 |
CE 341 |
Geotechnical Engineering I |
3 |
CE 342 |
Geotechnical Engineering Sessional I |
1.5 |
CE 343 |
Geotechnical Engineering II |
3 |
CE 351 |
Transportation Engineering I |
3 |
CE 353 |
Transportation Engineering II |
3 |
CE 354 |
Transportation Engineering I Sessional |
1.5 |
CE 361 |
Hydraulic Engineering |
3 |
CE 362 |
Hydraulic Engineering Sessional |
1.5 |
CE 363 |
Engineering Hydrology |
3 |
Advance Civil Engineering Elective Courses (64.00) |
CE 400 |
Project & Thesis |
4.5 |
CE 402 |
Application of GIS in Civil Engineering |
1.5 |
CE 410 |
Concrete Structures Design Sessional II |
1.5 |
CE 411 |
Structural Analysis and Design III |
3.0 |
CE 412 |
Computer Aided Structural Analysis and Design Lab II |
1.5 |
CE 413 |
Introduction to Steel-Concrete Composite Structures |
2.0 |
CE 415 |
Prestressed Concrete |
2.0 |
CE 416 |
Computer Aided Structural Analysis and Design Lab III |
1.5 |
CE 417 |
Design of Concrete Structures III |
2.0 |
CE 419 |
Introduction to Finite Element Method |
2.0 |
CE 421 |
Dynamics of Structures |
2.0 |
CE 431 |
Design of Water Supply, Sanitation and Sewerage Systems |
2.0 |
CE 432
|
Environmental Engineering Sessional II |
1.5 |
CE 433 |
Solid and Hazardous Waste Management |
2.0 |
SCE 437 |
Sustainable Development and Environmental Impact Assessment |
2.0 |
CE 441 |
Foundation Engineering |
2.0 |
CE 442 |
Geotechnical Engineering Sessional II |
1.5 |
CE 443 |
Earth Retaining Structures |
2.0 |
CE 445 |
Elementary Soil Dynamics |
2.0 |
CE 451 |
Traffic Planning & Management |
2.0 |
CE 452 |
Transportation Engineering II Sessional |
1.5 |
CE 453 |
Pavement Management, Drainage and Management |
2.0 |
CE 455 |
Urban Transportation Planning and Management |
2.0 |
CE 461 |
Irrigation and Flood Control |
3.0 |
CE 465 |
Flood Mitigation and Management
| 2.0 |
CE 467 |
Ground Water Engineering |
2.0 |
CE 469 |
River Engineering |
2.0 |
CE 471 |
Hydraulic Structures |
2.0 |
CE 472 |
Water Resources Engineering Sessional I |
1.5 |
CE 473 |
Coastal Engineering |
2.0 |
CE 474 |
Water Resources Engineering Sessional II |
1.5 |
Civil Engineering Professional Practice Courses (16.50) |
CE 301 |
Professional Practice and Business Communication |
3.0 |
CE 401 |
Project Planning and Management |
3.0 |
CE 403 |
Socio-economic Aspects of Development Projects |
3.0 |
CE 405 |
Business and Career Development |
3.0 |
CE 406 |
Law and Ethics for Engineers |
3.0 |
Humanities and Social Science Courses (13.50) |
ENG 101 |
English Fundamentals |
3.0 |
ENG 102 |
Developing English Language Skills |
1.5 |
HUM 113 |
113 Economics |
2.0 |
SOC 113 |
Bangladesh Studies and Government* |
3.0 |
HUM 213 |
Principles of Accounting* |
2.0 |
SOC 255 |
Sociology |
2.0 |
Minimum total credit requirement for regular student to complete the Degree = 165.00 (No upper limit) Minimum total credit requirement for Diploma Engineers/ Equivalent passed students = 145.00 (No upper limit) Note: (*) means the courses which are exempted for diploma/second shift group students.