Approved By: UGC
Duration: 2 Years |
Eligibility: Graduation |
Course Duration: Two Year
Course Eligibility : Bachelor Degree in Engineering with at least 50 % marks or Equivqlent CGPA
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules
Programme Mode: Regular
Course Syllabus
Semester-I
Course Code |
Course Title |
CE 501 |
Advanced Reinforced concrete Structures |
CE 502 |
Dynamics of Structures |
MA 503 |
Advanced Mathematics |
Elective |
|
List Of Elective |
|
CE 505 |
Pre-stressed Concrete Structures |
CE 506 |
High Rise Buildings |
CE 507 |
Construction Engineering |
CE 508 |
Advanced Concrete Technology |
CE 509 |
Plated & Shell structures |
CE 510 |
Design & Construction of Bridge Structures |
CE 511 |
Liquid Retaining Structures |
CE 512 |
Computer Aided Design and Expert Systems in Engineering |
CE 513 |
Computer Programming & Optimization techniques |
CE 523 |
Advanced Soil Engineering |
CE 527 |
Advanced Foundation Engineering |
Semester-II
CE 503 |
Advanced Steel Structures |
CE 504 |
Advanced Structural Analysis |
Elective |
|
MA 505 |
Design of Experiments & Research Methodology |
List of Elective |
|
CE 505 |
Pre-stressed Concrete Structures |
CE 506 |
High Rise Buildings |
CE 507 |
Construction Engineering |
CE 508 |
Advanced Concrete Technology |
CE 509 |
Plated & Shell structures |
CE 510 |
Design & Construction of Bridge Structures |
CE 511 |
Liquid Retaining Structures |
CE 512 |
Computer Aided Design and Expert Systems in Engineering |
CE 513 |
Computer Programming & Optimization techniques |
CE 523 |
Advanced Soil Engineering |
CE 527 |
Advanced Foundation Engineering |
Semester-III
CE 698 |
Thesis |
Semester-IV
CE 699 |
Thesis |