Master of Science in Civil Engineering
Structural Engineering, Mechanics and Materials
Georgia Tech and CEE policy can be complicated but you should always refer to the CEE Handbook and the Georgia Tech Catalog.
Want to play around with course selection? Try this advising worksheet:MS Advising Worksheet SEMM
- All our Master’s degree programs are 30 credits of approved courses. Please view the page that applies to your specialization below.
- 21 of those credits must be at the 6000 level or above.
- 9 credits can be undergrad courses, but must be 4000 level only. They must be approved courses.
- A maximum of 3 credits of Pass/Fail courses can count towards your Master’s degree (with the exception of thesis credits).
*Non-Thesis Option:
18 credits in Specialization Courses
12 credits in Approved Electives
*Thesis Option:
12 credits in Specialization Courses
12 credits in Approved Electives
6 credits in Master’s Thesis (CEE 7000)
*CSE differs from this model. Please refer to the CSE Page.
Required Courses:
CEE 6551 Strength of Materials CEE 6551 Syllabus
Other Specialization Courses-12 credits for thesis students, 18 credits for non-thesis students (including CEE 6551)
CEE 6461 Math Applications in CEE CEE6461
CEE 6501 Matrix Structural Analysis CEE6501 Syllabus
CEE 6504 Finite Element Method of Structural Analysis CEE6504 Syllabus Spring 2022
CEE 6507 Nonlinear Finite Element Analysis
CEE 6510 Structural Dynamics CEE6510 Syllabus Fall 2022
CEE 6511 Random Vibration CEE6511
CEE 6512 Advanced Dynamics and Smart Structures CEE6512
CEE 6513 Computational Methods in Mechanics CEE 6513 Syllabus
CEE 6521 Reinforced Concrete Members CEE 6521 Syllabus Fall 2022
CEE 6522 Reinforced Concrete Slab Systems
CEE 6523 Prestressed Concrete CEE 6523 Prestressed Syllabus
CEE 6527 Advanced Structural Steel DesignCEE6527
CEE 6528 Introduction to Bridge Engineering CEE 6528 Syllabus
CEE 6533 Design of Polymer Composite Structures CEE6533
CEE 6536 Rehabilitation of Existing StructuresCEE6536
CEE 6540 Engineering Risk Analysis
CEE 6541 Earthquake Engineering
CEE 6544 Structural Modeling
CEE 6548 Inelastic Design
CEE 6549 Structural Reliability
CEE 6560 Applied Elasticity
CEE 6585 Materials Science of Concrete CEE6585 Syllabus
CEE 6590 Durability of Cement-based Materials CEE6590 Syllabus
CEE 8813 -Any CEE8813 Special Topics taught by SEMM faculty
CEE 8823 Experimental Methods for Struc Engineers
CEE 8900 Any CEE 8900 Special Problems taught by SEMM faculty
CEE 4560 Origami Engineering CEE4560 Origami Engineering
CEE 4791 Mechanical Behavior of Composites (These courses are crosslisted with AE, CHE, ME, MSE and PTFE under same #s.)
CEE 4793 Composite Materials and Processes
CEE 4794 Composite Materials and Manufacturing
CEE 4803 Any CEE4803 Special Topics taught by SEMM faculty
CEE 6550 Applied Elasticity
CEE 6501 Matrix Structural Analysis
CEE 6504 Finite Element Method of Structural Analysis
CEE 6507 Nonlinear Finite Element Analysis
CEE 6510 Structural Dynamics CEE6510 Syllabus Fall 2022
CEE 6512 Advanced Dynamics and Smart Structures CEE6512
CEE 6513 Computational Methods in Mechanics CEE6513
CEE 6521 Reinforced Concrete Members CEE6521
CEE 6522 Reinforced Concrete Slab Systems
CEE 6523 Prestressed Concrete CEE6523
CEE 6528 Introduction to Bridge Engineering CEE6528
CEE 6530 Structural Systems
CEE 6533 Design of Polymer Composite Structures CEE6533
CEE 6536 Rehabilitation of Existing Structures CEE6536
CEE 6538 Introduction to Non-Destructive Testing and Forensic Evaluation in Structures
CEE 6542 Consequence-Based Earthquake Engineering
CEE 6544 Structural Modeling
CEE 6548 Inelastic Design
CEE 6549 Structural Reliability
CEE 6585 Materials Science of Concrete CEE6585
CEE 6590 Durabilty of Cement-based Materials CEE6590
CEE 8813 Special Topics. Any CEE 8813 taught by SEMM faculty
CEE 8900 Special Problem. Any CEE 8900 taught by SEMM Faculty (3 credits maximum)
CEE 4803 Special Topics. Any CEE 4803 taught by SEMM Faculty
CEE 4530 Timber and Masonry Design CEE4550 Syllabus Fall 2021
CEE 4540 Infrastructure Rehabilitation
CEE 4550 Structural Analysis II CEE4550_Fall2022_Syllabus
CEE 4791 Mechanical Behavior of Composites
Approved Electives
CEE 8956 Master’s Research Problem (3 credits maximum)
CEE 4XXX All except: 4100, 4101, 4200, 4300, 4510, 4520, 4600, 4699
AE -Any 6xxx-8xxx course that is not a seminar
BMED- Any 6xxx-8xxx course that is not a seminar
CEE- Any 6xxx-8xxx course that is not a seminar
ChBE- Any 6xxx-8xxx course that is not a seminar
ECE- Any 6xxx-8xxx course that is not a seminar
ISYE- Any 6xxx-8xxx course that is not a seminar
MSE- Any 6xxx-8xxx course that is not a seminar
ME- Any 6xxx-8xxx course that is not a seminar
NRE- Any 6xxx-8xxx course that is not a seminar
ARCH- Any 6xxx-8xxx course that is not a seminar
BC- Any 6xxx-8xxx course that is not a seminar
CRP- Any 6xxx-8xxx course that is not a seminar
CS- Any 6xxx-8xxx course that is not a seminar
EAS- Any 6xxx-8xxx course that is not a seminar
MATH- Any 6xxx-8xxx course that is not a seminar
PUBP Any 6xxx-8xxx course that is not a seminar
MATH 4581 Classical Mathematical Methods
MGT 6000 Financial and Managerial Accounting
MGT 6020 Accounting Theory & the Analysis and Interpretation of Financial Statements
MGT 6022 Financial Reporting and Analysis II
MGT 6078 Basic Finance and Investments
MGT/ME 6753 Principles of Management for Engineers