Accelerated Bachelor’s/Master’s

The CCEE department encourages academically excellent undergraduate students to obtain a master’s degree in their chosen field of specialization via accelerated pathways: 

  • Accelerated Bachelor’s/Master’s without thesis (ABM) 
  • Accelerated Master of Science with thesis (AMS)

Step 1. Verify your eligibility :

  • Applicants must have completed at least 75 credit hours (this typically means junior standing) before applying for an accelerated master’s program
    • Applicants must not have already received a BS degree
    • Applicants must have an overall GPA of at least 3.5 and major GPA of at least 3.25
    • Transfer students must complete at least two semesters at NCSU, earning a minimum of 24 credit hours, before applying to the ABM or AMS program
    • Specialty areas require completion of certain 300-level courses before being approved to pursue an accelerated program; see Table below
Table 1: Courses to be completed prior to approval to pursue your ABM/AMS program 
Specialty area Courses 
Structural Engineering and Mechanics CE325 and at least one of CE 327 or CE 426
Environmental, Water Resources, and Coastal Engineering At least two of CE378, CE383, CE373, or CE339
Transportation Materials CE 332, CE 342
Transportation Systems CE 305
Geotechnical Engineering CE 342, and at least one of CE 383, CE 325, or CE 327
Construction Engineering CE 365
Computing and Systems CE 339 
  • ABM (Courses Only): Students interested in a non-thesis MCE or MENE degree can double-count up to 12 credit hours towards both the bachelor’s and master’s degrees, and are required to complete the master’s degree within 12 months after completing the BS degree; students can complete their graduate degree through Engineering Online (EOL), however, they are required to complete all degree requirements within 12 months, similar to on-campus students.
  • AMS (With Thesis): Students interested in the research-based MSCE or MSENE degree should consult with their advisors to identify an accelerated pathway to complete the MS degree with a thesis, in three semesters instead of the typical four semesters. 
  • All ABM and AMS students will complete at least 18 hours of letter-graded graduate coursework beyond their BS degree.

Table 2 – Comparison of accelerated master’s with thesis and without thesis

ABM (Courses Only) AMS (With Thesis)
Minimum number of letter-graded graduate course credits required in the master’s degree program 18 18
Minimum number of graduate course credits, with B or better grades, required in the BS program  9 6
Maximum number of graduate course credits allowed in the BS program 12 12
Minimum number of graduate thesis research credit hours required in the master’s degree program N/A 6
Maximum number of graduate thesis research credit hours allowed in the master’s degree program N/A 12
Total number of graduate credits required for the master’s degree 30 (or 31) 30 (or 31)
Thesis requirement No Yes

Identify a master’s thesis advisor

Research/Teaching Assistantship (includes a stipend, tuition and health insurance coverage) eligibility No Yes
Master’s degree completion time MUST complete in not more than 12 months Typically 18 months
Required documents prior to submitting the graduate degree application ABM Worksheet

ABM Plan of Work

AMS Worksheet
Graduate studies application requirement Yes 

Select ABM option in the application

Yes 

Do not select ABM option in the application

 

Step 2. Apply for ABM by following the steps below:

  • Determine your area of interest from the list of graduate specialty areas (see Table 3).
  • Consult with the ABM advisor in the specialty area (see Table 3), and agree on an initial ABM Plan of Work (POW) that would suit your interests and satisfy the ABM program requirements. 
  • In consultation with the area ABM adviser, fill out the ABM POW and ABM Worksheet. Both Documents must be uploaded to SLATE (go.ncsu.edu/ccee-abm) when submitting your application.
    • The application will first be reviewed by the ABM advisor and a recommendation will be made to the department. The final determination will be made after a joint review by the directors of undergraduate and graduate programs, after which you will be notified.
    • After admission to the ABM program, it is recommended to switch your advisor to the ABM advisor in your speciality area. 
    • Meeting the requirements does not guarantee admission to the ABM program. Faculty members may be consulted and asked to provide comments on a student’s chance of success in the ABM program.

Step 3. While in the ABM program, maintain status by following the steps below:

  • Before completing the BS degree, in consultation with the ABM adviser, finalize the ABM Worksheet and ABM POW.  
  • The ABM POW may be revised in consultation with your ABM adviser and the adviser’s approval.  The latest version of the ABM POW must be kept on file. During the BS degree this is done through communicating the changes with the adviser and Ms. Jodie Gregoritsch. During the graduate degree program, this is done by updating Graduate POW.
  • Double counting of 9 credit hours is expected; double counting less than 9 credit hours requires justification and approval by the ABM advisor and the DGP. The double-counted credit hours must be from the approved list of 500 level CE courses (the List of Allowable Courses by Specialty Area is at the end of this document).
  • It is the responsibility of the student to ensure that both the ABM POW and ABM Worksheet satisfy the respective master’s and undergraduate degree requirements
  • Students must maintain an overall GPA of at least 3.5 and a major GPA of at least 3.25 until entering the master’s program.
  • Only graduate courses with a minimum grade of B can be double counted. Courses with a grade lower than B cannot be counted towards the master’s degree.
  • A minimum GPA of 3.0 for the graduate courses is required.
  • Transferring up to 6 credits hours beyond the double-counted credits hours is allowed provided that the transfer credits are not used to satisfy the undergraduate degree requirements.
  • Students enrolled in the ABM program are required to double-count a minimum of 9 credit hours; students who fail to double-count 9 credit hours toward their graduate studies, will not be able to maintain their status in the ABM program. This does not prevent students from completing their undergraduate degree nor does it prevent them from applying to the regular MCE/MENE programs without double counting.   
  • Towards the end of your bachelor’s program, ABM students must formally apply to the master’s program, per deadlines published by the graduate school. The application must include a completed and signed final ABM POW
  • While meeting the requirements of ABM is necessary, it does not guarantee admission. The chance of success of students in the graduate program with ABM option will be evaluated based on the grades earned in the undergraduate degree and in the 500-level double-counted credits. Students whose chance of success in the graduate program with ABM track is determined to be low, may pursue an MCE/MENE degree through the traditional track.
  • All ABM students must complete the master’s degree within a 12-month time limit to take advantage of the double counting associated with the ABM. If an ABM student fails to complete all degree requirements within this time frame, they will be considered a regular master’s student needing to take the full 30/31 graduate credits solely towards their master’s degree.
  • All oncampus ABM students must register for the oncampus section of courses; oncampus students are not allowed to register for the EOL section of courses.   

Director of Graduate Programs: Dr. Ranji Ranjithan

Director of Undergraduate Programs: Dr. Rudi Seracino

 

 Table 3: Specialty areas for ABM and designated faculty advisors

Graduate Specialty Area ABM Advisor (tentative)
Computing and Systems Dr. Kumar Mahinthakumar
Construction Engineering Dr. Alex Albert
EWC – Air Dr. Doug Call
EWC – Environmental Process Engineering Dr. Doug Call
EWC – Water Resources and Coastal Engineering Dr. Sankar Arumugam
Geotechnical Engineering Dr. Brina Montoya
Structural Engineering and Mechanics Dr. Moe Pour-Ghaz
Transportation Materials Dr. Cassie Castorena
Transportation Systems Dr. Eleni Bardaka


List of Allowable Courses by Specialty Area

(The courses in the parentheses are the undergraduate prerequisites)

Note 1: Special topics courses may be offered and may be considered as allowable courses; please consult with your advisor.

Note 2: The course numbers indicated in the parenthesis may be beyond the prerequisite of the course; students enrolling in 500-level courses are expected to complete the courses indicated in parenthesis before enrolling in the 500-level courses to ensure that they have the required background

 

Computing and Systems

CE 536 – Introduction to Numerical Methods for Civil Engineers (MA 305 or MA 341) – Spring only

CE 537 – Computer Methods and Applications (CSC 111 and MA 305 or MA 341) – Fall only

CE 538 – Information Technology and Modeling  – Fall only

 

Construction Engineering 

CE 561 – Construction Project Management (approval from advisor) – Fall only, odd years

CE 562 – Lean Construction Concepts and Methods  (approval from advisor) – Fall only

CE 563  – Const. Est, Planning & Control (CE 263 and CE 365)

CE 564 – Legal Aspects of Contracting  (CE 463; CoReq CE 365) – Spring only

CE 565 – Construction Safety Management (approval from advisor)  Spring only

CE 567 – Risk and Financial Management in Construction (approval from advisor) – Odd years

others, e.g. CE 515, CE 522, CE 523, CE 524, CE 526, and CE 548, in consultation with ABM advisor

 

EWC – Air

CE 576 – Air Pollution Control (CHE 315; Coreq: ST 511 or 515) – Fall only

CE 578 – Energy and Climate (CE 250) – Fall only

CE 579 – Air Quality Engineering (CE 373 or CE 282, Corequisite: ST 370) – Spring only

CE 557 – Engineering Measurement and Data Analysis – Fall only

 

EWC – Environmental Process Engineering

CE 571 – Physical Principles of Environmental Engineering (CE 282) – Spring only

CE 573 – Biological Principles of Environmental Engineering (CE 378 recommended) – Fall only

CE 574 – Chemical Principles of Environmental Engineering (CE 378 recommended) – Fall only

CE 577 – Engineering Principles of Solid Waste Management (CE 373) – Spring only

CE 578 – Energy and Climate – Fall only

 

EWC – Water Resources, Coastal

CE 581 – Fluid Mechanics in Natural Environments [CE 282 or MEA 463] – Fall only

CE 583 – Engineering Aspects of Coastal Processes (CE 282) – Spring only

CE 584 – Hydraulics of Ground Water (CE 282) – Fall only, even years

CE 586 – Engineering Hydrology (CE 383 or CE 282) – Fall only

CE 588 – Water Resources Engineering (CE 282) – Fall only

CE 582 – Coastal Hydrodynamics (contact instructor for pre/co-requisites) – Spring only

CE 585 – Surface Water Quality Modeling (CE 383 and CE 373) – Spring only

 

Geotechnical Engineering

CE 548 – Engineering Properties of Soils I (CE 342) – Fall only

CE 584 – Hydraulics of Ground Water – Fall only, even years

Others, e.g. CE 515, CE 526, and CE 577, in consultation with ABM advisor.

 

Structural Engineering and Mechanics 

CE 515 – Advanced Strength of Materials (CE 225*, CE325, CE332) – Fall only

CE 522 – Theory and Design of Prestressed Concrete (CE327, CE325) – Fall only

CE 523 – Theory and Behavior of Steel Structures (CE426, CE325) – Fall only

CE 524 – Analysis and Design of Masonry Structures (CE327, CE325) – Varied offering

CE 525 – Advanced Structural Analysis (CE325) – Fall only

CE 526 – Finite Element Method in Structural Engineering (CE515, CE325) – Spring only

CE 527 – Structural Dynamics (CE325) – Spring only

CE 528 – Structural Design in Wood (CE325, CE332) – Spring only

CE 529 – FRP Strengthening and Repair of Concrete Structures (CE325, CE327) – Varied offering

CE 530 – Properties of Concrete and Advanced Cement-Based Composites (CE332, CE225) – Spring only

 

Transportation Materials

CE 515 – Advanced Strength of Materials (CE 225) – Fall only

CE 530 – Properties of Concrete and Advanced Cement-Based Composites (CE 332) – Spring only

CE 548 – Engineering Properties of Soils I (CE 342) – Fall only

 

Transportation Systems

CE 5011 – Transportation Systems Engineering (CE 305) – Fall only

CE 5021 – Traffic Operations (CE 305) – Fall only 

CE 5031 – Highway Design (CE 305) – Spring only

CE 504 – Airport Planning and Design (CE 305) – Fall only, even years

CE 505 – Railroad System Planning (CE 305, OR 501) – Spring only, odd years

CE 509 – Highway Safety (CE 305, Co-requisite ST 370) – Spring only, odd years

 

Cross-Program Elective 

CE 550 – Professional Engineering Communication (by permission of advisor)