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Construction and Facilities Engineering, M.S.

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Program Overview

The Master of Science in Construction and Facilities Engineering prepares students with more advanced perspectives and skills that will be valuable in commercial and residential construction and facilities, project planning, logistics and materials management and more. This degree program opens the door to many more professional opportunities where graduates can make an impact through technical proficiency and community involvement. The 30 credit-hour, STEM-designated program is an efficient path to achieving career goals while offering international students the opportunity to apply for an OPT extension, opening doors to global opportunities.

Program Contact

Jake Smithwick, Ph.D., FMP

Program Director

Jake.Smithwick@charlotte.edu

(704) 687-5045

Program at a Glance

Requirements include graduate coursework plus a capstone of a thesis or a comprehensive exam.

Credit Hours
30 Credit Hours
Admits
Spring, Summer I, Summer II, Fall
Application Deadlines
October 1 (Spring Priority)
December 1 (Spring Final)
March 1 (Fall Priority)
August 1 (Fall Final)
May 1 (Summer I)
June 15 (Summer II)

Top Tips for Completing Your Application

The streamlined application process makes it easy to apply. Looking for some additional guidance to perfect your application? Attend an upcoming information session.

Explore The Official University Catalog

Check out the official catalog for information on specific degree requirements, course progressions, curriculum and more.

Application Deadlines
  • Final Deadlines
    • Fall Semester – August 1
    • Spring Semester – December 1
  • Priority Deadlines
    • Fall Semester – March 1
    • Spring Semester – October 1
  • Summer Deadlines
    • Summer I – May 1
    • Summer II – June 15
Application Requirements

Visit the Graduate School’s Application Requirements page to learn about general application requirements, deadlines, fees & waivers, transcripts, test scores and other application recommendations.

Admissions Requirements

The minimum admission requirements for the program are:

  • An earned undergraduate degree in construction management, facility management, engineering technology, engineering, architecture or a closely related field
  • An undergraduate GPA of 3.0 or better
  • Acceptable scores on the verbal, quantitative, and analytical sections of the GRE
  • Positive letters of recommendation
  • A minimum score of 83 on the Internet-based TOEFL, a minimum score of 220 on the computer-based TOEFL, a minimum score of 557 on the paper-based TOEFL, or a minimum overall band score of 6.5 on the IELTS is required for applicants whose native language is not English and who has not earned a post-secondary degree from a US institution or graduated from an institution in an English-speaking country.
  • Differential and integral calculus (MATH 1120 or 1121 and ETGR 2272 at UNC Charlotte or equivalent from other institution)
  • Statistics (STAT 1220 or STAT 3128 at UNC Charlotte or equivalent from other institution)
  • Other credentials as required by the Graduate School
GRE Waiver

The GRE requirement will be waived for the following applicants:

  • UNC Charlotte students currently enrolled in engineering technology, construction management, engineering, or architecture
  • Applicants having earned a bachelor’s degree in engineering or engineering technology from an ABET accredited program; or a bachelor’s degree in construction management, construction science, building construction, or building science from an ACCE accredited program; or a bachelor’s degree in architecture from an NCARB accredited program
  • Applicants having an earned graduate degree
Sample Course List

The program leading to the Master of Science degree in Construction and Facilities Engineering is a 30 credit hour program.  The program consists of a 9 credit hour common core and a capstone experience, including either a non-research-focused sequence of 21 credit hours of electives or a research-focused sequence of 15 credit hours of electives with a formal 6 credit hour graduate research thesis and completion of the 3 credit hour CMET 6160 course.  At least 15 credit hours must be in courses numbered 6000 or above.  The 30 credit hour degree program is outlined below:

Common Core Courses (9 credit hours)

  • CMET 6135 – Advanced Construction Planning and Management (3)
  • CMET 6240 – Safety and Risk Management (3)
  • CMET 6270 – Operation of Constructed Facilities (3)

Elective Courses (21 credit hours)

Select from one of the following sequences:

Master’s Thesis and Research Sequence (21 credit hours)

Required courses (9 credit hours)

  • CMET 6160 – Research and Analytical Methods (3)
  • CMET 6900 – Master’s Thesis and Research (1 to 6)

Elective Courses (12 credit hours)

Select form the following or others with director approval:

  • AEEE 5250 – Analysis of Renewable Energy Systems (3)
  • AEEE 5275 – Building Environmental Systems (3)
  • AEEE 5285 – Applied Noise and Vibration Control (3)
  • AEEE 5290 – Advanced Instrumentation (3)
  • AEEE 5295 – High Voltage Technology (3)
  • AEEE 6120 – Energy Generation and Conversion (3)
  • AEEE 6135 – Energy Transmission and Distribution (3)
  • AEEE 6150 – System Dynamics (3)
  • AEEE 6170 – Applied Mechatronics (3)
  • CMET 5126 – Projects Scheduling and Control (3)
  • CMET 5135 – Building Information Modeling (3)
  • CMET 5140 – Building Energy Management (3)
  • CMET 5150 – Green Building (3)
  • CMET 5160 – Advanced Construction Materials (3)
  • CMET 5290 – Temporary Structures in Construction (3)
  • CMET 6000 – Special Topics in Construction and Facility Management (3)
  • CMET 6145 – Facilities Management Financial Analysis (3)
  • CMET 6160 – Research and Analytical Methods (3)
  • CMET 6165 – Transportation Asset Management (3)
  • CMET 6180 – Alternative Project Delivery Methods (3)
  • CMET 6250 – Asset Management for Facility Managers (3)
  • CMET 6255 – Advanced Plant Layout and Design (3)
  • CMET 6275 – Advanced Construction Means and Methods (3)
  • CMET 6285 – Quality Assurance in Construction (3)
  • CMET 6800 – Independent Study in Construction and Facility Management (3)
  • ETGR 5272 – Engineering Analysis IV (3)
Coursework Sequence (21 credit hours)

Select from thr following or others with director approval:

  • AEEE 5250 – Analysis of Renewable Energy Systems (3)
  • AEEE 5275 – Building Environmental Systems (3)
  • AEEE 5285 – Applied Noise and Vibration Control (3)
  • AEEE 5290 – Advanced Instrumentation (3)
  • AEEE 5295 – High Voltage Technology (3)
  • AEEE 6120 – Energy Generation and Conversion (3)
  • AEEE 6135 – Energy Transmission and Distribution (3)
  • AEEE 6150 – System Dynamics (3)
  • AEEE 6170 – Applied Mechatronics (3)
  • CMET 5126 – Projects Scheduling and Control (3)
  • CMET 5135 – Building Information Modeling (3)
  • CMET 5140 – Building Energy Management (3)
  • CMET 5150 – Green Building (3)
  • CMET 5160 – Advanced Construction Materials (3)
  • CMET 5290 – Temporary Structures in Construction (3)
  • CMET 6000 – Special Topics in Construction and Facility Management (3)
  • CMET 6145 – Facilities Management Financial Analysis (3)
  • CMET 6160 – Research and Analytical Methods (3)
  • CMET 6165 – Transportation Asset Management (3)
  • CMET 6180 – Alternative Project Delivery Methods (3)
  • CMET 6250 – Asset Management for Facility Managers (3)
  • CMET 6255 – Advanced Plant Layout and Design (3)
  • CMET 6275 – Advanced Construction Means and Methods (3)
  • CMET 6285 – Quality Assurance in Construction (3)
  • CMET 6800 – Independent Study in Construction and Facility Management (3)
  • ETGR 5272 – Engineering Analysis IV (3)

Capstone Experiences

Students pursuing the M.S. in Construction and Facilities Engineering have two options to complete the 30 credit hour program:

  1. 24 credit hours of coursework plus 6 credit hours of thesis project
  2. 30 credit hours of coursework and a comprehensive examination

Both options require the formation of a program committee.  The thesis option is reserved for students who are attending the on-campus program and are performing research under formal graduate research or teaching assistantships.  Students receiving such assistantships may be required to pursue the thesis option.  The thesis option requires students to submit a written thesis and orally defend their work before their program committee.

All non-thesis students must complete 30 credit hours of coursework and successfully complete a formal comprehensive examination.  The comprehensive examination is a written exam.  A student’s exam will be scheduled when they have at least 24 hours of course credit completed or in progress.  The student’s graduate advisor and the examining committee will coordinate the examination (to be offered once in the Fall and once in the Spring semesters), preparing the exam with the assistance of members of the student’s program committee.  The exam will measure the student’s mastery of theories and applications in the selected area of specialization within the discipline.  Students will have only two opportunities to receive passing marks on the examination.

Other Requirements

The program has both a thesis and non-thesis track.  After admission to candidacy, thesis students will complete a comprehensive oral exam while non-thesis students will complete a comprehensive written exam.  Residence will be per Graduate School rules.  There is no language requirement.  While full-time students will typically take three semesters to complete the program, part-time students are expected to take no more than seven years to complete the program, as per Graduate School rules.

Tuition

Current tuition rates are available through Niner Central. There are several sources of funding available to assist in paying for a graduate program at UNC Charlotte.

Use our Cost Calculator to get a clear picture of the estimated costs for UNC Charlotte’s graduate programs. Share your information to receive tips, updates, and resources on making your graduate education more affordable.

Wondering if you are considered in-state or out-of-state for tuition? Learn more about residency requirements.

Already a 49er? Early Entry Option Available

Exceptional undergraduate students may apply to the M.S. in Construction and Facilities Engineering Early Entry program to begin work toward a graduate degree before completion of the bachelor’s degree.

An M.S. Degree Built for Both Sides of the Industry

Most programs split these fields into separate tracks. Our M.S. in Construction and Facilities Engineering brings them together, blending technical expertise with hands-on leadership across both construction and facilities operations, because that’s how it works in the real world.

Construction
Advanced Estimating & Financial Analysis
Sustainable Infrastructure Systems
Building Information Modeling (BIM)
Safety & Risk Management
Request for Proposal (RFP) Development & Procurement
Advanced Construction Planning & Management
Facilities Engineering
Business Continuity & Emergency Management
Quality Assurance
Leadership
Team Performance & Organizational Strategy
Safety & Risk Management
Operation of Constructed Facilities

For International Students: Optional Practical Training (OPT)

Optional Practical Training (OPT) lets you apply what you’ve learned in your degree program to off-campus work in your field. Approved by U.S. Citizenship and Immigration Services (USCIS) and recommended by Charlotte’s International Student and Scholar Office, OPT provides up to 12 months of work authorization, plus a 24-month STEM extension for those who qualify.

Get More Than a Degree with UNC Charlotte’s CAFE M.S.

With renowned faculty, industry-focused coursework and a flexible, affordable path, Charlotte’s M.S. in Construction and Facilities Engineering prepares you to lead in a field that never stands still.

No GRE Required
Your experience and potential matter most. That’s why there are no GRE requirements, giving you every reason to apply with confidence.
STEM-Designated
Gain a competitive edge with a STEM degree that opens doors to global opportunities and extended work options for international students.
Grad Student Studies in Library
High Value, Low Cost
Advance your career with a graduate program that delivers top-tier quality and proven outcomes without the high price tag.
Flexible Courses for Every Student
Accessible and flexible courses make it easier for both working professionals and full-time students to balance life with graduate study.

No Work Experience Required (But Always Valued)

Whether you’re coming straight from your undergraduate studies or bringing years of professional experience, you’ll grow and thrive here. Classes bring together students from diverse backgrounds, creating opportunities to learn from one another and gain fresh perspectives on the field.

Building the Next Generation of Construction & Facilities Engineers

  • Portrait of Bhagyashree Rathod

    Bhagyashree Rathod '23

    “This program is very comprehensive with both theoretical and practical concepts. There is a huge learning opportunity from professors who have wide industry experience. Interacting with industry experts from organizations like International Facility Management Association (IFMA) builds your domain expertise in addition to building network.”

  • Student on a construction site

    Donny Ravelo '24

    “Testing in environments like this gives us the chance to not only test the robot’s capabilities, but the operator’s as well. You don’t get any more hands-on than this!”

  • Portrait of Nneka Ubi

    Nneka Ubi '24

    “After working for over four years in real estate management, I aspired to expand my knowledge in construction. The options in many schools were either a pure facilities management program or a pure construction management program. Then I discovered UNC Charlotte’s Construction and Facilities Engineering program which offers the ideal blend of both. Even better, Charlotte is one of the hubs for the construction and engineering industries, providing access to a thriving job market and potential internship opportunities.”

Career Outcomes

With industry-aligned skills and hands-on experience, Charlotte’s CAFE graduates are prepared to excel and advance in in-demand careers nationwide.

Top Occupations
Project Managers
Construction Managers
Project Controls Analysts
Project Schedulers
Field Engineers
VDC Coordinators
Project Engineers
Top Companies
Clayco
McFarland Construction
Barringer Construction
Lithko Contracting
Frampton Construction
HDR
Myers & Chapman
Top Skills
Project Management
Construction Management
Building Information Modeling (BIM)
Leadership
Data Analysis & Software Proficiency
Construction Estimating & Budgeting
Alumni Locations
Charlotte, NC
Atlanta, GA
New York, NY
Houston, TX
San Francisco, CA
Washington, DC
Tampa, FL

Learn from Faculty with Real-World Experience

Our faculty bring experience and insights shaped by practice and research to help you connect theory to application. From blueprint to day-to-day performance, their real-world perspective equips you to navigate every challenge and opportunity of the built environment.
  • Faculty Highlight

    Jake Smithwick, Ph.D, MPA, Associate Professor, Civil & Engineering Technology & Construction Management

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Let's Talk About Your Future in CAFE

Have questions about the program or want to see how Charlotte’s CAFE M.S. fits your goals? Schedule a one-on-one conversation to get the answers you need and envision a clear path forward.

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May
04

Grad School 101: Start Your Program Search with Confidence

10AM — 11AM

Start your graduate school journey and join us for our virtual session “Grad School 101: Start Your Program Search with…

May
04

Grad School 101: Start Your Program Search with Confidence

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Start your graduate school journey and join us for our virtual session “Grad School 101: Start Your Program Search with…

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05

Know Before You Go: Essential Steps for Newly Admitted Students

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Leading up to your first day as a graduate student at UNC Charlotte, here are some helpful tips and tricks…

May
05

Know Before You Go: Essential Steps for Newly Admitted Students

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Leading up to your first day as a graduate student at UNC Charlotte, here are some helpful tips and tricks…

May
06

Niners in the Queen City: Exploring Life in Charlotte and…

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Discover what life is like in Charlotte and North Carolina as a graduate student at UNC Charlotte. This session covers…

May
06

Niners in the Queen City: Exploring Life in Charlotte and…

10AM — 11AM

Discover what life is like in Charlotte and North Carolina as a graduate student at UNC Charlotte. This session covers…

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