M.S. Construction Management

Are you looking to refine your construction management skills in sustainable construction, project planning, risk management and hazard management?
Degree Type Master of Science
Careers and Salary Graduate Degree Outcomes
Delivery Online

UW-Stout’s Master of Science in Construction Management is a career-focused degree. Our program will help further your career if you have a construction-related degree and five or more years of experience. We’ve designed our curriculum to help you solve real-world problems in the construction industry. The 100% online program allows you to complete courses at your own pace. The standard tuition rate is for all students across the country. You can begin the program at any time of the year.

Thumbnail

100% of coursework is online - Work around your schedule.

The M.S. Construction Management program is an MBA alternative for construction professionals. The program will prepare you for upper-level construction management positions. Our industry-experienced faculty integrates applied learning, scientific theory, humanistic understanding, creativity, and research with a focus on:

  • Critical thinking and creativity in problem-solving and decision making in construction
  • Effective and professional oral and written communications through the use of information and communication technology
  • Principles of leadership in business and management including advanced construction management practices, complex project decision making, and associated risk management
  • Professional ethics including application to construction situations and choices

These objectives are in alignment with the American Council for Construction Education (ACCE) Master’s program learning outcome requirements.

Top 25 Online Master’s Degrees

Best College Reviews lists UW-Stout's M.S. Construction degree 3rd in top 25 online construction management programs.

Our core curriculum allows you to select a combination of courses to meet your career goals. The program requires 30 hours of graduate credits, consisting of seven 3-credit courses and a 3-credit course in research methodology. The industry-specific courses include new and expanding areas of construction:

  • Sustainable construction, supply chain management and water management
  • Building codes, regulations and architectural preservation
  • Construction logistics, project planning and project delivery systems
  • Construction strategy, economics, finance and succession planning
  • Occupational risk control and safety
  • Six Sigma quality improvement and lean enterprise
  • Organization development and corporate social responsibility<
  • Waste management and resource recovery

You chose your final research assessment project, either a 6-credit thesis or a 3-credit research paper. Your final assessment will result in a deliverable construction industry solution or product.

If your goal is a management career in residential, commercial and industrial construction – this is the right program for you. We'll teach you how increase your capacity to grow the economy and serve the built environment industry.

Take your career to the next level.

Admission Requirements

General UW-Stout Graduate School Application

All prospective graduate students at UW-Stout must follow a standard application process through our Graduate School. Beyond that, each graduate program has specific requirements that must be met to be successfully admitted to the program:

Program-Specific Admission Requirements

Eligibility

To be admitted to this program, you must:

  • Hold a bachelor’s degree in construction or a construction-related field from an accredited institution.
  • Have earned a GPA of at least 3.0.
  • Demonstrated experience in the discipline as evidenced by a resume. 

Those with a non-construction-related degree may be considered for admission to the program upon completing one of the three following conditions: 

  • Prerequisite coursework in the following content areas: Environmental Systems-HVAC, Electrical and Plumbing, Advanced Construction Estimating, Management of Construction, and Legal Aspects of Construction, with a grade of “B” or better. Applicants who are denied admission due to deficiencies in these prerequisites will be advised that the courses can be taken at UW-Stout as a special non-degree student but this will not guarantee admission into the graduate program. The undergraduate deficiency courses can also be taken at any regionally accredited degree-granting institution.
  • Evidence of equivalent courses/professional knowledge.
    or 
  • Proof of an American Institute of Constructors Certification at the Associate Constructor (Level 1) or the Certified Constructor (Level 2).

Program Application

To successfully apply to the program, please submit your resume and proof of certification to the Program Director.

2018 MSCM Advisory Board

2018 MSCM Advisory Board

Robb Altendorf Senior Project Manager  M.A. Mortenson Company
Tim  Becker Associate Professor, Construction  UW-Stout, Operations and Management Department
Chuck  Bomar Dean, CSTEMM UW-Stout
Jim Bunkelman President/CEO Royal Construction, Inc. 
Calvin Chen Program Director UW-Stout
John Dzissah  Department Chair, Operations and Management Department  UW-Stout 
Brian Finder Program Director, M.S. Risk Control UW-Stout 
Stan Goetz Assistant Professor UW-Stout, Operations and Management Department
John Heck Executive Vice President and General Manager, National Power and Industrial Boldt 
Rochelle Isaacson Executive Assistant Boldt
Theresa Lehman Director of Sustainable Services Miron-Construction Co.
Gindy  Neidermyer Program Director, B.S. Construction and  Associate Dean, CSTEMM UW-Stout
Mitchell  Spencer Professor Emeritus UW-Stout, Construction 
Hans Timper Professor Emeritus UW-Stout, Construction 
Jim Trader Senior Vice President / Director of Construction Risk Management  AON Risk Services
Earn while you learn

Graduate Assistantships

Gain valuable professional experience while enjoying paid employment as a graduate student at UW-Stout.

Request Information

Hidden Fields