Construction Engineering & Management

Develop construction engineering management skills for today’s global industry.

Location:

Online

Schedule:

Self-paced

What is Construction Engineering?

Construction engineering is the field of engineering that focuses on planning, designing, and managing the construction of infrastructure and building projects. It involves coordinating materials, equipment, and labor to ensure projects are completed safely, on time, and within budget.

About

Instruction Time Completion Time CEUs
Construction Engineering & Management ~ 82-110 hours total 9 months from start date 5.25

Building a career in the rapidly growing construction industry demands specialized knowledge in construction engineering and management. The global demand for skilled construction managers is on the rise. Our Construction Engineering and Management certificate equips you with the necessary skills to meet this demand.

This self-paced online certificate provides comprehensive training on how construction projects are conceptualized, organized, and financed. You will master techniques for accurately accounting for ongoing projects and discover best practices in construction project management. Additionally, you will learn about selecting the right equipment to enhance efficiency and safety, along with leading sustainability practices in the industry.

Prepare yourself to excel in the construction field with our expert-led certificate.

Learning Objectives

  • Understand construction accounting
  • Learn project scheduling techniques
  • Understand worksite safety
  • Gain ability to conduct life cycle analysis
  • Optimize utilization of construction equipment

Program Overview

This self-paced online certificate includes 6 courses that take around 6-7 months to complete with an estimated 5 hours of course work and instruction per week. Complete all 6 courses within 9 months — or faster if you’re able — from the start of your first course. 

If you are interested in pursuing a Master’s in Construction Engineering and Management, your certificate serves as a stackable credential. This means you may be eligible for up to 6 credits to be waived if you apply and are admitted to the degree program.

Who Should Attend

Aspiring construction managers and construction engineers will benefit from this course. A foundational knowledge of mathematics (including algebra and geometry) and foundational physics (including forces and motion) is required.

Additional roles which will benefit from this certificate include:

  • Project Managers
  • Technical Managers
  • Construction Professionals
  • Mid-Level Managers
  • Business Owners
  • Consultants
  • Students and Graduates
  • International Professionals

Stackable Credential

Consider stacking your certificate into a Masters degree in Construction Engineering & Management

When you successfully complete this certificate program, and if you apply and gain admission to the Master of Engineering in Construction Engineering and Management (M.Eng.) offered by the University of Michigan, you may be eligible to waive up to 6 credits toward your degree. This stackable certificate is an opportunity to reduce your total degree costs, and time to completion. 

Courses

FULL PROGRAM

Location: Online
Schedule: Self-paced

Course 1

Construction Project Delivery Systems

Location: Online
Schedule: Self-paced
Instruction Time: ~13-16 hrs

Instructor: Carol Menassa 

  • Understand the characteristics of the construction industry
  • Construction project life cycle, participants and acquisition process
  • Project delivery methods (DBB, PCM, DB, IPD and CM at Risk)
  • Project financial contract types
  • Project procurement methods
  • Project: Application of Project Delivery Methods

Course 2

Financial Accounting for Construction Projects

Location: Online
Schedule: Self-paced
Instruction Time: ~18-23 hrs

Instructor: Vineet Kamat

  • Prepare and analyze financial statements
  • Understand financial transactions in construction
  • Calculate partial income, expenses, and revenue
  • Measure project progress using construction effort and construction output

Course 3

Construction Project Planning, Scheduling, and Control

Location: Online
Schedule: Self-paced
Instruction Time: ~18-23 hrs

Instructor: SangHyun Lee

  • Project assignments
  • Basic principles of Critical Path Method (CPM)
  • How to develop a project schedule
  • Time cost tradeoff and resource leveling
  • Fundamentals of Program Evaluation and Review Technique (PERT)
  • Project monitoring and control

Course 4

Construction Equipment and Methods

Location: Online
Schedule: Self-paced
Instruction Time: ~9-14 hrs

Instructor: Vineet Kamat

  • Introductory engineering and economic aspects of selecting and operating construction equipment
  • Engineering principles of dozers and graders
  • Engineering principles of excavators, haulers, cranes and lifting devices
  • Economics of construction equipment

Course 5

Construction Safety and Human Factors

Location: Online
Schedule: Self-paced
Instruction Time: ~17-22 hrs

Instructor: SangHyun Lee

  • The importance of safety in construction
  • How to adopt basic safety programs for use in construction projects
  • Safety reporting and measurement
  • How to apply basic accident prevention methods
  • Organizational safety management
  • Ergonomics in construction

Course 6

Sustainable Construction Practices

Location: Online
Schedule: Self-paced
Instruction Time: ~7-12 hrs

Instructor: Carol Menassa

  • Growth models to measure changes in population, affluence and environmental impacts
  • Traditional vs sustainable construction practices
  • Life cycle cost analysis for construction projects
  • Sustainable building material

Credentials

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Digital Certificate

Certificate will be awarded upon successful completion of this course.

Instructional Team

Carol Menassa, PhD

  • Professor and John L. Tishman CM Faculty Scholar, Civil and Environmental Engineering

Vineet Kamat, PhD

  • Professor, Civil and Environmental Engineering

SangHyun Lee, PhD

  • Robert B. Harris Collegiate Professor and John L. Tishman CM Faculty Scholar, Civil and Environmental Engineering

Additional Information

How Construction Engineering Is Used in Industry?

Construction engineering is used to plan and deliver infrastructure and building projects such as roads, bridges, and commercial facilities. Engineers coordinate schedules, materials, equipment, and contractors to ensure projects are completed safely, on time, and within budget while meeting design and regulatory requirements.

Skills

Project planning; schedule and cost control; risk management; construction coordination; delivery strategy.

Audience

Construction professionals, engineers, and project leaders managing building and infrastructure projects.

Frequently Asked Questions (FAQ)

What does Construction Engineering & Management cover? Construction Engineering and Management teaches professionals how construction projects are planned, coordinated, and delivered. The course connects engineering decision making with scheduling, cost, risk, and project execution in the built environment.

Who should take Construction Engineering & Management? Construction professionals, engineers, and project leaders managing building and infrastructure projects.

How is Construction Engineering & Management used in practice? These skills are used to manage schedule, cost, risk, and coordination across construction project delivery.

Questions Professionals Also Ask

How are construction projects managed? What affects construction risk and cost? How do engineers coordinate project delivery?

Related Courses

Lean Six Sigma Green Belt, Enterprise Excellence, Applied Project Management

Get Started

For more information or answers to any questions please email [email protected] or fill out the form.