
A quick introduction to set expectations and start strong.
Discover the benefits of this course and why it matters for your career.
A roadmap of the skills and knowledge you’ll gain along the way.
Compare the different ways projects move from idea to reality.
Learn the traditional delivery method and when it works best.
Understand how this method integrates design and construction.
Gain insight into the client’s role and expectations.
See how designers contribute vision and detail to projects.
Learn the GC’s key responsibilities and risks.
Understand how subs add expertise and value.
Explore the main contract structures in construction.
Learn how fixed-price contracts work.
Discover how GMP protects owners and contractors.
Understand flexible cost models and when to use them.
See how CM-agency contracts shift roles and responsibilities.
An overview of why foundations matter.
Key factors you must evaluate before building.
Methods to strengthen soil for stability.
Understand slabs and spread footings.
Learn design basics for shallow systems.
Explore piles, piers, and deep supports.
Dive into design principles for deep systems.
How foundation drawings drive collaboration.
What makes a structure safe and functional?
Learn about dead, live, and environmental loads.
Understand how forces act on materials.
Explore steel, concrete, and composite options.
Beams, columns, slabs, and their roles.
See how loads flow through a structure.
Introduction to analyzing structural performance.
Explore structural frame systems.
Key basics of steel design principles.
Learn about bracing and secondary steel.
Understand concrete and rebar working together.
Discover why connections make or break safety.
How structural drawings align with other trades.
An overview of HVAC and its importance.
Basics of heat movement and control.
Common piping types and uses.
Learn the backbone of air distribution.
Key equipment that drives HVAC systems.
Explore cooling strategies and units.
Learn the basics of heating systems.
Discover how controls optimize performance.
Coordinating HVAC with other systems.
Electrical basics in construction projects.
Current, voltage, and circuits explained.
Learn about low and high voltage systems.
Explore switches, panels, and wiring.
How to power a site during construction.
Understand how electricity flows through buildings.
Key elements every system needs.
Protecting systems from surges and faults.
Generators and UPS systems for reliability.
Electrical drawings and coordination basics.
A broad overview of plumbing in construction.
Waste removal and venting explained.
Managing stormwater effectively.
Basics of water supply and delivery.
How pressure is used for plumbing purposes.
Natural flow systems and their use.
Explore piping and joining methods.
Valves, fittings, and specialty items.
Learn about sinks, toilets, and equipment.
Plumbing drawings and cross-trade planning.
Why fire protection matters in every build.
Fire safety during construction.
Step-by-step process of fire system design.
Compare wet, dry, and special systems.
Basics of sprinkler design and function.
When to use chemical-based suppression.
Fire suppression using gas systems.
Hybrid protection systems explained.
Ensuring fire systems perform as intended.
Why defining scope is critical.
Elements of a complete scope.
How scope changes affect cost.
How scope impacts project scheduling.
Link between scope definition and quality.
The Complete Guide to Construction Engineering and Management gives you a comprehensive foundation in both the technical and managerial sides of construction projects. Unlike other courses that focus only on project management or only on technical engineering, this course combines both areas so you can see how design, systems, scheduling, and budgeting all fit together in practice.
You’ll begin by learning the fundamentals of project delivery methods and contract types, understanding how responsibilities and risks are assigned between owners, designers, and contractors. From there, we move into technical content, covering structural fundamentals, steel basics, and foundations, before exploring the major building systems: HVAC, electrical, plumbing, and fire protection. You’ll also learn how clearly defined scopes of work prevent disputes, how schedules are built and controlled, and how budgets, contingencies, and change orders are managed throughout the project lifecycle.
This course is practical and scenario-driven, helping you connect concepts to the realities of construction projects. By the end, you will not only understand the engineering behind key systems, but also how to manage timelines, costs, and coordination across multiple trades.
Whether you are a student preparing to enter the industry, a young professional broadening your knowledge, or someone seeking to understand both the technical and business aspects of construction, this course equips you with the skills to follow a project confidently from design to delivery.