Construction Engineering and Project Delivery Training Course

Course overview

Large infrastructure and industrial projects rarely fail for a single reason. They unravel where engineering design, procurement, and construction meet without a clear delivery framework to hold them together. This course treats project delivery as an engineering discipline in its own right, tracing how a scheme moves from concept design and constructability review through contract award, execution, commissioning, and structured handover to the owner or operator.

The focus is on the choices that shape outcomes before the first excavation: which delivery model to adopt, how design responsibility is split between owner and contractor, how risk is priced and allocated, and how interfaces between disciplines are managed. Participants examine documented cases from transport, energy, water, and process facilities, and learn to read a project's structure the way an experienced delivery lead does. Contract mechanics are covered in depth, and those who want a deeper treatment of sourcing can follow it with Procurement and Contract Management in Engineering.

Why this matters

Owners increasingly move work off traditional design-bid-build and onto integrated arrangements such as EPC, Design-Build, and public-private partnerships, where a single party carries design and construction risk against a fixed price or availability payment. That shift changes everything downstream: how engineering is coordinated, where contingency sits, and who absorbs a late design change. Standard forms such as the FIDIC Red, Yellow, and Silver Books encode very different risk balances, and choosing the wrong one for a project's reality is a costly mistake that surfaces only during claims and disputes.

At the same time, constructability, digital coordination, and lifecycle thinking have moved from optional extras to expectations written into tender requirements. Delivery teams that understand how design decisions ripple into schedule, cost, and handover readiness protect margin and reputation. Those that treat delivery as paperwork bolted onto engineering tend to discover the gap during commissioning, when it is most expensive to close.

What you will be able to do afterwards

By the end of the course, participants will be able to:

• Compare design-bid-build, Design-Build, EPC, and PPP delivery models.
• Interpret FIDIC contract frameworks and dispute mechanisms.
• Build a delivery baseline using WBS, CPM, and interface management.
• Apply constructability review and QA practices to reduce rework.
• Plan commissioning and structured handover for operational readiness.

Course outline

Unit 1: Fundamentals of construction engineering and delivery

• Project lifecycle: feasibility to handover.
• Owner, engineer of record, contractor, subcontractor roles.
• Engineering-to-field interface and coordination failures.
• Case studies: transport, process-facility project failures.

Unit 2: Project delivery frameworks and model selection

• Design-bid-build vs integrated delivery approaches.
• EPC delivery, lump-sum turnkey, lender interfaces.
• Design-Build and PPP: availability payments, obligations.
• Delivery model selection: funding, complexity, risk-appetite.

Unit 3: Delivery planning, scheduling, and interface control

• Work breakdown structure: engineering, procurement lots.
• Critical Path Method, Gantt charts, driving path, float.
• Resource loading and long-lead procurement coordination.
• Primavera P6 scheduling and delivery baseline maintenance.

Unit 4: Procurement and contract frameworks

• Procurement strategy, supply-chain integration, packaging.
• Contract types: lump-sum, remeasurement, reimbursable.
• FIDIC Red, Yellow, Silver Books; NEC; bespoke conditions.
• Case studies: contract disputes, variations, delay, claims.

Unit 5: Construction methods, quality, and execution

• Modular, offsite construction, and prefabrication.
• Constructability review for rework and clash reduction.
• QA, inspection and test plans, safety, non-conformance.
• Sequencing, method statements, trade interface coordination.

Unit 6: Risk, sustainability, and compliance in delivery

• Risk identification, assessment, and mitigation planning.
• Environmental, social impact, stakeholder consent, permits.
• Sustainable construction, embodied carbon, lifecycle.
• ESG expectations and regulatory compliance.

Unit 7: Handover, close-out, and delivery best practice

• Commissioning, testing, structured handover documentation.
• Field studies: successful global project delivery decisions.
• Failures: interface breakdowns, contract misalignment.
• Delivery benchmarking and continuous improvement roadmap.

How the course is delivered

Sessions run through instructor-led briefings, worked examples, documented case reviews, and guided discussion, so participants work with real delivery scenarios instead of abstract theory. Each unit pairs concept explanation with facilitated discussion of how the ideas play out on actual infrastructure and industrial projects. This course is educational and does not provide legal, engineering-certification, or contractual advice; consult qualified professionals for project-specific decisions.

Who should attend

This course is designed for construction engineers, project managers, and the wider delivery team responsible for taking infrastructure and industrial schemes from design to operation. It suits engineering leads, contract and procurement staff, planners, and owner representatives who need a clear command of delivery models, contract frameworks, and handover, whether they work for a client organization, a contractor, or a consultancy.

About EuroQuest International Training

Founded in 2015, EuroQuest International Training has grown into a global provider with a catalog of more than 1,000 courses delivered to over 15,000 professionals. From its headquarters in Bratislava, Slovakia, the institute runs sessions across Barcelona, Dubai, Vienna, London, Geneva, Paris, and Istanbul. Its faculty pairs hands-off classroom instruction with real engineering-delivery experience.

That combination keeps the teaching grounded in how projects are actually delivered, not only in how they are described on paper.

Frequently asked questions

Will I receive a certificate for this course?

Participants who complete the course receive a Certificate of Completion issued by EuroQuest International Training. It records attendance and the delivery topics covered, and is not a professional license or an external certification.

Does the course require prior construction experience?

Some exposure to engineering or project environments helps, but the course builds each delivery concept from first principles, so motivated newcomers can follow along.

Which delivery models does the course cover?

It examines traditional design-bid-build alongside Design-Build, EPC, and public-private partnership arrangements, and how each shapes risk, cost, and schedule.

Related courses

Professionals extending their delivery expertise often explore these EuroQuest courses:

• Construction Project Management Essentials, for the cost control and site-leadership side of delivery.
• Managing Large-Scale Infrastructure Projects, for megaproject governance and stakeholder complexity.
• Cost Control and Budgeting in Engineering Projects, for deeper budget and earned-value discipline.
• Project Management for Engineers and Technicians, for engineers moving into delivery roles.

Register for this course

Secure your place on the Construction Engineering and Project Delivery course today. Register now to lead infrastructure projects from design through handover with EuroQuest International Training.