
Explore how civil engineering underpins civilization through creative, responsible design of roads, buildings, bridges, and transit systems, including landmark projects like the London Underground and Burj Khalifa.
Civil engineers confront climate change, drive efficiency and effectiveness, and embrace technologies like AI, AR, and 3D printing to reduce waste and build resilient, sustainable infrastructure.
Explore the seven main civil engineering fields: structural, geotechnical, environmental, transportation, coastal, construction, and water resources. See how they design, analyze, and manage infrastructure and water systems.
Explore the phases of construction projects from conception to use, and learn how PMI's PMBOK, RIBA plan of work, and AIA frameworks guide design, planning, construction, and handover.
Compare the traditional design-bid-build method with integrated project delivery, noting how factors like design definition, time, budget, owner engagement, and public statutes influence procurement.
Explore fidic and nec contract forms for civil engineering, including bespoke and standard contracts, and fidic green, red, yellow, orange, and silver books alongside nec ecc and psc contracts.
Discover how civil project cost management drives success by estimating and budgeting, then monitoring and controlling direct and indirect costs, escalation, and contingencies to align with the owner's financial objectives.
Discover how quality in construction projects means meeting requirements on time, within budget, and with a safe environment. Apply the pdca cycle and qa/qc plans to continuously improve project outcomes.
Learn to classify soils into clay, silt, sand, gravel, cobble, and boulder using sieve and hydrometer tests, then choose spread footings, raft, or pile foundations.
Understand the five ASTM C 150 cement types, from type I to type V, and how composition and substitutes like silica fume, GGBS, and fly ash influence strength.
Explore construction machinery including forklifts, loaders, cranes, backhoe loaders, and excavators. Learn how field engineers select suitable machines for earthwork, paving, lifting, and material handling.
Steel reinforcement creates a composite material by combining steel with concrete to provide beams and slabs with tensile strength, while columns and walls gain added shear; rebars range 6–50 mm.
Cultivate essential soft skills for civil engineers by mastering communication, teamwork, and motivation, guided through the five stages of team building and Maslow’s needs.
This course is not just another course about civil engineering and construction. The subjects that we will cover are non-traditional and are not taught in our universities.
I will show you how civil engineers are part of the world's problem, and part of the solution as well. You will learn about the existential modern challenges that face our civilization today, and how civil engineers can solve them.
I will show you why civil engineering is most important profession that is able to preserve our civilization in face of the future threats and challenges that face our world. I will also show you how civil engineering is, and always has been, at the core foundation of our human civilization.
At the end of this course, you will realize that civil engineers are the only true PIONEERS of society.
This course is fundamental for aspiring civil engineers, students, and fresh graduates alike. It provides young engineers with valuable knowledge that universities don't teach.
It gives an overview of the field of civil engineering, and prepares young engineers for the real construction site.
After taking this course, civil engineers will be better prepared to the work environment, and they will be able to obtain better positions in the industry's organizations.
The course also teaches young engineers that soft skills are as equally important as technical knowledge. It teaches them negotiation skills to obtain better job offers and it teaches them key soft skills as communication and motivation.
There are a number of resources and templates that are very useful for the job sites.
The course is provided with subtitles and is given in proper British accent for ease of understanding.
The instructor is a highly qualified chartered civil engineer and project manager with an extensive experience in some of the most prestigious mega infrastructure projects in several countries.
The instructor is open to communicate with the students to help them better understand the course material and provide them with the needed mentorship and guidance.