
Explore the design of precast, prestressed hollow core slabs using ACI code, including hollow core geometry, strand layouts, and deflection control for spans up to 16 meters.
Explain pretensioning hollow core slabs by strand jacking up to 0.7–0.8 FBU, transferring tension to concrete as compression; cast by extrusion, slab forming, or flow forming, then curing and cutting.
Precast & Prestressed Concrete Design Using ACI and Concise Beam.
Precast and prestressed concrete systems are transforming modern commercial construction, especially across Gulf region projects where speed, quality control, and structural efficiency are critical.
This course provides a practical, real-world, step-by-step guide to designing prestressed hollow core slabs and prestressed beams according to ACI provisions using Concise Beam software.
This is not just theory.
You will complete a full real design example exactly as it is done in professional engineering offices.
In this course, you will:
Understand the structural behavior of prestressed members.
Learn how hollow core slabs are manufactured in precast factories.
Read and interpret shop drawings and connection details.
Apply loads and ACI design provisions correctly.
Perform full modeling and design using Concise Beam.
Follow a professional workflow used in real precast companies.
By the end of this course, you will confidently design prestressed elements for commercial buildings.
Outcome
After completing this course, you will:
Design prestressed hollow core slabs confidently
Apply ACI provisions correctly
Use Concise Beam professionally
Understand real precast factory workflow
What Makes This Skill Valuable?
Precast and prestressed systems are widely used in:
Shopping malls
Warehouses
Commercial buildings
Parking structures
Industrial facilities
Engineers with practical prestressed design experience are in high demand — especially in fast-growing construction markets.