Resources

ACI’s Concrete Constructability Certificate Program, delivered through ACI University, covers planning, layout, project delivery, project site drivers, and structural system concept design.

Additionally, a review of what type of design is appropriate, how to specify concrete, selection of reinforcement, and testing and inspection are included. This certificate program will be valuable to structural engineers to improve constructability and productivity in the industry.

ACI Certificate Programs encourage concrete professionals to gain in-depth knowledge about particular topics in concrete materials, design, repair, or construction by following a defined online course of study. Once a certificate program has been completed, the participant will receive a certificate from ACI.

The Concrete Constructability Certificate Program

• Program details (PDF)
• Purchase course package

Productivity Knowledge

• A Case Study: Constructability Economics - Why Constructability Is Important
• A Concrete Contractor's Perspective on Lower-Carbon Concrete and Constructability
• An Introduction and Overview to ACI Committee 134, Concrete Constructability
• Constructability Reviews Are Subjective Depending on Your Perception
• Constructability: Determining the Effectiveness of Curing Concrete
• Effects of Early-Age Material Properties on Concrete Slab Deflection
• Field Evaluation of the Tarantula Curve and the Box Test for Assessing/Predicting the Workability of Concrete Paving Mixtures
• Incremental and Total Long-Term Deflection Calculation Using SAFE
• Lessons Learned from Deflection Issues during Construction
• Panel Discussion on Constructability
• Rheo-Mechanics Modeling for Constructability Quantification of 3-D Printed Concrete
• When Carbon Reduction and Constructability Clash—Who is Responsible for the Fallout?
• Using Structural Concrete as Architectural Concrete
• What is Constructability?

Productivity Success Stories

• Constructability of Mass Shotcrete
• Constructability of Top-Down Construction Methods
• Constructability of Zero-Lot-Lines Foundations with Shotcrete
• High-Performance Flat-Plate Post-Tensioned Design with Innovative Multi-Story Construction Methodologies
• Planning for the Control of Construction Tolerances and Deflections