Page 5 - PACA - Catalog of Courses

Concrete Solutions for a Sustainable Future
(1 CEU) (Course CSSF)
The program will highlight the aspects of
concrete that make it the choice for sustainable
construction projects. Whether it is for
conventional pavement, pervious concrete
pavement, or buildings concrete’s durability,
longevity and curb appeal make it the superior
choice.
Roller Compacted Concrete: Today and
Tomorrow (1 CEU) (Course RCCCOMCON11)
Roller Compacted Concrete (RCC) is increasingly
being recognized as a cost-effective, durable,
and sustainable paving solution for a wide
variety of applications. This course introduces
design professionals to the fundamentals
of RCC, explores its growing role in modern
infrastructure, and highlights the opportunities it
offers for innovative construction. Participants
will learn about the unique material properties
and placement techniques that distinguish
RCC from conventional concrete, as well as
current specification practices and performance
advantages. The program also examines real-
world case studies that showcase successful
RCC projects, addressing both challenges
and solutions encountered in the field. By the
end of this session, attendees will gain a clear
understanding of RCC’s value proposition, its
practical design considerations, and how it can be
effectively incorporated into future projects
The Concrete Advantage in Parking Lots
(1 CEU) (Course CONCADVANT11)
Concrete pavements are delivering long-term
value in parking lot design by combining durability,
sustainability, and cost competitiveness. This
course introduces design professionals to the
advantages of using concrete over alternative
pavement materials in parking lot applications.
Participants will explore the structural, economic,
and environmental benefits of concrete, including
life-cycle performance, reduced maintenance
needs, and design flexibility. The session will
also highlight best practices for designing and
specifying concrete parking lots, with a focus on
layout, thickness design, jointing, and surface
treatments. Through project case studies
and performance comparisons, the course
demonstrates how concrete parking lots can
enhance aesthetics, improve safety and lighting
efficiency, and contribute to sustainable design
goals. By the end of this program, attendees will
understand how to evaluate and communicate
the benefits of concrete parking lots to owners
and clients, and how to integrate proven design
strategies into their projects.
Tilt Up Concrete Construction Today (1 CEU)
(Course TILTUPCONS11)
Tilt-up concrete construction has evolved into
one of the most versatile and efficient building
systems available for a wide range of commercial,
industrial, and institutional projects. This course
provides design professionals with an in-depth
look at the tilt-up method as it is practiced
today, highlighting its advantages in speed, cost-
effectiveness, design flexibility, and durability.
Participants will gain an understanding of the
tilt-up construction process—from planning
and design through casting, lifting, and finishing
panels. The course explores the structural and
architectural possibilities of tilt-up, including
advancements in insulation, finishes, and
integration with other building systems. Through
case studies and recent project examples,
attendees will see how tilt-up is being applied
in innovative ways to meet today’s demands for
energy efficiency, sustainability, and aesthetic
appeal. By the end of the program, participants
will be able to evaluate tilt-up as a practical
solution for modern building projects and identify
best practices for specifying and designing with
this construction method.