The Building Structure Course Overview
What Will You Learn?
The Building Structure course provides a comprehensive understanding of structural systems in construction, focusing on materials, design methodologies, and construction workflows. Students will gain expertise in reinforced concrete, steel, masonry, and tilt-up construction techniques, ensuring a deep knowledge of load distribution, structural integrity, and coordination.
By completing this course, you will:
- Develop a strong foundation in structural design principles and material applications.
- Gain insight into crane operations and their role in structural assembly.
- Master techniques for reinforced concrete, precast, and tilt-up construction.
- Explore the evolution of steel structures and their applications in modern construction.
- Understand construction sequencing and coordination for structural projects.
Benefits of Learning with VDCI
By enrolling in this course, students gain access to high-quality training with VDCI, a nationally accredited institution offering structured, project-based learning tailored to AEC professionals.
- Self-Paced Learning: Gain 24/7 access to video lectures, structured outlines, and progress tracking tools for flexible study.
- Cost-Effective Training: Certificate programs and course bundles offer affordable options while maintaining high-quality instruction.
- Hands-On Learning: Every lesson includes real-world assignments reviewed by experienced instructors.
- Expert Guidance: Learn directly from Autodesk Certified Instructors with professional AEC experience.
- Interactive Support: Engage in discussion forums, student lounges, and collaborative activities.
- Digital Credentials: Earn industry-recognized digital badges and certificates to enhance your portfolio and LinkedIn profile.
- Portfolio Development: Showcase your skills through structured projects that demonstrate your expertise in structural design and construction.
Course Lessons and Projects
Topic 1: Structural Principles
Students will explore fundamental structural concepts, material properties, and load-bearing principles.
Skills Learned:
- Understanding structural forces, loads, and stress distribution.
- Identifying failure risks and mitigation strategies.
- Evaluating the role of structural elements in building design.
- Applying fundamental engineering principles to construction workflows.
- Coordinating structural integration with architectural plans.
Project: Conduct a structural analysis, focusing on material selection and load distribution.
Topic 2: Crane Operations in Construction
Students will study crane operations, lifting logistics, and their role in structural assembly.
Skills Learned:
- Understanding different types of cranes and lifting equipment.
- Ensuring crane safety and compliance with load limits.
- Planning crane placement for structural material delivery.
- Evaluating lift plans for efficiency and safety.
- Adhering to industry safety protocols for heavy lifting.
Project: Develop a crane lift plan to optimize material positioning and project workflow.
Topic 3: Cast-In-Place Concrete Construction
Students will examine site-cast concrete techniques, formwork, and reinforcement strategies.
Skills Learned:
- Managing concrete pouring, reinforcement, and curing techniques.
- Optimizing site preparation for cast-in-place construction.
- Ensuring structural stability through formwork and rebar placement.
- Addressing temperature and curing conditions.
- Coordinating formwork removal and quality checks.
Project: Design a cast-in-place concrete section, incorporating reinforcement and curing strategies.
Topic 4: Precast Concrete Systems
This lesson covers precast concrete manufacturing, transport, and installation techniques.
Skills Learned:
- Understanding precast panel design and fabrication.
- Managing transportation and on-site installation logistics.
- Comparing precast and cast-in-place methods.
- Coordinating connections and fastening strategies.
- Ensuring compliance with industry standards.
Project: Develop a precast panel design with reinforcement and connection points.
Who Should Take This Course?
This course is ideal for students and professionals looking to deepen their knowledge of structural engineering and construction methods, including:
- Students & Recent Graduates: Build foundational skills in structural construction principles.
- Structural Engineers & Designers: Expand expertise in load-bearing systems and material applications.
- Construction Project Managers: Improve workflow coordination for structural assembly.
- Architects & BIM Technicians: Learn integration techniques for structural and architectural components.
With an increasing demand for expertise in structural systems and sustainable construction, mastering these concepts gives professionals a competitive advantage in engineering, construction management, and architectural coordination.
