Construction and structural engineering - swiftlysewa career portal

This 6-week course on Construction and Structural Engineering is designed to provide students and aspiring engineers with a strong foundation in building design, construction techniques, and structural analysis. The course combines theoretical concepts with practical insights to help learners understand how safe, durable, and efficient structures are designed and built.

Throughout the program, participants will explore key topics such as construction materials, site planning, load analysis, structural systems, and modern construction methods. The course also introduces essential tools and techniques used in the industry for designing and evaluating structures.

By the end of the course, learners will be able to interpret engineering drawings, understand structural behavior, and apply basic design principles to real-world construction projects. This course is ideal for civil engineering students, beginners, and professionals looking to enhance their knowledge in construction and structural engineering.

Key Highlights:

Fundamentals of construction and structural engineering
Understanding of materials like concrete, steel, and composites
Basics of load calculation and structural design
Introduction to construction planning and site management
Real-world case studies and practical applications

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Course Content

Week 1
In Week 1, students are introduced to the fundamental concepts of construction and structural engineering. This week focuses on building a strong foundation by understanding the role of civil and structural engineers in the construction industry and how structures are planned and executed. Learners explore the basics of different types of structures such as residential, commercial, and industrial buildings, along with an overview of construction processes from planning to execution. The week also covers essential construction materials like concrete, steel, wood, and their basic properties and uses. Additionally, students are introduced to fundamental engineering concepts such as loads (dead load, live load) and how they affect structures. Basic terminology, safety practices, and site understanding are also discussed to give learners a practical perspective of real-world construction environments. By the end of Week 1, learners gain a clear understanding of how construction projects begin and the essential principles that govern safe and efficient structural design.

Lesson 1

12:31
Lesson 2

17:26
Quiz on week 1

Week 2
In Week 2, students move deeper into the core principles of structural engineering by understanding how forces act on structures and how different structural elements respond to these forces. This week focuses on the fundamentals of structural behavior and analysis, which are essential for safe and efficient design. Learners are introduced to key structural components such as beams, columns, slabs, and foundations, along with their functions in a building system. The concept of load distribution and how forces travel through a structure is explained in detail. The week also covers basic analysis of forces, including tension, compression, shear, and bending, helping students understand how materials react under different conditions. Additionally, students gain insight into different types of supports and connections used in construction. By the end of Week 2, learners develop a clear understanding of how structural elements work together to maintain stability and strength, forming the basis for more advanced structural design concepts in the upcoming weeks.

Week 3
In Week 3, students progress into the fundamentals of structural design and analysis, focusing on how structural elements are designed to safely carry loads. This week bridges the gap between basic concepts and practical engineering applications. Learners are introduced to the principles of structural design, including safety factors, load combinations, and basic design methodologies. The concept of stress and strain is also explored to understand how materials deform under different loads. The week further covers simple calculations related to beams and columns, helping students understand how to determine the strength and stability of structural members. Additionally, learners gain insight into design codes and standards used in the construction industry to ensure safety and compliance. By the end of Week 3, students develop a foundational understanding of how structural components are analyzed and designed, preparing them for more advanced topics such as reinforced concrete design and construction techniques in the following weeks.

Week 4
In Week 4, students focus on reinforced concrete (RCC) and its application in modern construction. This week introduces one of the most widely used construction systems, combining the strength of concrete and steel to create durable and efficient structures. Learners explore the basic concepts of RCC, including why reinforcement is required and how concrete and steel work together to resist different types of forces. Key structural elements such as RCC beams, slabs, columns, and footings are studied in detail. The week also covers the basics of reinforcement detailing, including placement of steel bars, spacing, and cover requirements to ensure strength and durability. Additionally, students are introduced to common construction practices used in RCC work, such as mixing, pouring, curing, and quality control. By the end of Week 4, learners gain a solid understanding of reinforced concrete systems and their role in structural engineering, preparing them for practical construction techniques and project execution in the following weeks.

Week 5
In Week 5, students focus on construction planning and project management. This week covers essential concepts like project scheduling, resource management, cost estimation, and site supervision. Learners are introduced to tools and techniques used to plan and execute construction projects efficiently, ensuring timely completion and quality control. The importance of safety practices and coordination among teams is also emphasized. By the end of the week, students gain a basic understanding of how construction projects are managed from start to finish.

Week 6
Construction & Structural Engineering In Week 6, students focus on final project execution, quality control, and safety management in construction. This week highlights the importance of maintaining construction standards, ensuring worker safety, and delivering projects successfully. Learners are introduced to quality checks, testing methods, and inspection procedures used to ensure structural reliability. The course also emphasizes safety practices, risk management, and proper use of protective equipment on-site. By the end of the course, students gain a complete understanding of the construction process—from planning and design to execution and quality assurance—preparing them for real-world engineering projects.

A course by

Kushawaha Shankar

CAD CAM developer.

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Price:
Original price was: ₹1,000.00.Current price is: ₹400.00.
Instructor:Kushawaha Shankar
Duration: 20 hours
Lessons:10
Students:21
Level:All Levels