Construction & Structural Engineering - swiftlysewa career portal

The Construction & Structural Engineering Course is designed to equip learners with a comprehensive understanding of how buildings and infrastructure are planned, designed, and built to ensure maximum safety, stability, and durability. The course covers essential engineering principles, modern construction practices, and advanced design methodologies used across residential, commercial, and industrial structures.

Learners will explore material science, structural behavior, load analysis, foundation engineering, building codes, and emerging technologies such as smart construction and sustainable design. The curriculum combines theoretical concepts with practical applications through case studies, design exercises, and real-world project examples.

This course also emphasizes the importance of safety standards, environmental consideration, and cost‐effective project execution. Students will become familiar with engineering software tools commonly used in the industry for modeling and simulation of structures.

🔑 Key Learning Outcomes

By the end of this course, learners will be able to:

Understand core concepts of structural analysis and construction engineering.
Perform load calculations and evaluate the stability of different structural elements.
Apply reinforced concrete and steel design concepts as per national/international codes.
Analyze and solve engineering problems using advanced software tools and design methodologies.
Manage construction workflows including planning, scheduling, and quality control.
Incorporate sustainability and green building concepts in structural design.

🎯 Who Should Enroll?

Civil Engineering students and diploma holders seeking specialization.
Construction professionals wanting to upgrade their design skills.
Architects and technical supervisors looking to expand engineering knowledge.
Enthusiasts aiming to begin a career in infrastructure and building development.

🚀 Career Opportunities

After completing this course, learners can pursue exciting roles such as:

Structural Engineer
Construction Engineer / Site Engineer
Building Designer
Quality & Safety Inspector
Project Planning Engineer
Infrastructure Development Consultant

🏗 Why This Course?

Industry-oriented learning with real engineering case studies
Blend of theory, hands-on design, and field insights
Exposure to latest construction technologies & sustainability practices
Builds strong foundation for advanced studies and professional certifications

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Course Content

Chapter 1
📍 Chapter 1: Introduction to Construction & Structural Engineering Chapter 1 provides a strong foundation for learners by introducing the fundamental concepts of construction and structural engineering. This chapter explains how structures are planned, designed, and executed to ensure safety, effectiveness, and functionality in real-world projects. Students will gain insights into the role of structural engineers, key engineering terminologies, and the interdisciplinary teamwork involved in building construction. The chapter also highlights the importance of standards, regulations, and building codes that guide the engineering process. Learners will explore different types of structures—such as buildings, bridges, dams, and towers—and understand how loads, forces, and environmental conditions impact structural stability and performance. ✨ Topics Covered 1.Overview of Construction and Structural Engineering 2.History & evolution of modern infrastructure 3.Types of structures and structural systems 4.Roles and responsibilities in the construction industry 5.Basic engineering concepts: load, force, stress & strain 6.Importance of building codes, safety, and regulations 7.Introduction to sustainable and smart construction trends 🎯 Learning Outcomes 1.By the end of this chapter, learners will be able to: 2.Understand the basic purpose and scope of structural engineering. 3.Identify major structural components and building systems. 4.Recognize different categories of construction projects. 5.Explain fundamental engineering principles used in structural design. 6.Acknowledge sustainability and safety as essential elements in construction.

Chapter 1

05:23
Construction & Structural Engineering Quiz on Chapter 1
lesson-01

23:12
lesson-02

Chapter 2
🧱 Chapter 2: Construction Materials & Their Properties Chapter 2 focuses on the various construction materials that form the backbone of modern infrastructure. Learners will understand how material selection plays a crucial role in determining the strength, durability, and performance of any structure. This chapter introduces the physical, chemical, and mechanical properties of commonly used materials, ensuring that students can evaluate their suitability for different applications. From traditional materials like bricks, wood, and stone to modern engineered materials such as reinforced concrete, structural steel, and composites — this chapter builds a strong knowledge base of material science. The chapter also covers sustainability considerations, advances in eco-friendly construction materials, and techniques for improving material quality. 🧩 Topics Covered 1.Classification of construction materials 2.Properties of concrete, steel, timber, masonry, and composites 3.Strength tests and quality assessment methods 4.Material behavior under different loading and environmental conditions 5.Durability, corrosion, waterproofing & fire resistance 6.Introduction to green/sustainable building materials 7.Standards and codes for material selection & testing 🎯 Learning Outcomes 1.By the end of this chapter, learners will be able to: 2.Identify common construction materials and their functional uses. 3.Analyze mechanical properties like tensile strength, elasticity, and ductility. 4.Understand the role of material testing in structural safety and quality control. 5.Select appropriate materials based on design requirements and environmental conditions. 6.Evaluate sustainable alternatives for eco-conscious construction.

Chapter 3
🏗️ Chapter 3: Structural Analysis & Load Calculations Chapter 3 dives into the core engineering principles behind how structures stand, balance, and withstand external influences. This chapter introduces learners to structural analysis—a critical process used to determine the internal forces, reactions, and overall stability of structures under various loads. Students will study different types of loads such as dead loads, live loads, wind loads, seismic forces, and environmental effects, along with how these forces influence the behavior of structural elements. This chapter also introduces basic analytical methods, equilibrium equations, and load distribution concepts necessary for safe and efficient design. Through practical examples and problem-solving exercises, learners will build the skills to evaluate structural performance and predict failure risks before construction begins. 🧩 Topics Covered 1.Types of loads and their significance 2.Introduction to statics & equilibrium 3.Bending moment, shear force & axial force concepts 4.Load transfer mechanism in beams, slabs, columns & foundations 5.Basic structural analysis methods 6.Influence of wind & seismic forces on structures 7.Safety factors and stress limits in design 🎯 Learning Outcomes After completing this chapter, learners will be able to: 1.Understand how loads affect structural performance and stability. 2.Perform basic load calculations for different structural members. 3.Analyze internal forces such as shear, bending, and axial stresses. 4.Apply safety standards and design principles based on load behavior. 5.Predict structural responses to wind, earthquake, and environmental conditions.

Chapter 4
🏢 Chapter 4: Foundation Engineering & Structural Systems Design Chapter 4 focuses on the essential engineering principles behind the safe transfer of structural loads into the ground through strong and reliable foundation systems. Learners will explore how soil conditions, environmental factors, and structural requirements guide the selection and design of various types of foundations used in construction. This chapter also introduces major structural systems including beams, slabs, columns, frames, trusses, and load-bearing walls, showing how each component works together to maintain stability. Students will learn the importance of proper structural alignment, reinforcement detailing, and design techniques that ensure long-term safety and performance. Real project scenarios, geotechnical analysis basics, and case studies will help learners connect theory with practical field applications — making them capable of participating in both building and infrastructure design processes. 🧩 Topics Covered 1.Introduction to soil mechanics and ground investigation 2.Types of foundations: shallow vs. deep systems 3.Settlement, bearing capacity & soil-structure interaction 4.Structural systems in buildings and bridges 5.Reinforcement and detailing for concrete & steel structures 6.Load path continuity and structural stability 7.Design codes and safety criteria for foundation and framing 🎯 Learning Outcomes By the end of this chapter, learners will be able to: 1.Understand how soil characteristics influence foundation design. 2.Identify appropriate foundation systems for different site conditions. 3.Analyze the function and interaction of structural elements. 4.Evaluate stability and integrity of structural frameworks. 5.Apply basic design concepts following standard codes and safety regulations.

Chapter 5
🚧 Chapter 5: Construction Technology & Project Execution Chapter 5 explores the practical side of construction engineering — how structures are actually built on-site using modern tools, machinery, and project management techniques. Learners will gain a thorough understanding of the construction lifecycle, from site preparation and resource allocation to scheduling, monitoring, and final execution of structural works. This chapter emphasizes the use of advanced construction technologies such as automation, prefabrication, Building Information Modeling (BIM), and smart machinery that improve productivity, accuracy, and safety. It also highlights the importance of teamwork and coordination between engineers, contractors, laborers, and stakeholders to ensure smooth and timely project delivery. With real-world case studies and workflow mapping, students will develop essential skills to handle challenges like cost management, delays, and material handling while maintaining high construction standards. 🧩 Topics Covered 1.Stages of construction project execution 2.Site layout planning & resource management 3.Construction equipment and modern technologies 4.BIM, prefabrication, and automated construction systems 5.Project scheduling: Gantt charts & progress tracking 6.Risk management in construction projects 7.Communication, coordination & documentation on site 🎯 Learning Outcomes After completing this chapter, learners will be able to: 1.Understand complete workflow from planning to execution in construction projects. 2.Utilize modern technologies for efficient and safe construction. 3.Plan site resources and equipment for optimum performance. 4.Manage timelines, budget constraints, and site challenges effectively. 5.Collaborate with multidisciplinary teams for successful project completion.

Chapter 6
🛡️ Chapter 6: Quality Control, Safety & Sustainability in Construction. Chapter 6 emphasizes the crucial responsibilities in construction engineering — ensuring that every structure is built with high quality, maximum safety, and minimal environmental impact. This chapter introduces the standards, tools, and procedures required for effective quality assurance throughout the construction process. Learners will understand how inspections, testing, documentation, and regulatory compliance help maintain structural integrity. The chapter also highlights workplace safety strategies, hazard identification, risk assessment, and safety protocols that protect workers and surrounding communities. In addition, an important focus is placed on sustainable engineering — including energy-efficient building practices, waste reduction, green certifications, and environmentally responsible design. By combining strong ethics, safety awareness, and sustainability concepts, this chapter prepares learners to contribute to a future of resilient and eco-friendly construction. 🧩 Topics Covered 1.Quality control & assurance techniques in construction 2.Non-destructive testing (NDT) and inspection methods 3.Site safety rules, PPE, and accident prevention systems 4.Risk assessment & safety compliance standards 5.Environmental protection and waste management 6.Sustainable construction materials & smart energy solutions 7.Green building certifications and modern eco-design concepts 🎯 Learning Outcomes By the end of this chapter, learners will be able to: 1.Implement quality control measures to ensure structural reliability. 2.Enforce safety regulations and minimize workplace risks. 3.Understand legal and ethical responsibilities in construction engineering. 4.Integrate sustainability principles into design and construction practices. 5.Promote green and responsible engineering for long-term societal benefit. 🎉 Congratulations! This marks the completion of the Construction & Structural Engineering Course curriculum. Students now have a well-rounded understanding — from foundational design principles to real-world construction practices that prioritize safety and sustainability.

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Price:
Original price was: ₹800.00.Current price is: ₹249.00.
Instructor:Shankar kumar
Duration: 20 hours
Lessons:10
Students:32
Level:Expert