skilldevelopment.cpe@lpu.co.in

What you'll learn

Description:  This course is designed to: 1.Comprehensive Understanding of Structural Engineering: This workshop will provide participants with a deep dive into the principles of structural design for both buildings and bridges. Topics covered include load analysis, material selection, and design codes to ensure safety, durability, and efficiency in structural systems. 2.Hands-on Design and Consultation Techniques: Attendees will gain practical experience through case studies, where they will learn to apply design methodologies in real-world scenarios. Participants will also develop skills in client interaction, project assessment, and offering expert consultancy services for both residential and infrastructure projects. 3.Advanced Tools and Software for Structural Design: The workshop will introduce industry-standard tools and software, enabling participants to create precise structural models and simulations. They will learn to optimize designs for cost-effectiveness and sustainability, preparing them for modern challenges in building and bridge consultancy. Learning Outcome: 1. Technical Proficiency in Structural Design: Demonstrates a comprehensive understanding of structural engineering principles, tools, and software to design safe, efficient, and sustainable structures. 2. Problem-Solving and Consultancy Skills: Exhibits the ability to analyze complex engineering challenges, provide innovative solutions, and effectively communicate recommendations to clients. 3. Preparedness for Professional Practice: Cultivates the practical knowledge, ethical awareness, and teamwork skills necessary to excel in real-world engineering projects and professional environments.

  • • Overview of Structural Engineering • Principles of Structural Design for Buildings and Bridges • Importance of Safety, Sustainability, and Durability • Design Codes and Standards in Structural Engineering
  • • Types of Loads in Structural Design (Dead, Live, Wind, Seismic, etc.) • Methods for Load Calculation and Analysis • Material Selection: Steel, Concrete, Composite Materials • Advantages and Disadvantages of Different Materials • Factors Affecting Material Choice in Building and Bridge Design
  • • Introduction to Structural Design Methods: Analytical and Numerical Techniques • Design of Building Frames and Foundations • Bridge Design: Types of Bridges and Structural Elements • Load Distribution and Structural Behavior Analysis
  • • Industry-Standard Software for Structural Modeling (AutoCAD, Revit, STAAD, etc.) • Structural Analysis and Simulation Techniques • Optimization for Cost-Effective and Sustainable Designs • Hands-on Exercises in Using Structural Design Software
  • • Understanding Client Needs and Project Requirements • Conducting Site Assessments and Evaluations • Providing Feasible Design Solutions • Communication and Reporting in Structural Consultancy • Risk Management and Safety Considerations in Consultancy
  • • Challenges in Designing Large-Scale Structures • Overcoming Environmental and Geotechnical Constraints • Addressing Structural Failures and Retrofitting Solutions • Case Studies: Complex Bridge and Building Designs
  • • Ethical Considerations in Structural Engineering • Sustainable Design Practices for Buildings and Bridges • Environmental Impact Assessments and Green Building Certifications • Compliance with Local Regulations and Global Standards

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Dr. Anshul Garg
Associate Professor

Dr. Anshul Garg is working as Associate Professor in the department of Structural Engineering, Lovely Professional University, Phagwara, Punjab, India. He has received his Ph.D. degree from Lovely Professional University, Phagwara, Punjab, India in 2021. His research areas include Sustainable materials, Earthquake Resistant Structures, Retrofitting, Concrete Technology, Building Materials. He is having more than 15 years of teaching experience and 03 years of industry experience. He is having 03 patent granted and 06 patents published. He is also a member of Indian Science Congress. He has published 45 number of publications in research journals. He is also structural consultant and successfully completed 2 projects.