Advance Professional Course in Steel Commercial (Part-I) from Udemy

What's inside

Syllabus

Overview, summary oof the Course and resources

Total Overview of the Course

Basics of STAAD Pro

Introduction of the Course
About the Softwares to be used in the Course
About the Commercial Steel Structure G+3 Building Model

STAAD Pro 2023 Interface
Application Configuration
Units
Default Design Codes

Global Axes

Local Axes

View menu
Zoom Options

Text Editor / Command File
Analysis Output

Plans, Elevation Drawing of the Project

Loadings- Dead, Live, Wind, Earthquake (Overview Only)

Study of Project Drawing
Create Nodes for Foundation

01 Create Plinth Beams

02 Create First Floor Beams

03 Create All Floor Beams

01 Create Truss Elements

02 Create Purlins and Horizontal Bracings

01 Create Supports

02 Create Groups

01 Define Materials

02 Assign Property

03 Assign Specifications and Releases

01 Dead Loads and Live Loads

02 Define Reference Load for Mass, Define EQK Load

01 Wind Load Calculation

02 Wind Load Cases

Define Load Combinations, Run the Model
See the Results, Explain abou the EQK Loads on Roof

Assign Earthquake Load
Verify Statics Check Results

Check Drift Limit due to EQK

About IS 800 Steel Design Parameters

Steel Parameter-01

Steel Parameter-02 (Slenderness Check)

Steel Parameter-03 (Deflection Check)

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Read about what's good

what should give you pause

and possible dealbreakers

Uses STAAD Pro, a popular choice among design professionals for static or dynamic analysis of various structures like buildings and bridges

Covers the basics of STAAD Pro, including its interface, application configuration, units, and default design codes, which is helpful for beginners

Explores steel design parameters as per IS 800, which is essential for steel structure design in India and other regions following this standard

Requires learners to take Part II to learn about steel connection designs and automatic steel drawing generation, which may be inconvenient for some

Focuses on a commercial steel structure G+3 building model, providing practical application of STAAD Pro in a real-world scenario

Covers earthquake load assignment procedure and drift limit checks, which are crucial for designing structures in seismically active regions

Reviews summary

Practical staad pro for steel commercial

According to learners, this course offers a highly practical introduction to STAAD Pro for commercial steel structures. Students praise the project-based approach using a realistic building model, finding it an excellent way to learn the workflow from modeling and loading to analysis and initial design checks. Many highlight the instructor's clear explanations, making complex topics understandable and easy to follow. While it provides a solid foundation in areas like IS 800 steel design parameters and earthquake load assignment, some feel certain sections could benefit from more depth for professional use, suggesting it's a great starting point but may require additional resources for advanced topics. Overall, it's considered a valuable resource for professionals and students in structural engineering.

Good introduction, but limited depth in some areas.

"Part-I provides a solid foundation."

"...gives a decent overview... It's a good starting point, but you'll need other resources for advanced topics."

"I felt that the 'Steel Design Parameters' section could have gone into more depth."

"The coverage of IS 800 parameters is introductory but sufficient for Part-I."

Instructor explains topics clearly and step-by-step.

"The instructor explains everything clearly step-by-step..."

"The explanations are generally clear..."

"The instructor is knowledgeable and explains the concepts clearly."

"The instructor is very clear and easy to follow."

Learn STAAD Pro workflow on a realistic model.

"This course is exactly what I needed... The project-based approach using a G+3 building model is highly practical..."

"The project example is helpful for understanding the workflow."

"The project-based learning using a realistic building model is the best part."

"It walks you through a complete project which is great for practical learning."

Some sections require rewatching.

"...sometimes the pace felt a bit fast on certain topics."

"Some topics felt rushed, and I had to rewatch the videos multiple times..."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Advance Professional Course in Steel Commercial (Part-I) with these activities:

Review Structural Analysis Fundamentals

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Reinforce your understanding of structural analysis principles to better grasp STAAD Pro's analysis capabilities.

Browse courses on Structural Analysis

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Review basic concepts of statics and mechanics of materials.
Practice solving simple structural analysis problems.
Familiarize yourself with different types of structural loads and supports.

Review 'Structural Analysis' by R.C. Hibbeler

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Solidify your understanding of structural analysis principles with a comprehensive textbook.

View Structural Analysis on Amazon

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Read the chapters related to determinate and indeterminate structures.
Work through example problems to reinforce your understanding.
Focus on understanding the underlying assumptions and limitations of each method.

Review 'IS 800:2007 - General Construction in Steel - Code of Practice'

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Familiarize yourself with the Indian Standard code for steel design (IS 800) to ensure compliance in your STAAD Pro models.

View Putting Knowledge to Work on Amazon

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Read the relevant sections of IS 800 related to steel design parameters.
Understand the requirements for slenderness check and deflection check.
Apply the code provisions to your STAAD Pro models.

Four other activities

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STAAD Pro Modeling Exercises

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Enhance your proficiency in STAAD Pro by practicing modeling various structural elements and applying loads.

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Model simple beams and frames with different support conditions.
Apply various types of loads, including point loads, distributed loads, and moments.
Run the analysis and interpret the results.
Compare the results with hand calculations or other software.

STAAD Pro Model of a Simple Steel Structure

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Apply your knowledge to create a STAAD Pro model of a simple steel structure, such as a truss or a frame.

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Select a simple steel structure to model.
Create the model in STAAD Pro, defining nodes, members, and supports.
Apply appropriate loads, including dead loads, live loads, and wind loads.
Run the analysis and design the members according to IS 800.
Prepare a report summarizing the design results.

Explore Advanced STAAD Pro Features

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Deepen your understanding of STAAD Pro by exploring advanced features such as dynamic analysis and finite element modeling.

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Find tutorials on dynamic analysis in STAAD Pro.
Follow the tutorials to create and analyze a dynamic model.
Explore the use of finite element modeling for complex structural components.

Design a Steel Warehouse using STAAD Pro

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Undertake a comprehensive project to design a steel warehouse using STAAD Pro, applying all the concepts learned in the course.

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Gather the necessary design data, including dimensions, loads, and material properties.
Create a detailed STAAD Pro model of the warehouse structure.
Apply all relevant loads, including dead loads, live loads, wind loads, and earthquake loads.
Perform the analysis and design the members according to IS 800.
Prepare a complete design report, including drawings and calculations.

Career center

Learners who complete Advance Professional Course in Steel Commercial (Part-I) will develop knowledge and skills that may be useful to these careers:

Structural Engineer

A structural engineer analyzes and designs structures, ensuring their stability and safety. This course in steel commercial design using STAAD Pro may be useful because it helps build a foundation in the software used for the static or dynamic analysis of various structures. The course's coverage of topics ranging from modeling to load assignment, including dead, live, wind, and earthquake loads, helps Structural Engineers gain practical experience in structural design. The course's focus on steel design parameters as per IS 800 is also directly applicable to the work of a structural engineer.

See salaries and explore the career path for Structural Engineer

CAD Technician

CAD technicians create technical drawings and models using computer-aided design software. The course's focus on STAAD Pro and its seamless integration with software products directly aligns with the skills needed by CAD technicians in the structural engineering field. CAD technicians use this course's steel AutoDrafter elements to create detailed drawings of steel structures. Learning to use STAAD Pro's interface and visualization tools may enhance a CAD technician's ability to produce accurate and informative drawings for engineers and construction teams.

See salaries and explore the career path for CAD Technician

Civil Engineer

Civil engineers are involved in the design, construction, and maintenance of the built environment, including buildings and infrastructure. This course may be useful because it provides a strong introduction to steel structure design using STAAD Pro, a software widely used in the field. Civil engineers who take this course can gain skills in modeling, load assignment, and steel design parameters, which are all relevant to designing safe and efficient structures. The course's focus on practical application, such as the commercial steel structure G+3 building model, can give aspiring civil engineers valuable hands-on experience. Civil engineers will benefit from the exposure to industry-standard software.

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Architectural Engineer

Architectural engineers focus on the structural and mechanical systems of buildings, working closely with architects. The course's steel commercial design knowledge, utilizing STAAD Pro, is essential for architectural engineers needing expertise in structural design and analysis. Learning to model, assign loads, and understand steel design parameters directly contributes to their ability to create safe and efficient building designs. The course's modeling of a G+3 building may be useful, along with the steel drafting skillset, to develop a comprehensive understanding of the structural aspects of buildings.

See salaries and explore the career path for Architectural Engineer

Steel Detailer

Steel detailers create detailed drawings and specifications for steel structures, ensuring they can be fabricated and erected correctly. This course may be useful due to steel connection design and automatic steel drawing generation knowledge taught in Part II. Though this course is Part I, the steel AutoDrafter component would be especially useful. The skills acquired are essential for accurately representing steel components and connections in construction projects. The course's emphasis on practical application may allow steel detailers to create more efficient and accurate drawings.

See salaries and explore the career path for Steel Detailer

BIM Modeler

BIM modelers create and manage building information models, which are digital representations of physical and functional characteristics of a facility. This course may be useful because it could provide the skills to model steel structures in STAAD Pro, a software that can be integrated into a BIM workflow. BIM modelers who take this course can enhance their ability to create accurate and detailed models of steel buildings and other structures. The course's hands-on approach and focus on practical application may make it a valuable addition to a BIM modeler's skillset.

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Construction Manager

Construction managers oversee construction projects from start to finish, ensuring they are completed on time and within budget. The course's overview of structural analysis and design principles, alongside its hands-on approach to steel structure modeling in STAAD Pro, may be useful for construction managers who want to better understand the technical aspects of their projects. This course may allow a construction manager to communicate more effectively with engineers and contractors, troubleshoot issues, and make informed decisions during the construction process. The course's practical focus may be especially helpful for construction managers working on building projects.

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Project Engineer

Project engineers oversee and coordinate engineering projects, ensuring they meet technical specifications and are completed on time and within budget. This course may provide a project engineer with a strong foundation in steel structure design principles using STAAD Pro, a software commonly used in structural engineering projects. Project engineers often must understand the technical aspects of a project, and this course helps them communicate effectively with structural engineers and other stakeholders. The course's focus on modeling, load assignment, and steel design parameters may make project engineers more effective in their role.

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Educator

Educators teach and train students in various subjects, including engineering and technology. This course may be useful for educators teaching structural engineering concepts. The practical experience with STAAD Pro and its functionalities in steel structure design can provide educators with updated skills. Course content related to design codes and industry practices may be helpful for educators to guide students aspiring to become structural engineers.

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Quality Control Inspector

Quality control inspectors ensure that materials and construction work meet specified standards and codes. The course provides a working knowledge of steel design parameters as per IS 800. This course may be useful for quality control inspectors who need to verify the structural integrity of steel structures. Understanding the principles of steel design and analysis can help inspectors identify potential issues and ensure compliance with relevant codes and standards. The course's practical focus on modeling and load assignment may provide valuable insights for quality control inspectors.

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Sales Engineer

Sales engineers work in the sale of complex and technical products or services to businesses. The material covered in this course may be useful for a sales engineer who sells structural analysis software, such as STAAD Pro, or steel construction materials. Understanding the principles of steel design and analysis enables them to better understand the applications and benefits of their products and services, and to effectively communicate with potential customers. The course provides a foundation for sales engineers.

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Estimator

Estimators calculate the costs associated with construction projects, including materials, labor, and equipment. The course's steel design and modeling sections using STAAD Pro may be useful for estimators who need to accurately estimate the cost of steel structures. Understanding the quantity and specifications of steel components is essential for preparing accurate cost estimates. The course's focus on practical design and analysis may help estimators develop a better understanding of the factors that influence the cost of steel construction.

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Sustainability Consultant

Sustainability consultants advise organizations on how to reduce their environmental impact and improve their sustainability performance. This course may be useful for sustainability consultants who work on building projects, as it provides a foundation in steel structure design. Understanding the environmental impact of steel and the principles of sustainable design can help consultants advise clients on how to minimize the carbon footprint of their buildings. The course's focus on practical application may provide valuable insights for consultants working on green building projects.

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Facilities Manager

Facilities managers are responsible for the maintenance and operation of buildings and facilities. While this course focuses on the design phase, the insight into the underlying structural engineering of steel structures may be useful when making decisions about maintenance, repairs, and renovations. A facilities manager will benefit from a greater understanding of structural engineering. This course may provide a broader perspective on a building's structural integrity.

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Urban Planner

Urban planners develop plans and strategies for the growth and development of cities and towns. The structural knowledge gained is useful for urban planners. This course may be useful for urban planners who need to understand the structural aspects of buildings and infrastructure. While the course may not be directly related to urban planning, the knowledge of steel structure design may provide a broader perspective on the built environment.

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Advance Professional Course in Steel Commercial (Part-I)

What's inside

Syllabus

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Reviews summary

Practical staad pro for steel commercial

Activities

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