Staad Pro Online Course With Certificate

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Close up iPhone showing Udemy application and laptop with notebookStructural engineering professionals seek to acquire additional skills and knowledge to improve their expertise in designing and analyzing structures. One of the popular tools utilized in the field of civil engineering is the STAAD Pro software, which enables engineers to model and analyze complex structures with ease. As such, there is a growing demand for online courses that provide comprehensive training on STAAD Pro software. This article aims to present some of the best online courses available on this topic, highlighting their key features and benefits.

Here’s a look at the Best Staad Pro Courses and Certifications Online and what they have to offer for you!

Staad Pro Online Course With Certificate

1. STAAD Pro V8 Structural design of R.C building from A to Z by Ahmad Traboulsi (Udemy) (Our Best Pick)

The STAAD Pro V8 Structural design of R.C building from A to Z course is designed to teach the structural analysis and design of a R.C building. The course does not require any prior experience in this software or any other structural design software. The course is systematically arranged to enable easy understanding of the software. After completion, students will possess the necessary skills to work as a structural designer or undertake the structural design of buildings on their own projects.

STAAD Pro v8i Software is a Structural Analysis and design tool used widely in analyzing and designing structures such as buildings, bridges, towers, transportation, industrial, and utility structures. This software is used in the detailing of all the structural elements of R.C building under gravity loads (dead and live) and lateral loads (earthquake and wind). This course is expected to teach all the necessary aspects of structural analysis of low-rise buildings using STAAD Pro according to international norms such as American codes and standards.

Course content and sections include an introduction to the software, modeling, seismic design, general civil engineering knowledge, and details about the course. The course is arranged to teach all aspects of the software from the very basics, progressing to higher levels as the course progresses. The course will also teach the assigning of load combinations according to ASCE7/IBC.

2. STAAD Pro V8 Industrial Steel Warehouse Design from A to Z by Ahmad Traboulsi (Udemy)

The STAAD Pro V8 Industrial Steel Warehouse Design from A to Z course offers comprehensive training on the structural analysis and design of steel warehouse buildings. The course is suitable for individuals with no prior experience in the software or any other structural design software. The course is systematically arranged to enable learners to grasp the software’s basics and progress to advanced stages.

Course participants will receive training on essential topics like assigning load combinations, wind and seismic load applications, and compliance with international norms like American codes and standards. The course also covers optimization of steel section sizes, composite beam design, deck slab design, purlins, truss, generating reports, and base support reactions.

The STAAD Pro software is widely used for analyzing and designing various structures, including buildings, bridges, towers, transportation, industrial, and utility structures. The course covers all the structural elements of steel warehouse buildings under gravity loads (dead and live) and lateral loads (earthquake and wind).

The course instructors, led by Ahmad Traboulsi, have arranged the course content into three sections: Introduction, Modeling, and Loads and Design. Upon completing the course, participants will have the necessary skills to work as structural designers or do structural design of buildings on their own projects. The course can benefit individuals seeking to enhance their professional skills in structural analysis and design.

3. STAAD Pro: For Complete Beginners [No Experience Required] by Gokul Saud (Udemy)

The course STAAD Pro: For Complete Beginners [No Experience Required] introduces students to the structural analysis and design of a building using the software, without requiring prior experience. The course is structured systematically and progresses from basic to advanced levels, providing students with the knowledge necessary to work as a structural designer or to design buildings for their own projects.

STAAD Pro is the leading software for structural analysis and design, commonly used in the design of steel, concrete, timber, aluminum, and cold-formed steel structures, including bridges, tunnels, and petrochemical plants. The software is intuitive, interactive, incredible, and interoperable, making it a professional’s choice. This software release took a total investment of over a billion dollars and covers a broad range of disciplines.

The course content is divided into several sections, starting with an introduction to STAAD Pro and progressing to more complex topics such as analysis and design of 3D frames, creating load combinations, designing structural members, and advanced RC designing. The course also covers the detailing of column longitudinal rebars, lateral ties, beam longitudinal bars, and stirrups. Additionally, students are introduced to IS 1893:2002/2016, an Indian standard for earthquake-resistant design of structures.

Overall, this course provides students with a comprehensive understanding of STAAD Pro and the necessary knowledge to design structural elements for buildings.

4. STAAD Pro Professional Course (Fresher to Experienced) by MileHigh Structures Academy & Consulting (Udemy)

The STAAD Pro Professional Course, taught by MileHigh Structures Academy & Consulting, offers 14.5 hours of comprehensive course content with practical case studies of RCC and steel structure. The course covers the very basics and advanced functions of the STAAD Pro software, including modelling, introduction to the graphical user interface, repeat commands, beams, plates, and solids. The course also covers linear dynamic analysis of a school building as per IS 456, IS 875, IS 1893, and detailing as per IS 13920. Additionally, the course covers FEM analysis and design of pad eyes, load generation as per ASCE 07, linear and advanced cable analysis of structures, linear buckling analysis of structures, P-delta analysis and design of watch tower structure as per Indian standards, and non-linear static analysis of steel structures (pushover analysis) in STAAD.Pro.

The course begins with a basic introduction to the STAAD Pro software, including learning how to model, use the graphical user interface, and work with beams, plates, and solids. The course also covers the editor file, which is thoroughly explained with a small example of how it can be utilized to save time. This lecture series serves as a kick start for individuals who do not know anything about STAAD Pro, but also serves as a refreshment series for those who already know.

The linear dynamic analysis of a school building as per IS 456, IS 875, IS 1893, and detailing as per IS 13920 is the only exclusive course on the web that takes the practical case study of a building from reading the architectural drawings to detailing in AutoCAD. The course covers wind and seismic load definitions and calculations in great detail to help individuals design wind and seismic resistant structures. Response spectrum analysis is performed for this model, and design and detailing is done for this structure as per IS 456 and IS 13920:2016.

5. Bentley STAAD Pro – Structural Analysis & Design Software by SS eAcademy . (Udemy)

The Bentley STAAD Pro – Structural Analysis & Design Software Course is offered by SS eAcademy, providing professional learning on the analysis and design of structures, from basic to advanced levels. The course covers the widely used STAAD Pro v8i software, which is used for analyzing and designing various types of structures, including buildings, bridges, towers, transportation, industrial and utility structures.

The new STAAD.Pro V8i allows users to perform comprehensive analysis and design for any size or type of structure faster than ever before. The course also teaches how to simplify the BIM workflow by using a physical model in STAAD.Pro that is automatically converted into the analytical model for structural analysis. Sharing synchronized models can be done with confidence for multi-discipline team collaboration, and delivering safe and cost-effective designs is an important aspect of the course.

The course is broken down into different sections, starting with an introduction to STAAD Pro and followed by geometry creation and load application. The subsequent sections cover analysis and design of steel structures, analysis and design of concrete structures, seismic coefficient method, response spectrum analysis, and time history analysis.

Overall, the Bentley STAAD Pro course is suitable for anyone who wants to learn more about the analysis and design of structures, and who wants to gain professional expertise in the use of STAAD Pro v8i software.

6. STAAD Pro Professional Course(Steel Large Span Structures) by MileHigh Structures Academy & Consulting (Udemy)

The STAAD Pro Professional Course (Steel Large Span Structures) is an over 8.5-hour course instructed by MileHigh Structures Academy & Consulting. The course content includes practical case studies of steel structures, including pushover analysis. The course is divided into six sections: Design of Steel Truss Structure as per AISC 360, Linear Buckling Analysis of Structures, Design of Pre-Engineered Buildings (PEB) as per Indian Standard IS 800, Design of Lattice Steel Structures as per Indian Design Standards, Design of PEB Portal as per AISC 360 and ASCE 07, and Non-Linear Static Analysis of Steel Structures (Pushover Analysis) in STAAD.Pro.

The first section of the lecture series focuses on introducing the absolute basics of Steel Truss Structures. The manual design of purlins and sag rods are explained in detail as per AISC 360. The course then covers how to model, analyze, and design steel truss structures as per AISC 360.

The second section of the course covers Linear Buckling Analysis, which forms the basis of design for many types of structural elements. The course teaches how to perform buckling analysis of columns manually, as well as how to perform buckling analysis of I-shaped steel girders, I-shaped columns, and cooling towers.

The third section of the course focuses on the design of Pre-Engineered Buildings as per Indian Standard IS 800. The course covers the anatomy of PEB structures, wind load calculations in great detail, and how to model, analyze, and design the structures.

The fourth section of the course covers the design of Lattice Steel Truss Structures as per Indian Design Standards. The course starts with an introduction to Lattice Steel Truss Structures, then teaches modeling, analysis, and design of the structures with practical examples.

7. Civil Engineering-Structural Steel Design of Pipe Racks by MileHigh Structures Academy & Consulting (Udemy)

This course, titled Civil Engineering-Structural Steel Design of Pipe Racks, is hosted by MileHigh Structures Academy & Consulting. The aim of the course is to teach participants how to model, analyze, and design pipe racks in the STAAD Pro software, following the AISC 360 code. Pipe racks are structures that support pipes, cables, and instrument trays in petrochemical, chemical, and power plants. The course covers the design requirements found in US building codes and industry practice design criteria, design loads, and other design considerations for pipe racks.

The course starts with the basics of calculating loads on pipe racks and then proceeds to the modeling process in STAAD Pro. The trainer explains the process step-by-step, starting from modeling columns, beams, stringers, and bracing, applying dead loads, product loads, thermal loads, and wind loads. The trainer also explains assigning properties to structural steel members, assigning releases and supports, and how to analyze and assign design commands in STAAD Pro. Finally, the course concludes with an explanation of how to check bending moment, shear forces, and reactions in steel columns.

To participate in this course, participants need a computer with either Windows or Mac operating systems and STAAD Pro software installed. The course consists of ten sections covering Introduction to the Pipe Racks, Material Used in Structural Steel, Modelling the Pipe Rack in STAAD-Pro v8i, Different Types of Load and their Calculations, Load Combinations, Supports and Their Application in STAAD, Assign Properties and Specifications to the STAAD Pro, Adjust the Orientation of the Members in STAAD Pro, How to Finally Design the Pipe Rack in STAAD Pro, Check the Final Results in STAAD Pro, and STAAD Editor and Its Applications. The course also includes bonus lectures.

Upon completion of the course, participants will receive a certification of completion.

8. STAAD Pro Professional Course(Composite & Cold Formed) by MileHigh Structures Academy & Consulting (Udemy)

The STAAD Pro Professional Course (Composite & Cold Formed) is a comprehensive online course offered by MileHigh Structures Academy & Consulting. With over 8 hours of content, the course covers practical case studies of steel and composite structures, including P-Delta analysis.

The course is divided into eight sections, starting with an introduction to steel and composite buildings. The lecture series covers detailed information about hot rolled and cold rolled steel structures along with practical examples and detailed pictures.

In the second section, students learn how to design composite steel platform structures as per AISC 360. The course teaches how to model composite decks, assign loads, and how to use the Direct Analysis method. Students also learn how to assign design parameters.

The third section of the course focuses on designing plate girders as per AISC 360. Students learn how to model plate girders in STAAD with lateral diaphragms, design the girders, and read shear force and bending moment diagrams.

The fourth and fifth sections of the course cover linear cable and advanced cable analysis of the structure. Cable elements used in STAAD are useful when dealing with cable stayed bridges, suspension bridges, cable nets, and guyed poles/towers. Students learn both linear and advanced cable analysis of the structure.

In the sixth and seventh sections of the course, students learn how to design cold-formed steel structures as per American AISI and Indian IS 801 design standards. The lecture series covers the modelling of various types of structural arrangements.

Finally, in the eighth section of the course, P-Δ analysis of a watchtower structure and design are discussed as per Indian steel design standard IS 800. The lecture series covers the P-Δ effect, wherein changes in ground shear, overturning moment, and/or the axial force distribution at the base of a sufficiently tall structure are discussed.

9. Learn staad pro connect edition from the scratch by Olokunola Olanrewaju (Udemy)

The course titled Learn staad pro connect edition from the scratch is designed to teach beginners how to use staad pro connect edition for modelling, analysis, and design of various structures such as residential and commercial buildings, domes, cooling towers, water tanks, swimming pools, steel structures and concrete structures.

Throughout the course, students will also learn how to use RCDC for structural detailing and drafting to simplify the design process. The course is divided into eleven weeks, with each week covering specific topics related to the use of staad pro connect edition.

By the end of the course, students will have gained a comprehensive understanding of the fundamental principles of staad pro connect edition and how to apply them to real-world scenarios. The course content is designed to promote hands-on learning and practical application of the concepts covered, making it an ideal choice for those seeking to enhance their skills in structural engineering.

10. STAAD Pro – Analysis of Steel Structures: Examples & Theory by Islam Abdelaty (Udemy)

The STAAD Pro – Analysis of Steel Structures course is led by instructor Islam Abdelaty and covers the structural analysis of low-rise industrial and multi-story residential/commercial steel buildings. The course adheres to international norms such as American codes and standards, and discusses topics such as assigning load combinations, crane, wind, and seismic load applications, and crane runway beam design. The course also covers deflection checks, optimization of steel section sizes, and design of composite beam, deck slab, purlins, truss, and more. Course content includes an introduction, steel material properties and mechanics, STAAD Pro basics, wind load theory and application, design parameters, serviceability and member optimization, postprocessing view and generating STAAD report, crane loads, reading drawings of workshop with crane, seismic load in multi-story buildings, and references.

The course is designed to provide professionals with the knowledge necessary to properly analyze low-rise steel buildings using STAAD Pro. The course covers a wide range of essential topics, including load combinations, thermal loads, and deflection checks, as well as more advanced topics such as composite beam design and roof truss analysis. The course also includes practical applications such as crane load design and reading workshop drawings with a crane.

The course is divided into sections, with each section covering a specific topic. The course begins with an introduction and covers steel material properties and mechanics. Next, the course covers the basics of STAAD Pro and wind load theory and application. The course then covers design parameters, serviceability and member optimization, and postprocessing view and generating STAAD report. The course then covers crane loads and reading drawings of workshop with a crane. Purlin design in STAAD, seismic load in multi-story buildings, floating column, jack beam, and stability concept, composite beam design, deck slab design, and roof truss analysis in STAAD are also covered. References are provided for further reading.