Structural Design Package

Structural Design Package

Course Overview
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The Structural Design Package training in Nepal by Broadway Infosys offers structural engineering comprising structure design and analysis, steel design, concrete design, foundation design, and seismic design and many more. Also, the course comprehensively guides on how to model and analyze structures using tools commonly used in the industry, like ETABS, SAP2000, SAFE, and STAAD–Pro.

Students will be well-prepared for real-world issues in the field of structural design thanks to the course's practical exercises and projects, which are included and taught by qualified trainers with experience in the field.

Benefits of Structural Design Package

  • Learn complete RCC and steel structure design
  • Gain hands-on experience with real-world building projects
  • Master ETABS, SAFE, SAP2000, and RAM connection tools
  • Prepare municipal reports and structural drawings
  • Build skills in rebar calculation and detailing
  • Learn steel connection design and optimization
  • Boost confidence to work on-site and in consultancy roles
  • Increase job prospects in the civil and structural engineering field

Benefits of Structural Design Package at Broadway Infosys

  • A thorough program that covers theoretical ideas, real-world applications, and software tools that are commonly used in the industry
  • Trainers with substantial structural design experience who have worked in the industry
  • Real-world projects are used as the basis for practical training
  • Individualized instruction to meet the requirements and learning styles of each learner
  • Job-focused instruction to get individuals ready for the workforce
  • Career support by preparing for interviews and helping with job placement
  • Affordable price to enable individuals from all backgrounds to access it
  • After completion, a recognized certification is awarded

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Frequently Asked Questions

The Structural Design Package course at Broadway Infosys Nepal is a comprehensive program that teaches students the fundamental principles of structural design, including the analysis and design of structures using software tools such as ETABS, STAAD-Pro, SAFE, and SAP2000.

The Structural Design Package course at Broadway Infosys Nepal is open to anyone interested in structural design. There are no specific eligibility requirements for this course.

The Structural Design Package course at Broadway Infosys Nepal is a 120-hour program that typically takes around 6 to 8 weeks to complete.

The fees for the Structural Design Package course at Broadway Infosys Nepal vary based on the mode of training and the type of course (online or offline). For more information, students can inquire at [email protected].

The Structural Design Package course at Broadway Infosys Nepal teaches students how to use software tools such as ETABS, STAAD-Pro, SAFE, and SAP2000, commonly used in the structural design industry.

Yes, students who complete the Structural Design Package course at Broadway Infosys Nepal will receive a certificate of completion.

After completing the Structural Design Package course at Broadway Infosys Nepal, students can pursue career opportunities as structural engineers, construction managers, or designers for engineering firms, construction companies, government agencies, or NGOs involved in infrastructure development projects.

Yes, the Structural Design Package course at Broadway Infosys Nepal is designed for students and professionals interested in learning about structural design.

The Structural Design Package course at Broadway Infosys Nepal is available in both online and offline training modes.

Students interested in enrolling in the Structural Design Package course at Broadway Infosys Nepal can inquire at [email protected] or visit the official website of Broadway Infosys Nepal for more information.

The fees for the Structural Design Package course at Broadway Infosys Nepal vary based on the mode of training and the type of course (online or offline). For detailed information about the fees, don't hesitate to contact Broadway Infosys Nepal at [email protected]. The Broadway Infosys team will provide you with all the information you need about the fees and any other questions you may have about the course.

Lesson 1: RCC, Steel Structure Analysis (3 Weeks)

  • Introduction to RCC Structure Modeling,Analysis,Design.
  • Classes of building (CLASS A,CLASS B,CLASS C,CLASS D)
  • Study of Various Design Code of RCC Structure.

  • Overview of ETABS
  • Getting Help
  • Templates & Defaults
  • Graphical User Interface
  • ETABS Screen Menus
  • Unit System
  • Co-ordinate System

  • Starting a Model
  • New model Quick Templates
  • Grid System Data
  • Add Structural Aspects
  • Edit Stories & Grid Systems
  • Add Grid at Selected Joints
  • Grid options
  • Save the Model

  • Duplicate
  • Extrude
    1. Extrude joints to frames
    2. Extrude frame to shells
  • Merge joints
  • Align Joints / Frames / Shells
  • Move Joints/Frames/Shells
  • Edit Frames
  • Edit Shells

  • Material Properties,Section properties,Load pattern,Shell Uniform Load Sets
  • Load Cases
  • Load Combinations

  • Draw grids,Draw dimension lines,Draw joint objects,draw beam/column/brace objects,Draw floor /Wall Objects,Draw reference points,Draw reference planes,Draw stack walls.

  • Select,Deselect,Inverse selection

  • Joint,Frame,Shell,Joint Objects,Frame Loads,Shell Loads

  • Residential & Commecial Building
  • RCC building with various structural components (Isolated footing,Column,Beam,Slab,Staircase)

Design of  Various structural components

  • Extract and Design of Footing,Column,Beam,Slab,Staircase.
  • Excel sheet design for Typical Structural Components.

MODELING + ANALYSIS+DESIGN+REPORT

  • Shear wall, Retaining wall:
  • Basic course of Steel Structure:
  1. Steel Deck Slab system.
  2. Steel truss structure system.

MODELING + LOAD ASSIGN +ANALYSIS+DESIGN+MUNICIAPL REPORT+STRUCTURAL DRAWING

  • Introduction  to SAP 2000
  • Preliminary Design
  • Modeling of building
  • Load application
  • Calculation of Seismic weight ,base shear and storey shear
  • Application of lateral load
  • Defining mass source,diaphragm and meshing the slab
  • Analyzing and designing the building in SAP 2000
  • Detailing of structural members
  • Response spectrum analysis & design
  • Time history analysis
  • Design of slab
  • Design excel sheets (Footing ,column,beam,slab,staircase)

  • Residential & commercial building
  • Steel truss structures
  • Steel deck slab design

  • Introduction to SAFE: This covers an introduction to the software, its features, user interface, and the various types of structures that can be analyzed using the software.
  • Modeling: This covers how to create a model in SAFE, including the definition of structural elements such as slabs, footings, and the application of various types of loads and boundary conditions.
  • Analysis: This covers the various types of analyses that can be performed in SAFE, including linear, nonlinear, static, and dynamic analyses, and the interpretation of analysis results.
  • Design: Footings ,slab
  • Rebar calculations

  • Introduction to steel connection design: Basic concepts and terminology used in connection design, types of connections, and their functions.
  • RAM Connection Interface: Navigating the software interface, creating projects, defining model properties, and assigning material properties.
  • Connection Types: Analysis and design of simple shear connections, moment connections, bracing connections, and column splices.
  • Connection Behavior and Design Principles: Understanding connection behavior, connection design principles, limit states, and design loads.
  • Connection Design Parameters: Determination of bolt spacing and edge distance, bolt diameter, and other connection design parameters.
  • Design Optimization: Identifying opportunities for optimization and cost reduction through the use of standard details and various connection types.
  • Loading and Analysis: Defining load cases and load combinations, performing structural analysis, and evaluating the results.
  • Design Checks: Performing design checks to ensure that the connection design meets code requirements, including capacity checks, stiffness checks, and stability checks.
  • Detailing and Documentation: Generating detailed drawings of connections, including fabrication and erection drawings, and producing reports summarizing the design and analysis results.
  • Advanced Topics: Advanced topics may include designing complex connections, modeling non-standard connection types, and applying connection design concepts to large-scale structures.
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