Advanced Seismic Analysis and Design of Steel Buildings using ETABS and IDEA StatiCa

About Course

This course offers a comprehensive introduction to the principles and practices of structural steel design. Covering both theoretical foundations and real-world applications, it is prepared for civil engineering students, recent graduates, and professionals seeking to strengthen their knowledge in designing safe, economical, and code-compliant steel structures using ETABS and Idea StatiCa.

Who Should Join:

Civil engineering students, fresh graduates, structural designers, or professionals looking to update their skills in modern steel design practices.

Programs:

ETABS
Idea StatiCa

Course Content

Files

Course Files

00:00

Lessons

SDC- Lecture 1- Part 1- Seismic Design Category

29:37
SDC- Lecture 1- Part 2- Introduction to Structural Systems

25:44
SDC- Lecture 2- Part 1- Define Grids and Story Data

44:19
SDC- Lecture 2- Part 2- Define Material and Frame Section Properties

35:48
SDC- Lecture 3- Part 1- Define Composite and Metal Deck Slab Sections

28:29
SDC- Lecture 3- Part 2- Draw Structural Members

39:48
SDC- Lecture 4- Part 1- Define Diaphragms and Introduction to Structural Analysis Methods

33:13
SDC- Lecture 4- Part 2- Define Gravity and Lateral Load Patterns, and Mass Source

46:57
SDC- Lecture 5- Part 1- Define P-delta Options and Load Combinations

35:12
SDC- Lecture 5- Part 2- Define Notional Loads, Joint Restraints and End-Length Offsets

35:54
SDC- Lecture 6- Part 1- Assign Panel Zone, Moment Releases and Floor Diaphragm

40:50
SDC- Lecture 6- Part 2- Assign Dead, Live, Partitions and Snow Loads

49:48
SDC- Lecture 7- Part 1- Mass Loads

33:08
SDC- Lecture 7- Part 2- Analyzing Settings, Run Analysis and Display Results

51:52
SDC- Lecture 8- Part 1- Horizontal Irregularities

30:04
SDC- Lecture 8- Part 2- Vertical Irregularities

37:01
SDC- Lecture 9- Part 1- Check of Time Period

28:14
SDC- Lecture 9- Part 2- Check of Torsion Irregularity and Drift

44:40
SDC- Lecture 10- Part 1- Draw Concrete Walls and Stairs

38:33
SDC- Lecture 10- Part 2- Calculate and Assign Stair and Elevator Loads

22:15
SDC- Lecture 11- Part 1- Design Preferences

43:42
SDC- Lecture 11- Part 2- Check of Redundancy Factor

36:40
SDC- Lecture 12- Part 1- Design Overwrites- 1

47:03
SDC- Lecture 12- Part 2- Design Overwrites- 2

25:10
SDC- Lecture 13- Part 1- Define Load Combinations

48:40
SDC- Lecture 13- Part 2- Start Design and Display Design Information

39:16
SDC- Lecture 14- Part 1- Lateral Bracing of Beams & Finalize Design Sections

36:44
SDC- Lecture 14- Part 2- Continuity and Doubler Plates

29:11
SDC- Lecture 15- Part 1- Composite Beam Design Preferences

40:31
SDC- Lecture 15- Part 2- Composite Beam Design Overwrites

27:13
SDC- Lecture 16- Part 1- Introduction to IDEA StatiCa

27:18
SDC- Lecture 16- Part 2- Introduction to Steel Connections

40:01
SDC- Lecture 17- Part 1- Failure Modes of Connections

27:47
SDC- Lecture 17- Part 2- Design of Simple Connections

45:42
SDC- Lecture 18- Part 1- Design of Rigid Connections

27:15
SDC- Lecture 18- Part 2- Design of Base Plates

57:00

About Course

Who Should Join:

Programs:

Course Content

Files

Course Files

Lessons

SDC- Lecture 1- Part 1- Seismic Design Category

SDC- Lecture 1- Part 2- Introduction to Structural Systems

SDC- Lecture 2- Part 1- Define Grids and Story Data

SDC- Lecture 2- Part 2- Define Material and Frame Section Properties

SDC- Lecture 3- Part 1- Define Composite and Metal Deck Slab Sections

SDC- Lecture 3- Part 2- Draw Structural Members

SDC- Lecture 4- Part 1- Define Diaphragms and Introduction to Structural Analysis Methods

SDC- Lecture 4- Part 2- Define Gravity and Lateral Load Patterns, and Mass Source

SDC- Lecture 5- Part 1- Define P-delta Options and Load Combinations

SDC- Lecture 5- Part 2- Define Notional Loads, Joint Restraints and End-Length Offsets

SDC- Lecture 6- Part 1- Assign Panel Zone, Moment Releases and Floor Diaphragm

SDC- Lecture 6- Part 2- Assign Dead, Live, Partitions and Snow Loads

SDC- Lecture 7- Part 1- Mass Loads

SDC- Lecture 7- Part 2- Analyzing Settings, Run Analysis and Display Results

SDC- Lecture 8- Part 1- Horizontal Irregularities

SDC- Lecture 8- Part 2- Vertical Irregularities

SDC- Lecture 9- Part 1- Check of Time Period

SDC- Lecture 9- Part 2- Check of Torsion Irregularity and Drift

SDC- Lecture 10- Part 1- Draw Concrete Walls and Stairs

SDC- Lecture 10- Part 2- Calculate and Assign Stair and Elevator Loads

SDC- Lecture 11- Part 1- Design Preferences

SDC- Lecture 11- Part 2- Check of Redundancy Factor

SDC- Lecture 12- Part 1- Design Overwrites- 1

SDC- Lecture 12- Part 2- Design Overwrites- 2

SDC- Lecture 13- Part 1- Define Load Combinations

SDC- Lecture 13- Part 2- Start Design and Display Design Information

SDC- Lecture 14- Part 1- Lateral Bracing of Beams & Finalize Design Sections

SDC- Lecture 14- Part 2- Continuity and Doubler Plates

SDC- Lecture 15- Part 1- Composite Beam Design Preferences

SDC- Lecture 15- Part 2- Composite Beam Design Overwrites

SDC- Lecture 16- Part 1- Introduction to IDEA StatiCa

SDC- Lecture 16- Part 2- Introduction to Steel Connections

SDC- Lecture 17- Part 1- Failure Modes of Connections

SDC- Lecture 17- Part 2- Design of Simple Connections

SDC- Lecture 18- Part 1- Design of Rigid Connections

SDC- Lecture 18- Part 2- Design of Base Plates

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