Structural Steel Management and Detailing
(Optional Co-op)

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Courses - January 2026

Level 1

Course details

Sketching and Graphics
ARCH8011


Introduction to CAD & BIM Technology
ARCH8080


3D Modelling and Detailing
ARCH8120


Steel Structures
CIVL8001


Business Communication and Technical Writing
COMM8171


Conestoga 101
CON0101


Applied Mathematics and Mechanics
MATH8021


Level 2

Course details

Detailing I
ARCH8031


Advanced CAD and Shop Drawing Fundamentals
ARCH8130


Co-op and Career Preparation
CEPR8200


Connection Design and Applications
CIVL8011


Building Construction
CONS8161


Estimating
CONS8171


Project Management
MGMT8511


Level 3

Course details

Co-op Work Term (Structural Steel Management and Detail)
COOP8130


Level 4

Course details

Advanced Shop Drawings
ARCH8051


Detailing II
ARCH8066


Major Project in Structural Steel
ARCH8071


Construction Documents (Contracts, Specifications and Issued for Construction Drawings)
CONS8181


Structural Steel Standard Code of Practice
CONS8191


MRP Principles and Processes
CONS8206


Please note:

Estimated required text and/or learning resource costs are based on the most recent available data through the Conestoga Campus Store.

Program outcomes

  1. Manage structural steel fabrication projects through drafting, procurement, and shipping using business and industry best practices
  2. Participate effectively in a cross-functional team environment using leadership skills and professionalism to achieve project goals
  3. Communicate technical information using written, oral, and graphical strategies with internal and external stakeholders
  4. Interpret the intent of contracts and design documentation to ensure accurate details and identify missing information to clarify project scope and technical requirements
  5. Use appropriate 3D modelling software and applications to prepare shop drawings of steel members, connections and erection drawings for action by the tradesperson building the structure
  6. Examine the relationship between structural steel and other construction components such as reinforced concrete and wall systems to design projects that meet industry expectations
  7. Apply relevant codes, rules and industry standard practices to structural steel shop drawings
  8. Apply the principles of statics and strength of materials to identify loading paths and verify loading conditions for structural members and connections