Structural Drafter

Course Description

This course prepares students for entry-level employment as a Structural Drafter in the Architecture and Construction career cluster. The course provides competency-based, applied learning in the interpretation and production of structural drawings for wood, steel, and concrete construction systems. Students develop proficiency in both manual drafting techniques and industry-standard Computer-Aided Drafting and Design (CADD) software, with emphasis on meeting professional drawing standards required by engineering and architectural firms. This course represents an Occupational Completion Point (OCP) within Florida's Drafting and CADD Technology program (TDR program series) and is governed by the Florida Department of Education Curriculum Frameworks under the Engineering Technologies / Technical Drafting taxonomy.

The course content is aligned with Florida FDOE standards and the Architecture and Construction career cluster. It includes coherent and rigorous content aligned with challenging academic standards, higher-order reasoning, problem-solving skills, work attitudes, general employability skills, and occupation-specific technical skills.

Learning Outcomes

Required Outcomes

Upon successful completion of this course, students will be able to:

• Interpret and produce structural drawings for wood frame, structural steel, and reinforced concrete construction systems.
• Apply proper dimensioning, notation, and symbology to structural drawings in accordance with industry standards (ANSI/ASME Y14 and related standards).
• Produce accurate multi-view orthographic drawings, sections, details, and structural schedules.
• Use AutoCAD or equivalent CADD software to create, modify, layer, dimension, and plot structural drawings.
• Read and interpret construction documents, including working drawings, written specifications, bid forms, and contract documents.
• Identify structural material properties including dimension lumber, engineered lumber, steel shapes, concrete, reinforcing steel (rebar), and concrete masonry units (CMU).
• Apply workplace safety practices consistent with OSHA regulations and industry standards in a drafting lab environment.
• Demonstrate professional work habits, employability skills, and ethical standards appropriate to the drafting field.
• Collaborate with engineers, designers, and other technical professionals to translate design intent into accurate working drawings.

Optional Outcomes

The following outcomes may be covered depending on program resources and institutional emphasis:

• Use Revit Structure or Building Information Modeling (BIM) software for structural documentation.
• Perform basic structural load analysis and produce free-body diagrams and shear/bending moment diagrams.
• Create 3D structural models from 2D drawings using parametric CADD tools.
• Produce structural drawings for civil or site-related elements such as retaining walls and foundations.
• Apply green building and sustainability principles (e.g., USGBC LEED guidelines) as they relate to structural material selection.
• Prepare basic material lists and quantity take-offs from structural drawings.

Major Topics

Required Topics

• Structural Drawing Fundamentals — Line types, drawing scales, symbols, abbreviations, title blocks, and sheet organization for structural drawings.
• Materials of Construction — Properties and identification of dimension lumber, heavy timber, engineered lumber, structural steel shapes (W, S, C, L, HSS), reinforcing steel, concrete, and concrete masonry units (CMU).
• Wood Frame / Light Frame Construction Drawings — Interpretation and production of floor plans, framing plans, beam schedules, and connection details for residential and light commercial wood construction.
• Structural Steel Drawings — Plans, elevations, sections, and connection details for structural steel systems; beam, column, and connection schedules; interpretation of structural steel specifications.
• Reinforced Concrete Drawings — Foundation plans, slab drawings, column and beam schedules, rebar placement details, and concrete formwork drawings.
• Sections and Details — Production of building sections, wall sections, and enlarged structural details for wood, steel, and concrete assemblies.
• CADD Operations — AutoCAD commands including drawing setup, layers, linetypes, dimensions, text, blocks, external references (Xrefs), plotting, and basic 3D operations.
• Construction Documents and Specifications — Reading and interpreting contract documents, technical specifications, bid forms, and material standards.
• Industry Standards — Application of ANSI/ASME drawing standards and industry drafting conventions to structural drawing sets.
• Workplace Safety and Employability — OSHA safety regulations, professional work ethics, employability skills, and career planning in the drafting field.

Optional Topics

• Building Information Modeling (BIM) — Introduction to Revit Structure or similar BIM platforms for structural documentation and coordination.
• Basic Structural Concepts — Introduction to load paths, force systems, shear and bending moment diagrams, and basic beam design principles.
• 3D Structural Modeling — Creating three-dimensional structural models from 2D drawings using AutoCAD or parametric software.
• Sustainability and Green Building — Overview of USGBC LEED guidelines and sustainable structural material selection.
• Civil and Site Structural Elements — Retaining walls, site grading, and utility drawings as they relate to structural design.
• Quantity Take-offs and Material Lists — Preparing basic material lists and schedules from completed structural drawing sets.

Resources & Tools

• Software: Autodesk AutoCAD (primary), Autodesk Revit Structure (optional/supplemental), Autodesk Inventor (optional)
• Drawing Standards References: ANSI/ASME Y14 Series Drawing Standards; ACI (American Concrete Institute) and AISC (American Institute of Steel Construction) standards references
• Hardware: CADD computer lab with current workstations; plotters/printers for full-size drawing output
• Supplemental Tools: Manual drafting instruments (drafting boards, scales, triangles) for foundational exercises; architectural and engineering scales
• Reference Materials: Florida Building Code (structural provisions); Architectural Graphic Standards; Sweets Catalog / manufacturer structural data
• Learning Management System (LMS): Canvas or equivalent for assignment submission, course materials, and grading

Career Pathways

Completion of TDR0875 prepares students for entry-level employment and serves as a stepping stone toward advanced credentials in the drafting and engineering fields. Graduates may pursue the following career paths:

• Structural Drafter — Produces structural drawings for engineering and architectural firms, construction companies, and fabricators.
• Architectural Drafter — Creates construction documents for residential and commercial building projects.
• Civil Drafter — Prepares topographical maps, site plans, and infrastructure drawings for civil engineering projects.
• Steel Detailer — Produces shop drawings and erection drawings for structural steel fabrication.
• CAD Technician / CAD Operator — Supports design teams in engineering, architectural, or construction management firms.
• Construction Project Support Technician — Assists project managers and engineers with drawing management and technical documentation.

Further educational pathways include the Computer-Aided Drafting and Design (CADD) A.S. Degree at Florida state and community colleges, or industry certification programs. Approximately one-third of drafters work in engineering and architectural services, with additional employment in manufacturing, construction, and utilities sectors across Florida.

Special Information

Occupational Completion Point (OCP)

TDR0875 — Structural Drafter — is an Occupational Completion Point (OCP) within Florida's statewide Drafting and CADD Technology program framework. Students who complete this OCP earn a certificate of completion and are deemed employment-ready at the structural drafter level. The broader Drafting program is governed by the Florida Department of Education Curriculum Frameworks under the Architecture and Construction career cluster and spans multiple OCPs totaling up to 1,500 contact hours for the full program sequence.

Industry Certification Preparation

This course supports preparation for the following industry-recognized credentials:

• Autodesk Certified User (ACU) — AutoCAD: Students gain direct hands-on preparation for the Autodesk ACU AutoCAD certification exam through regular CADD lab assignments and project-based learning.
• Autodesk Certified Professional (ACP) — AutoCAD or Revit Structure: Advanced students may pursue professional-level Autodesk certification with supplemental preparation.

Florida Building Code Relevance

Instruction incorporates awareness of Florida-specific structural requirements, including wind load considerations (hurricane resistance) and high-velocity hurricane zone (HVHZ) drawing requirements relevant to structural documentation in South Florida and coastal regions.