Architectural Drafter (TDR0570)

Course Description

TDR0570 – Architectural Drafter is a 150-hour Florida Department of Education (FDOE) Career and Technical Education (CTE) course within the Architecture & Construction career cluster, Engineering Technologies / Technical Drafting taxonomy. It represents Occupational Completion Point D in the Architectural Drafting program sequence.

The purpose of this course is to prepare students for employment or advanced training in the architectural drafting industry and related fields. Instruction focuses on the production of complete commercial building drawing sets using industry-standard CAD software, interpretation of building codes and ordinances, preparation of utility system plans, and creation of presentation-quality drawings. Content includes, but is not limited to, computer-aided design (CAD) techniques applied to commercial architectural and MEP (Mechanical, Electrical, and Plumbing) documentation.

Learning Outcomes

Required Outcomes

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

• Interpret commercial catalogs, specifications, technical tables, building codes, and ordinances applicable to commercial construction.
• Prepare a complete commercial site plan using CAD software.
• Prepare a floor plan with full dimensions, room labels, and required annotations.
• Prepare a foundation plan with dimensions and a footing schedule.
• Prepare a roof plan including a drainage plan and a roof framing plan.
• Prepare exterior and interior elevation drawings to industry standards.
• Prepare building section drawings showing structural and finish conditions.
• Prepare door and window schedules coordinated with floor plan drawings.
• Prepare a commercial electrical plan and associated riser diagram.
• Prepare a plumbing plan for a commercial building.
• Prepare an HVAC plan (heating, ventilating, and air-conditioning) for a commercial building.
• Prepare presentation drawings suitable for client or permit review.
• Integrate drawing sets into a coordinated commercial construction document package.
• Apply professional ethics and legal responsibilities relevant to the design and construction industry.
• Demonstrate employability and career-readiness skills appropriate to the architectural drafting field.

Optional Outcomes

The following outcomes may be addressed depending on institutional resources and instructional emphasis:

• Convert computer-aided 3-D or Building Information Modeling (BIM) models to rapid prototypes of building designs or components.
• Engage in project planning activities to expedite the completion of architectural projects (scheduling, phasing, sheet organization).
• Prepare colored or shaded pictorial renderings for client presentation.
• Prepare a detailed landscape plan coordinated with the site plan.
• Investigate sustainability issues related to the design, construction, and maintenance of the built environment.
• Research and apply knowledge of the history of the built environment as context for design decisions.
• Maintain a design portfolio of exemplary drawings produced during the course.

Major Topics

Required Topics

• Commercial Building Codes & Specifications – Interpretation of local, state (Florida Building Code), and national codes; reading commercial catalogs and technical tables.
• Commercial Site Planning – Site plan layout, setbacks, parking, accessible routes, and drainage annotation.
• Floor Plan Production – Walls, doors, windows, stairs, cabinets, fixtures, appliances, and full dimensioning for commercial occupancy types.
• Foundation & Structural Plans – Foundation types, footing schedules, slab details, and structural notation common in Florida construction.
• Roof Plans – Roof framing plans, drainage patterns, scuppers, and slope annotation.
• Elevation & Section Drawings – Exterior elevations showing grade lines, fenestration, and finishes; building sections showing structural and MEP conditions.
• Door & Window Schedules – Creation and coordination of schedules with plan and elevation drawings.
• Electrical Plans & Riser Diagrams – Panel layouts, circuit routing, lighting plans, and single-line riser diagrams.
• Plumbing Plans – Fixture layout, waste and vent lines, water supply, and isometric diagrams for commercial buildings.
• HVAC Plans – Duct layout, equipment schedules, diffuser/grille locations, and coordination with architectural drawings.
• Presentation Drawings – Rendered floor plans, colored elevations, and perspective views for client or permit submittals.
• Drawing Set Integration – Assembly and coordination of a complete commercial construction document package (cover sheet, A-series, M/E/P sheets, specifications index).
• CAD Standards & File Management – Layer naming conventions, title blocks, sheet sizes, plotting/publishing, and file organization per industry standards.
• Professional Ethics & Employability – Workplace expectations, professional conduct, intellectual property, and career pathway planning in the AEC industry.

Optional Topics

• Building Information Modeling (BIM) Fundamentals – Introduction to Revit or equivalent BIM platform; model-based documentation workflow.
• 3-D Modeling & Rapid Prototyping – Conversion of CAD or BIM models to 3-D printed prototypes of building components.
• Sustainability in Design – Green building principles, energy efficiency strategies, and LEED-aligned documentation practices.
• Landscape & Site Detail Plans – Planting plans, hardscape details, and irrigation schematics coordinated with the site plan.
• History of the Built Environment – Architectural styles, movements, and their influence on contemporary commercial design.
• Technical Illustration & Rendering – Axonometric and perspective rendering techniques using CAD or visualization software.
• Portfolio Development – Curation and presentation of student work samples with written narratives describing techniques and design intent.

Resources & Tools

• AutoCAD (Autodesk) – Primary 2D drafting software for all commercial drawing production.
• Autodesk Revit – BIM platform used for 3-D model-based architectural documentation (where available).
• Florida Building Code (FBC) – Current edition required for code interpretation exercises.
• Architectural Graphics Standards (Ramsey/Sleeper) – Reference for drawing conventions, material symbols, and detail standards.
• AIA Contract Documents / Sheet Numbering Standards – Industry conventions for drawing organization and title block content.
• CAD-equipped Computer Lab – Workstations with current Autodesk software licenses, large-format plotters, and PDF publishing tools.
• Autodesk Education Community (autodesk.com/education) – Free student software licenses and tutorial resources.
• FDOE CTE Curriculum Framework – Architecture (2025–26) – Official competency standards for TDR0570.

Career Pathways

Completion of TDR0570 prepares students for immediate entry-level employment and provides a foundation for advancement in the Architecture, Engineering, and Construction (AEC) industry.

• Architectural Drafter – Produces construction documents for residential and commercial projects under the supervision of a licensed architect.
• CAD Technician / CAD Operator – Creates and manages digital drawing files for engineering or architectural firms.
• Civil Drafter – Applies drafting skills to site engineering, roadway, and utility projects (see also TDR0874).
• Structural Drafter – Produces structural drawings for buildings and infrastructure (see also TDR0875).
• BIM Coordinator / Technician – Manages model-based project data and coordinates between architectural, structural, and MEP disciplines.
• Construction Estimator / Plan Reader – Uses drawing literacy to quantify materials and scope for bidding purposes.
• Further Education – Credits and competencies may stack toward an A.S. in Computer-Aided Drafting and Design or Architectural Design and Construction Technology at Florida colleges.

Special Information

Occupational Completion Point: TDR0570 is Occupational Completion Point D in the Florida Architectural Drafting program sequence (TDR0070 → TDR0370 → TDR0570). Completing this OCP certifies the student as job-ready at the Architectural Drafter level.

Industry Certification Preparation: This course prepares students to sit for the following industry-recognized credentials:

• Autodesk Certified User (ACU) – AutoCAD: Entry-level credential validating 2D drafting proficiency in AutoCAD; aligned to the software skills developed throughout this course.
• Autodesk Certified Professional (ACP) – AutoCAD for Design and Drafting: Advanced credential for students with substantial hands-on AutoCAD experience; validates complex 2D/3D drafting, annotation, layering, and project workflow skills.
• Autodesk Certified User – Revit: Recommended for students who complete optional BIM topics; validates foundational BIM and model documentation skills.
• American Design Drafting Association (ADDA) – Drafter Certification: Nationally recognized credential from the ADDA that validates drafting knowledge and professional standards across disciplines.

Florida Building Code Awareness: Instruction incorporates the current edition of the Florida Building Code to ensure graduates understand the regulatory environment specific to construction document production in Florida.

Program Sequence Note: Students who complete TDR0570 may continue into specialty OCP courses including Civil Drafter (TDR0874), Mechanical Drafter (TDR0777), and Structural Drafter (TDR0875), each also 150 hours, to broaden their drafting specialization.