Architectural Drawing II and Lab

Course Description

Architectural Drawing II and Lab covers intermediate principles of architectural drawing, space utilization, and visual design, while developing competency in construction documents using the latest industry software.

Within the SCNS taxonomy, BCN is the Building Construction prefix and the C suffix marks a combined lecture-and-laboratory course. Daytona State publishes this at 3 credits, offered spring, with BCN1251C and ETD2320C as prerequisites and a $10.90 laboratory fee. ⚠ The single term of offering, behind two prerequisites, is worth planning around.

The phrase "construction documents" is what separates this from drawing as a graphic exercise. A construction document set is not a picture of a building — it is a complete, coordinated instruction to build one, and it is a contract document. Everything that makes drafting demanding follows from that: the set must be internally consistent, it must be complete enough that nothing is left to guesswork, and it must be legible to a plans examiner, an estimator, and a carpenter, who each read it differently.

Daytona State does not publish a contact-hour figure for this course. Its C-suffixed courses run at 20 contact hours per credit — BCN1251C and FSS1222C are both live at 3 credits and 60 hours — while its unsuffixed lecture courses run at 15. This course is priced at the combined-course convention.

Learning Outcomes

Required Outcomes

• Produce a complete set of architectural construction documents.
• Describe the organisation and sequence of a drawing set.
• Draw floor plans at appropriate scale with correct conventions.
• Draw building elevations and describe what each communicates.
• Draw building and wall sections.
• Draw and coordinate construction details.
• Produce door, window, and finish schedules.
• Coordinate schedules with plans and details.
• Apply dimensioning conventions correctly and consistently.
• Apply architectural symbols, line weights, and notation standards.
• Apply layering and drawing management standards.
• Use industry software to produce documents efficiently.
• Describe building information modelling and its advantages.
• Apply principles of space planning and utilisation.
• Apply visual design principles to plan and elevation.
• Describe circulation, adjacency, and functional planning.
• Apply accessibility requirements to plan layout.
• Describe egress requirements and their effect on planning.
• Coordinate architectural drawings with structural and other disciplines.
• Identify and resolve conflicts between disciplines.
• Describe code requirements affecting the documents.
• Describe permit submittal requirements.
• Check a drawing set for completeness and consistency.
• Manage revisions and issue drawings correctly.

Optional Outcomes

• Describe site plans and civil coordination.
• Describe structural documentation at an awareness level.
• Describe mechanical, electrical, and plumbing coordination.
• Describe rendering and presentation drawings.
• Describe specifications and their relationship to drawings.
• Describe sustainable design documentation.

Major Topics

Required Topics

• Complete construction document sets
• Set organisation and sequence
• Floor plans
• Elevations
• Building and wall sections
• Details
• Schedules
• Schedule coordination
• Dimensioning conventions
• Symbols, line weights, and notation
• Layering and drawing management
• Industry software
• Building information modelling
• Space planning
• Visual design principles
• Circulation and adjacency
• Accessibility in plan
• Egress and planning
• Multi-discipline coordination
• Conflict identification and resolution
• Code requirements
• Permit submittal
• Set checking
• Revision management

Optional Topics

• Site plans and civil coordination
• Structural documentation
• MEP coordination
• Rendering and presentation
• Specifications
• Sustainable design documentation

Resources & Tools

• Florida Building Code (floridabuilding.org) — free to view online, including the product approval database; the code you actually draw to.
• Your local building department — permit submittal requirements and local amendments; plans examiners will usually tell you what they look for if you ask.
• The National CAD Standard and AIA layer conventions — the drawing standards employers expect familiarity with.
• Software student licences — AutoCAD, Revit, SolidWorks and others are free for students; install one and use it outside class, because fluency is built in hours.
• Manufacturers' technical literature and details — free, and it is where real detailing conventions are learned.
• Build a portfolio of complete drawing sets — not single sheets. Employers want to see that you can carry a project through.

Career Pathways

• Architectural and civil drafters — SOC 17-3011.
• Mechanical drafters — SOC 17-3013.
• BIM technician and coordinator — the growth area in this field, and better paid than traditional drafting.
• Construction estimating and quantity take-off — drawing literacy is the core skill.
• Construction project coordination and field engineering.
• Building inspection and plans examination — SOC 47-4011; a common later-career move, and Florida licenses these roles.
• Manufacturing and tooling design support — see this repository's ETD guides.
• Architecture and engineering — ⚠ both are licensed professions requiring accredited degrees; drafting experience is valuable preparation but is not a route to licensure by itself.
• Florida's construction sector is large and cyclical — driven by population growth and storm recovery, and it contracts sharply in downturns. Plan for that.

Special Information

⚠ Coordination is the work — and the errors are always at the boundaries

• A drawing set is a system, and its defects are almost never inside a single sheet. They are between sheets: a dimension on the plan that disagrees with the section, a door on the plan that is not in the schedule, a detail referenced from nowhere.
• ⚠ Check references both ways. Every detail called out should exist, and every detail drawn should be called out — orphaned details and dead references are the commonest set defect.
• Dimension strings must close. Add them up; a string that does not total the overall dimension is a real error that will be built.
• Coordinate schedules with what is drawn. A window schedule and a plan that disagree will be resolved on site by whoever is standing there, which is not the design decision anyone intended.
• ⚠⚠ Vertical coordination is where multi-storey sets fail — a stair, a shaft, or a column line that does not align between floors. Overlay the plans and look.
• Draw the same thing once. Information repeated on several sheets is information that will be updated on some of them.
• Model rather than draw where the software allows it. Building information modelling coordinates automatically what a two-dimensional set relies on a person to check — which is why the industry moved, and why BIM skills pay more.
• Print the set and read it on paper before issuing. Errors invisible on a screen at one zoom level are obvious across a printed sheet.
• Have someone else check it. You cannot proofread your own drawing any more than your own writing.

⚠⚠ Construction drawings are legal instruments, not illustrations

• A set of construction documents forms part of the contract between the owner and the contractor, and it is what a permit is issued against and what an inspector inspects to. What is drawn is what is owed.
• ⚠ An error on a drawing becomes an error in a building, and it is discovered when something does not fit — at which point it costs orders of magnitude more than it would have on paper.
• Drawings and specifications work together, and where they conflict the contract documents establish which governs. Never assume the drawing settles a question the specification also addresses.
• ⚠⚠ Do not scale from drawings for construction. Written dimensions govern; a scaled measurement from a print that has been reproduced, folded, or resized is unreliable, and this is a standing note on nearly every drawing set for exactly that reason.
• Revisions must be tracked and issued formally. A revision clouded, numbered, and dated is a controlled change; a marked-up print circulating informally is how two trades build to different information.
• ⚠ Work from the current issue. Superseded drawings on a site are a genuine and common cause of rework — check the revision before you build to it.
• Request information rather than assuming. A formal request for information takes days; guessing wrong takes weeks and money.
• ⚠ Sealed drawings carry professional liability. Engineering and architectural documents are sealed by a licensed professional under Chapters 471 and 481, Florida Statutes — a drafter prepares them; a licensee is accountable for them.
• Keep the record set. As-built information is what the next renovation depends on, and its absence is why renovation is expensive.

⚠⚠ Florida drawings carry wind design information that most of the country's do not

• Florida's building code is shaped by hurricanes, and construction documents here carry information a set from most other states would not.
• Expect a wind design data block stating design wind speed, exposure category, risk category, and enclosure classification — and understand that those values drive the connections and the product selections shown elsewhere in the set.
• ⚠⚠ The continuous load path is what the connection details exist to create — roof to wall, wall to floor, floor to foundation. A single missing connection defeats every other connection in the chain, which is why straps and hold-downs are drawn and scheduled explicitly.
• ⚠ Product approval matters here. Windows, doors, roofing, and shutters require Florida Product Approval or, in High-Velocity Hurricane Zones, Notice of Acceptance — and the approval numbers appear on the drawings because the inspector checks them.
• High-Velocity Hurricane Zone requirements are more stringent and apply in specific counties; a detail acceptable elsewhere in Florida may not be acceptable there.
• Flood zone and elevation requirements appear on drawings in much of coastal Florida, and finished floor elevation is a permit condition rather than a design preference.
• Energy code compliance documentation accompanies the set, and it constrains envelope and glazing decisions.
• ⚠ Rule 11 applies. The Florida Building Code is revised on a cycle and local amendments exist — verify the edition in force with the local building department rather than relying on a course guide.

How Florida course levels affect transfer

The first digit of an SCNS number denotes the year of offering, not transferability. Courses at the 1000 and 2000 levels transfer transparently between Florida public institutions, and 3000 to 4000 is unproblematic since both are upper division. The boundary that actually matters is 2000 to 3000, where lower-division credit generally cannot satisfy an upper-division requirement.

BCN1253C is 3 credits and approximately 60 contact hours, offered spring only at Daytona State, with a $10.90 laboratory fee.

See this repository's BCN1251C, ETD2320C and BCT1040 guides for the surrounding courses.