MSCE Woodwork study plan
MSCE Woodwork · Give each week a clear focus.
8 weeks · About 7 hours per week
Rough Framing: Floor, Wall, and Ceiling Systems
Identify the five main components of a floor system (sill, girder, joist, subfloor, blocking) and explain their load paths.
Calculate joist spans and spacing using a provided span table for common lumber species and grades.
Describe proper installation of rim joists, blocking, and bridging for stability.
Explain the difference between platform and balloon framing and list two advantages of each.
Your checkpoint
Create a one-page checklist for inspecting a floor system, including at least 10 checkpoints with code references.
Rough Framing: Floor, Wall, and Ceiling Systems
Lay out and detail wall framing for a simple rectangular room, including plates, studs, headers, and cripples.
Compute the number of studs, plates, and headers needed for a given wall length and opening size.
Describe the purpose and installation of let-in bracing and shear panels.
Explain ceiling joist layout and the role of ceiling joists in tying walls together.
Your checkpoint
Produce a material takeoff for a 12 ft by 16 ft room with one window and one door, listing all framing members with quantities and lengths.
Roof Framing and Sheathing
Identify the parts of a gable roof (ridge, common rafter, hip rafter, valley rafter, collar tie) and describe their functions.
Calculate rafter lengths using the Pythagorean theorem and slope ratios for common roof pitches.
Lay out and cut common rafters, including birdsmouth and plumb cuts, using a framing square.
Explain sheathing installation, including panel orientation, nailing patterns, and edge support.
Your checkpoint
Draw a roof framing plan for a 24 ft by 32 ft building with a 6/12 gable roof, labeling all rafters and showing rafter lengths and spacing.
Roof Framing and Sheathing & Stair Layout and Construction
Describe the steps to frame a hip roof, including hip and jack rafter layout.
Calculate stair rise and run using the total rise and desired riser height, ensuring code compliance.
Lay out stringers, including the use of a framing square and stair gauges.
Identify stair code requirements for riser height, tread depth, handrail height, and landing dimensions.
Your checkpoint
Complete a stair layout worksheet: given a total rise of 8 ft 10 in, calculate the number of risers, riser height, tread depth, total run, and stringer length, and sketch the stair section.
Safety, Tools, and Job Site Practices & Wood Materials, Lumber Grades, and Moisture Behavior
List the personal protective equipment required for common woodworking tasks and explain when each is necessary.
Demonstrate safe operation of circular saw, table saw, and nail gun, including kickback prevention and blade guard use.
Identify lumber defects and grading stamps, and explain how moisture content affects lumber selection.
Describe proper lumber storage and acclimation procedures for interior and exterior applications.
Your checkpoint
Create a safety audit checklist for a job site, covering at least 15 hazards and corresponding controls, with references to OSHA or local regulations.
Fasteners, Adhesives, and Joinery & Exterior Finishing: Windows, Doors, Siding, and Trim
Select appropriate fasteners for given applications (e.g., joist hangers, deck ledger, finish trim) based on load and material.
Explain the differences between common adhesives (construction adhesive, wood glue, polyurethane) and their suitable uses.
Describe proper flashing and weather barrier installation around windows and doors.
List siding installation requirements, including clearance from grade, nailing schedules, and expansion gaps.
Your checkpoint
Write a step-by-step procedure for installing a window with proper flashing and air sealing, including a list of materials and tools.
Interior Finishing: Drywall, Doors, Trim, and Cabinetry & Print Reading, Layout, and Estimating
Interpret architectural drawings, including floor plans, elevations, and sections, to extract dimensions and material specifications.
Estimate drywall quantities (sheets, joint compound, tape, screws) for a given room.
Describe proper drywall installation techniques, including screw spacing, joint treatment, and corner bead.
Explain the steps for hanging and trimming interior doors, including jamb installation and hardware preparation.
Your checkpoint
Complete a quantity takeoff for drywall and trim for a 12 ft by 16 ft room with one window and one door, including a cost estimate using local prices.
Codes, Standards, and Inspection Requirements & Safety, Tools, and Job Site Practices & Wood Materials, Lumber Grades, and Moisture Behavior & Fasteners, Adhesives, and Joinery & Rough Framing: Floor, Wall, and Ceiling Systems & Roof Framing and Sheathing & Stair Layout and Construction & Exterior Finishing: Windows, Doors, Siding, and Trim & Interior Finishing: Drywall, Doors, Trim, and Cabinetry & Print Reading, Layout, and Estimating
Review key code requirements from the International Residential Code (IRC) for framing, stairs, and safety glazing.
Practice answering scenario-based questions that integrate multiple domains, such as a framing inspection or a stair violation.
Identify common inspection failures and how to prevent them.
Take a timed 50-question practice exam covering all domains and review incorrect answers.
Your checkpoint
Score at least 80% on the practice exam and create a personalized list of weak areas with a plan to review them before the exam.
Milestones
Week 4: Complete a 20-question quiz on framing and stairs with 80% or higher, and correctly calculate stair layout for three different total rise scenarios.
Week 8: Achieve a passing score (70% or higher) on a full-length practice exam under timed conditions, and demonstrate mastery of at least 8 out of 10 domains.