ASME GDTP Senior Level study plan

Write out from memory the six degrees of freedom and explain how each is constrained by a primary, secondary, and tertiary datum

Construct three datum reference frame scenarios (primary plane/secondary plane/tertiary plane, axis-primary, and two-hole pattern) and label the DOF constrained at each stage

Distinguish between datum features, datums, and datum simulators using Y14.5 terminology and correct the misuse of each in a set of self-written flawed statements

Summarize the scope and authority of Y14.5 and list what the standard does and does not govern

Apply datum feature precedence rules to at least five self-authored part scenarios and justify the chosen primary datum

Differentiate datum feature modifiers (MMB/LMB) from feature control frame modifiers and state the effect of each on the datum reference frame

Match every GD&T symbol in Y14.5 to its name, category (form, orientation, location, profile, runout), and the type of feature it may control

Define each of the key terms (MMC, LMC, actual mating envelope, virtual condition, bonus tolerance) in your own words without looking them up

Calculate bonus tolerance and virtual condition for at least eight position callouts spanning MMC, LMC, and RFS modifiers

Determine the allowable position deviation for a hole and a pin at their respective limits using the boundary method

Explain how a position tolerance at MMC creates a fixed-size boundary and verify that boundary numerically for three examples

Set up and solve a two-feature pattern position problem including a projected tolerance zone

Distinguish form controls (flatness, straightness, circularity, cylindricity) from orientation controls by identifying which require a datum reference

Apply the envelope requirement and the independency principle to determine whether a size feature passes inspection at MMC

Compute the orientation deviation permitted for perpendicularity, parallelism, and angularity callouts applied to surfaces and to axes

Identify rule violations in a set of self-written feature control frames (missing datum, wrong modifier, wrong characteristic for the feature type)

Differentiate profile of a surface from profile of a line and state when each is the appropriate control

Determine the bilateral, unilateral, and unequally disposed profile tolerance zone boundaries for given callouts

Explain how profile can establish a datum and how a profile tolerance interacts with a datum reference frame

Contrast circular runout with total runout and describe what each does and does not control relative to orientation and location

Re-solve the week 3 position problems using the boundary/virtual condition method and reconcile both results

Analyze composite position tolerances by separating the pattern-locating segment from the feature-relating segment

Evaluate a position callout at LMC and explain the inspection implications for a clearance fit

Identify when position, concentricity, or symmetry is the correct control and justify the choice

Walk through a complete inspection sequence for a multi-feature part, ordering measurements to respect datum precedence

Interpret a full feature control frame set on a self-authored drawing and predict accept/reject for six supplied measurement sets

Diagnose common drawing errors that make a part uninspectable and propose corrected callouts

Reconcile profile and position controls applied to the same feature and explain which governs

Complete a timed 60-question cumulative practice exam spanning all ten domains

Review every missed item and trace the error to a specific domain and concept gap

Re-derive the DOF matrix, bonus tolerance method, and virtual condition rules from memory as a final retention check

Build a personal error log categorized by domain and rank remaining weak areas