ACMSO ACMS study plan

ACMSO ACMS · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Manufacturing Process Fundamentals

Map each manufacturing process family (casting, forming, machining, joining, additive) to its defining inputs, outputs, and typical defects
Explain how process selection drives downstream tolerance, cost, and inspection decisions in at least three worked examples
Define 25 core process-vocabulary terms in your own words and self-quiz until recall is fluent

A one-page process-selection decision table with 6 process families, their typical tolerances, and 2 common defects each

Week 2

Compare material property trade-offs (strength, machinability, weldability, cost) across 5 common material classes
Calculate fit and tolerance stack-ups for 5 simple assemblies using worst-case and statistical methods
Distinguish unilateral vs bilateral tolerances and GD&T callouts, and explain when each is appropriate

A tolerance stack-up worksheet solving 5 assembly problems with both worst-case and RSS results

Week 3

Design an inspection plan for a sample part, choosing gauges and sampling frequency justified by feature criticality
Interpret variable vs attribute data and select the correct control chart for 4 scenarios
Compute Cp and Cpk from a provided dataset and state whether the process is capable

A written inspection plan for one sample part listing 8 features, gauge type, sampling rate, and acceptance criteria

Week 4

Apply root-cause methods (5-Why, fishbone, Pareto) to 3 defect case descriptions and rank corrective actions
Translate a customer requirement into measurable design specifications and acceptance criteria
Identify where design-for-manufacturability changes would reduce cost or defect risk in a given design

A defect case study write-up: 3 cases with root cause, corrective action, and verification method

Week 5

Draft a design review checklist covering function, manufacturability, tolerance, and material selection
Build a simple routing and bill of materials for a made-to-order product
Compare batch, job-shop, and flow scheduling approaches and pick the right one for 3 order profiles

A design review checklist plus a routing/BOM package for one sample custom product

Week 6

Calculate capacity, load, and lead time for a small job shop scenario and identify the bottleneck
Estimate unit cost by breaking down material, labor, setup, overhead, and scrap for 3 products
Set a price from cost using markup and margin methods and explain the difference

A cost-and-schedule model for 3 products showing unit cost build-up, bottleneck, and quoted price

Week 7

Summarize key regulatory obligations relevant to manufacturing (workplace safety, hazardous materials, product labeling) without overstating specifics
Conduct a hazard review of a sample workstation and propose controls using the hierarchy of controls
Describe documentation and recordkeeping duties that support audit readiness

A hazard assessment for one workstation with 6 identified hazards and controls ranked by hierarchy

Week 8

Re-solve the weakest 20 practice problems from earlier weeks and log error patterns
Synthesize cross-domain scenarios linking process choice, inspection, and cost into one integrated answer
Complete a timed 60-question mixed mock exam and review every miss

A timed mock exam score report with a written remediation list for every missed question

Week 2: Score at least 80% on a self-made 30-question quiz covering Domains 1 and 4, including 5 tolerance stack-up calculations

Week 4: Explain aloud, without notes, how a defect is traced from inspection data to root cause and corrective action

Week 6: Produce a complete unit cost and quote for one product with all five cost components itemized and defend the margin choice

Week 8: Achieve at least 75% on the timed mock exam and have zero unresolved items on the remediation list