- What CMCP Training Actually Covers
- The Seven-Course Structure, Course by Course
- Training Cost, Access Window, and Total Spend
- Is Training Required or Optional?
- Concrete Skills to Master in Each Course
- Sequencing Your Training Around the Access Window
- Turning Course Content Into Exam Recall
- Exam Logistics to Settle Before You Finish Training
- Who Gets the Most From the Training
- Frequently Asked Questions
- CMCP training is a seven-course program from A3, priced at $650 for members and $750 for nonmembers.
- Training comes with 90-day access, so schedule your exam to fall inside that window.
- Training is recommended but not required; the exam alone costs $325 member or $475 nonmember.
- Training plus exam totals $975 for members and $1,225 for nonmembers, with one free retake included.
What CMCP Training Actually Covers
The Certified Motion Control Professional program is offered through the Association for Advancing Automation (A3). The current public target is the Basic Certified Motion Control Professional credential. Its optional training is organized as seven courses, and each course heading maps to a distinct layer of how a motion system is designed, sized, and controlled.
That structure matters because it tells you how the material is meant to be learned: from physical first principles up through electromechanical components, then into sizing math, drive electronics, and finally controllers and programming. Motion control is a stack, and the training walks you up it in order. If you want the full topic-by-topic breakdown of that stack, the CMCP Exam Domains 2026: Complete Guide to All 7 Content Areas goes deeper than this overview.
The Seven-Course Structure, Course by Course
The seven courses correspond to the seven domains used throughout this site. Here is what each one asks of you and why it sits where it does in the sequence.
Course 1: Basic Machine Design and the Physics of Motion
The foundation. Before any motor or drive makes sense, you need the physics of how loads move and what a machine must overcome to move them.
- Core relationships among force, torque, speed, and position
- How machine design choices set the demands placed on the motion system
- Vocabulary used across every later course
Course 2: Mechanical Motion Control Components and Subsystems
The hardware that sits between the motor and the load. This course is where you learn what each transmission and support element does to the motion you are trying to produce.
- Common mechanical components and the role each plays
- How subsystems affect accuracy, stiffness, and efficiency
- Why component selection feeds directly into sizing later
Course 3: Understanding Inertia and Reflected Inertia
A concept that trips up many first-time learners and shows up again in sizing. Reflected inertia describes how a load appears to the motor through the mechanics connecting them.
- What inertia is and why it limits acceleration
- How reflected inertia changes what the motor effectively sees
- Why inertia matching influences performance and stability
Course 4: Introduction to Magnetism and Motor Basics
The bridge from mechanics to electricity. You learn how magnetic fields produce torque and what makes motor types behave differently.
- Magnetic fundamentals as they apply to motors
- Basic motor operating principles
- How motor characteristics set up the sizing decisions in the next course
Course 5: Positioner Selection and Motor Sizing
The applied heart of the program. Here the earlier physics, inertia, and motor concepts combine into actual selection decisions.
- Matching a positioner and motor to a defined motion requirement
- Working through sizing logic with load, speed, and duty considerations
- Recognizing when a selection fails to meet the requirement
Course 6: Digital Servo Amplifier Basics
The drive electronics that translate commands into motor current. This course explains what the amplifier does and how it closes the loop on motor behavior.
- The role of the digital servo amplifier in a motion system
- Basic operating concepts for servo drives
- How amplifier choice connects to motor and controller choice
Course 7: Motion Controllers, Programming, and System Design Basics
The capstone. Controllers coordinate the whole system, and this course pulls every earlier layer into complete-system thinking.
- What motion controllers do and how they are programmed at a basic level
- Integrating mechanics, motor, drive, and controller into one design
- Reasoning about the system as a whole instead of as isolated parts
Training Cost, Access Window, and Total Spend
The seven-course training is priced at $650 for A3 members and $750 for nonmembers, and it includes 90-day access. That access window is the single most important logistical fact about the training, because it creates a deadline for your learning whether you intended one or not.
| Item | Member | Nonmember |
|---|---|---|
| Exam only | $325 | $475 |
| Seven-course training (90-day access) | $650 | $750 |
| Training plus exam (calculated total) | $975 | $1,225 |
The exam fee includes one free retake, which softens the risk of a first-attempt miss. Note that the training-plus-exam totals above are calculated by adding the published training and exam prices; confirm the live figures at registration. For a fuller look at every line item and how to think about the spend, see CMCP Certification Cost 2026: Complete Pricing Breakdown.
Is Training Required or Optional?
Training is recommended, not required. No fixed degree, experience-hours, or professional-reference prerequisite has been verified for the exam, which means you can register for the exam without having completed the courses. That flexibility cuts both ways.
If you already work daily with servo systems, sizing calculations, and controller programming, you may reasonably choose to skip the paid courses and rely on your existing competence plus targeted review. If your background is narrower, say strong on controls but light on mechanical sizing, the courses fill gaps that experience in one corner of the field leaves open. Eligibility details are laid out in CMCP Requirements 2026: Eligibility, Prerequisites & How to Qualify.
Key Takeaway
Decide on training by auditing yourself against the seven course headings. If you can explain reflected inertia and walk through a motor sizing decision without notes, you may not need the full program. If any heading feels unfamiliar, that course is worth your time.
Concrete Skills to Master in Each Course
The exam's exact question count, item-type specification, and passing score have not been publicly verified, so avoid preparing for a specific format you cannot confirm. What you can do is build durable competence in the areas the courses emphasize. The skills below are where the training pays off most.
Moving between physical quantities
Courses 1, 3, and 5 reward fluency in relating force, torque, inertia, speed, and acceleration. Practice following a load requirement through the mechanics to the motor shaft rather than memorizing isolated formulas. The inertia course in particular is easier when you can visualize what the motor feels through a gear reduction or screw.
Reading a system as a chain
Courses 2, 4, 6, and 7 describe links in one chain: mechanics, motor, amplifier, controller. A change in one link ripples into the others. Candidates who study each course in isolation often struggle when a scenario asks how a choice at one stage affects another.
Sizing reasoning
Course 5 is where earlier material becomes decisions. Work through sizing scenarios until you can justify why a particular positioner and motor combination meets, or fails to meet, a requirement. This is the course most worth repeating if your time is limited.
Sequencing Your Training Around the Access Window
With 90 days of access, the temptation is to treat it as plenty of time and drift. A short, domain-aware schedule keeps you ahead of it. The plan below is a template tied specifically to the course order, not a universal prescription; adjust it to your starting strength.
Foundations: Courses 1 and 2
- Complete the physics and mechanical component courses early, since every later course assumes them
- Build a personal glossary of terms as you go
The hard concepts: Courses 3 and 4
- Give reflected inertia and motor fundamentals extra time; they underpin sizing
- Rework inertia examples until the idea feels intuitive
Applied sizing: Course 5
- Spend the most deliberate practice time here, because it combines everything before it
- Return to Courses 3 and 4 whenever a sizing step feels shaky
Electronics and control: Courses 6 and 7
- Study the amplifier and controller as the layers that execute your sizing choices
- Practice describing a full system end to end
Review and exam booking
- Revisit weak courses before the access window closes
- Confirm your virtual session date with at least a week of margin
If you need a broader weekly framework that sits alongside this course-by-course plan, the CMCP Study Guide 2026: How to Pass on Your First Attempt covers how to structure your overall preparation.
Turning Course Content Into Exam Recall
Finishing seven courses is not the same as being ready to answer exam questions. Course content is presented to teach; exam questions are written to check. Closing that gap takes deliberate retrieval practice rather than rewatching lessons.
After each course, close the material and write out, from memory, the handful of ideas that course exists to teach. For the inertia course, that means explaining reflected inertia in your own words. For the amplifier course, it means stating what the drive does between controller and motor. Then check yourself against the course. Gaps you find this way are the ones that would cost you on exam day.
Timed practice questions complement this well, and you can build that habit with the CMCP practice tests on this site. For a compact reference to revisit between sessions, keep the CMCP Cheat Sheet 2026: One-Page Review of Must-Know Facts close at hand.
Exam Logistics to Settle Before You Finish Training
The exam is delivered virtually through Mercer Mettl under A3 administration. Because your training access lasts only 90 days, it pays to sort out exam logistics early instead of discovering a problem after the courses are done.
- Register early: Register at least one week before your chosen virtual session.
- Check your setup: Computer, camera, internet, and remote monitoring requirements apply. Test your equipment well before exam day using A3's published system requirements.
- Understand the scheduling blocks: A3's two-hour virtual calendar blocks are appointment windows. They should not be read as the exam timer, since the active test time limit has not been publicly verified.
- Do not assume permissions: Whether the exam is open-book, and whether calculators or scratch paper are allowed, has not been verified. Confirm these rules directly with A3 rather than guessing.
For scheduling specifics and deadlines, refer to CMCP Exam Dates 2026: Testing Windows, Deadlines & Scheduling. If you are anxious about the score threshold, note that the passing score has not been publicly verified, as discussed in CMCP Passing Score 2026: Exactly What You Need to Pass.
Who Gets the Most From the Training
The seven-course structure is built for people who touch motion systems from more than one angle, or who want to. Typical beneficiaries include technicians and engineers moving into motion control from adjacent fields, controls specialists who want stronger mechanical and sizing grounding, and mechanical designers who want to understand the electronics side of the machines they build.
Employers in automation, machine building, and robotics value people who can reason across the whole chain from load to controller. The credential is valid for five years, though the renewal fee, mandatory continuing-education total, and detailed recertification mechanism have not been publicly verified. For a sense of the career side, explore CMCP Jobs and weigh the investment using Is the CMCP Certification Worth It? Complete ROI Analysis 2026.
Key Takeaway
Pair training with credential awareness. The courses teach the material, the exam verifies it, and the five-year validity window means the credential is something you will want to maintain. Plan for that follow-through from the start instead of treating certification as a one-time event.
Frequently Asked Questions
The seven-course training is $650 for A3 members and $750 for nonmembers, and it includes 90-day access. Combined with the exam fee, the calculated training-plus-exam totals are $975 for members and $1,225 for nonmembers. Confirm current pricing at registration.
No. Training is recommended but not required. No fixed degree, experience-hours, or professional-reference prerequisite has been verified, so you may register for the exam without completing the courses.
Seven. They cover basic machine design and physics, mechanical components, inertia and reflected inertia, magnetism and motor basics, positioner selection and motor sizing, digital servo amplifiers, and motion controllers with programming and system design basics.
The course headings define your preparation scope, but they are not a verified weighted or exhaustive exam blueprint. No largest weighted area has been established, so study all seven rather than betting on a few.
The exam fee includes one free retake. Use the time to revisit the courses where practice results showed weakness, and keep your 90-day training access window in mind if you purchased the training.