Air Compressor Technician is a 60-hour online, self-paced pathway divided into three courses. This pathway introduces learners to core concepts of air compressor technology and prepares them for further steps in a career as an air compressor technician. Course 3 is approximately 20 hours and focuses on electrical systems.

The pathway is aligned with SACA certification, and learners who successfully complete the pathway will have completed coursework for the SACA micro-credentials: 

• Pneumatic Troubleshooting 1
• Electrical Systems 1
• Motor Control Troubleshooting 1
• Electric Motor Control Troubleshooting 1

The pathway does not provide SACA certification; learners who wish to become certified will need to complete one or more SACA exams.

Air Compressor Technician is a 60-hour online, self-paced pathway divided into three modules. This pathway introduces learners to core concepts of air compressor technology and prepares them for further steps in a career as an air compressor technician. Course 2 is approximately 20 hours and focuses on fluid systems and mechanical systems.

The pathway is aligned with SACA certification, and learners who successfully complete the pathway will have completed coursework for the SACA micro-credentials: 

• Pneumatic Troubleshooting 1
• Electrical Systems 1
• Motor Control Troubleshooting 1
• Electric Motor Control Troubleshooting 1

The pathway does not provide SACA certification; learners who wish to become certified will need to complete one or more SACA exams.

Air Compressor Technician is a 60-hour online, self-paced pathway divided into three courses. This pathway introduces learners to core concepts of air compressor technology and prepares them for further steps in a career as an air compressor technician. Course 1 is approximately 20 hours and focuses on fundamental skills, troubleshooting, digital systems, and communication.

The pathway is aligned with SACA certification, and learners who successfully complete the pathway will have completed coursework for four SACA micro-credentials: 

• Pneumatic Troubleshooting 1
• Electrical Systems 1
• Motor Control Troubleshooting 1
• Electric Motor Control Troubleshooting 1

The pathway does not provide SACA certification; those who wish to become certified will need to complete one or more SACA exams.

Biomedical Equipment Maintenance Virtual Lab is a 40-hour online, self-paced course. In this course, learners develop their troubleshooting and problem-solving skills for biomedical equipment maintenance. They prepare themselves for further education towards a career as a biomedical technician or for working in a hospital, clinic, or other healthcare facility.

The course focuses on seven foundational areas needed for biomedical equipment maintenance: fundamental skills, human anatomy, electrical and electronic systems, mechanical systems, fluid systems, computer and network systems, and communication. After completing this course, learners will be prepared with the foundational knowledge and skills needed for further training towards maintaining biomedical equipment.

The course is aligned with SACA certification, and learners who successfully complete the course will have completed the coursework for several SACA micro-credentials. The course does not provide SACA certification; learners who wish to become certified will need to complete one or more SACA exams.

Biomedical Equipment Maintenance uses content from videos, documents, and Amatrol. Learners can work at their own pace, and a learner who spends 8 hours a week will complete the course in approximately 5 weeks. Learners are assessed by a final quiz on each individual module. Learners need to achieve 80% or higher on each final quiz to successfully complete the course and will have three attempts to pass each quiz.

Biomedical Equipment Maintenance is an 80-hour online, self-paced course. In this course, learners explore the foundations of biomedical equipment maintenance and prepare themselves for further education towards a career as a biomedical technician or for working in a hospital, clinic, or other healthcare facility.

The course focuses on seven foundational areas needed for biomedical equipment maintenance: fundamental skills, human anatomy, electrical and electronic systems, mechanical systems, fluid systems, computer and network systems, and communication. After completing this course, learners will be prepared with the foundational knowledge and skills needed for further training towards maintaining biomedical equipment.

The course is aligned with SACA certification, and learners who successfully complete the course will have completed the coursework for four SACA micro-credentials: Electrical Systems 1, AC Variable Frequency Drives 1, Mechanical Power Systems 1, and Pneumatic Systems 1. The course does not provide SACA certification; learners who wish to become certified will need to complete one or more SACA exams.

Biomedical Equipment Maintenance uses content from videos, documents, and Amatrol, the leader in online technical education. Learners can work at their own pace, and a learner who spends 8 hours a week will complete the course in approximately 10 weeks. Learners are assessed by a final quiz on each individual module. Learners need to achieve 80% or higher on each final quiz to successfully complete the course and will have three attempts to pass each quiz.

Welcome to the Silver Plan, a one-time purchase that grants full access to your choice of themes in the Amatrol library for one year! Amatrol is the leader in online technical and industrial training, and the courses include audio, detailed visuals and graphics, simulations, and problem-solving.

Whether you want to work towards a SACA micro-credential or build your expertise in other technical areas, this exclusive plan is designed for lifelong learners, career switchers, and professionals who want to upskill or explore new fields at their own pace. With this bundle, you’ll be free to choose two or more courses, with full access to the learning material, assessments, and reporting.

Who This Plan Is For:

• Professionals looking to upskill or reskill

• Students exploring different career paths

• Lifelong learners who want the freedom to access a variety of topics

Subscription Benefits:

• 1-Year Full Access: Enjoy full access to two or more Amatrol themes, including assessments, learning material, and reporting.

• Self-Paced Learning: Take courses on your schedule, revisiting content as needed.

• Explore Diverse Fields: From HVAC to Solar to SACA micro-credentials, this plan lets you fully engage in two or more courses.

• Fully Customized: Choose from a list of themes.

• Quizzes/Assessments: A range of quizzes is available to reinforce and enhance the learning process.

Introduction to Biomedical Equipment Maintenance is a 40-hour online, self-paced course. This course introduces learners to core concepts of biomedical equipment maintenance and prepares them for the first steps in further education towards a career as a biomedical technician, working in a hospital, clinic, or other healthcare facility.

The course focuses on six key foundational areas needed for biomedical equipment maintenance: fundamental skills, electrical and electronic systems, mechanical systems, fluid systems, computer and network systems, and communication. After completing this course, learners will be prepared with the foundational knowledge and skills needed for further training towards maintaining biomedical equipment.

The course is aligned with SACA certification, and learners who successfully complete the course will have completed a portion of the coursework for the SACA credential Certified Industry 4.0 Associate. The course does not provide SACA certification; learners who wish to become certified will need to complete one or more SACA exams.

Introduction to Biomedical Equipment Maintenance uses content from videos, documents, and Amatrol. Learners can work at their own pace, and a learner who spends 8 hours a week will complete the course in approximately 5 weeks. Learners are assessed by a final quiz on each individual module. Learners need to achieve 80% or higher on each final quiz to successfully complete the course and will have three attempts to pass each quiz.

Build foundational knowledge and skills in the heating, ventilating, and air conditioning industry with this course. This course will prepare learners with the foundational knowledge and skills specific to working in HVAC, focusing on HVAC topics including refrigeration, compressors, condensers, evaporators, and heat pump systems. It is fully online, on demand, and takes approximately 14 hours to complete.

The demand for HVAC (Heating, Ventilation, and Air Conditioning) technicians in the U.S. is steadily growing due to the increasing need for climate control systems in residential, commercial, and industrial spaces. The U.S. Bureau of Labor Statistics (BLS) projects the employment of HVAC mechanics and installers to grow by 5% from 2022 to 2032, which is about as fast as the average for all occupations. Factors driving this growth include advancements in energy-efficient systems, the rise of smart HVAC technology, and the need to replace aging systems and retiring technicians.

Welcome to the Bronze Plan, a one-time purchase that grants you unlimited self-service access to Amatrol's entire course library for a full year! Amatrol is the leader in online technical and industrial training, and the courses include audio, detailed visuals and graphics, simulations, and problem-solving.

This exclusive plan is designed for lifelong learners, career switchers, and professionals who want to upskill or explore new fields at their own pace. With this bundle, you’ll have the freedom to explore the library, take any course, complete any module, and learn as much as you want—no additional costs or limits. This plan does not include assessment or reporting.

Who This Plan Is For:

• Professionals looking to upskill or reskill

• Students exploring different career paths

• Lifelong learners who want the freedom to access a variety of topics

Subscription Benefits

• 1-Year Full Access: Enjoy access to all Amatrol courses, including new courses added during the year.

• Self-Paced Learning: Take courses on your schedule, revisiting content as needed.

• Explore Diverse Fields: From HVAC to Solar to SACA micro-credentials, this plan lets you explore as many courses as you like, without restrictions.

Mechatronics and Robotics Maintenance: Virtual Lab is an online, self-paced course that requires approximately 40 hours to complete. It is the companion course to Mechatronics and Robotics Maintenance. This course explores maintenance and troubleshooting and gives learners virtual hands-on experience through detailed simulations. It is intended for learners with some experience who are interested in a career in an industrial and maintenance environment.

The course focuses on five key areas needed for equipment maintenance: fundamental skills, electrical systems, mechanical systems, fluid systems, and industrial systems, including robotics. After completing this course, learners will be prepared with the fundamental knowledge and skills needed to troubleshoot and maintain material handling equipment.

The course is aligned with SACA certification, and learners who successfully complete the course will have completed the coursework for one SACA microcredential. The course does not provide SACA certification; learners who wish to become certified will need to complete a SACA exam for each microcredential.

• Motor Control Troubleshooting 1

Mechatronics and Robotics Maintenance: Virtual Lab uses content from videos, documents, and Amatrol. Learners can work at their own pace, and a learner who spends 8 hours a week will complete the course in approximately 5 weeks. Learners are assessed by a final quiz on each individual module. Learners need to achieve 80% or higher on each final quiz to successfully complete the course and will have three attempts to pass each quiz.

Mechatronics and Robotics Maintenance is an online, self-paced course that requires approximately 80 hours to complete. This course gives a thorough overview of the fundamentals of mechatronics and is intended for learners with some experience who are interested in a career in an industrial and maintenance environment.

The course focuses on six key areas needed for equipment maintenance: fundamental skills, electrical systems, mechanical systems, fluid systems, industrial systems, and communication. After completing this course, learners will be prepared with the fundamental knowledge and skills needed to maintain material handling equipment.

The course is aligned with SACA certification, and learners who successfully complete the course will have completed the coursework for four SACA microcredentials. The course does not provide SACA certification; learners who wish to become certified will need to complete a SACA exam for each microcredential.

• Electrical Systems 1
• Mechanical Power Systems 1
• Pneumatic Systems 1
• Variable Frequency Drives 1

Mechatronics and Robotics Maintenance uses content from videos, documents, and Amatrol. Learners can work at their own pace, and a learner who spends 8 hours a week will complete the course in approximately 10 weeks. Learners are assessed by a final quiz on each individual module. Learners need to achieve 80% or higher on each final quiz to successfully complete the course and will have three attempts to pass each quiz.

The Entrance Test—Principles of Control Systems is designed to assess your knowledge and readiness for one of the most critical and foundational courses in automation and control systems. This test is the first step towards enrollment in the full Principles of Control Systems course.

Eligibility

1. 2+ years of experience with Motor Controls (motor starts, variable frequency drives, DC drives, and standard electrical components) as well as troubleshooting/programming, including HMI components, Programmable Logic Controls (PLC) programs, and industrial electrical hands-on experience and troubleshooting.
2. 1+ year of experience with repair of control network components.
3. Some experience with robotic systems maintenance, including robot, tool, hydraulic systems, and teach pendant.
4. SACA certification in a relevant area can be used as a substitute for some experience

This entrance exam evaluates your understanding of basic engineering principles, mathematics, and systems control to ensure you are prepared to dive into these advanced topics. An 80% or higher score is required to qualify for full course enrollment.

If you have had limited coursework in basic math concepts, or it has been a while since you have studied math, this add-on math refresher course will help you prepare for success in the Foundations of Automated Equipment Maintenance course, or any other mechatronics/maintenance/industrial technician training course offered here at Unmudl.

The Foundations of Equipment Maintenance Math Refresher is a math review that can be added to the full course, Foundations of Equipment Maintenance. This math refresher is designed for learners who would like to review their basic math skills before completing Foundations of Automated Equipment Maintenance. 

This Math Refresher is a 5-hour self-paced online course that reviews basic math concepts including integers, operations, equations, decimals, fractions, and geometry. 

The course is assessed by a final quiz on each individual module. Learners need to achieve 80% or higher on each final quiz to be successful and have three attempts to pass each quiz. There are suggested free resources for learners who would like further study in math. 

Foundations of Automated Equipment Maintenance is a 40-hour self-paced online course that introduces learners to the foundational knowledge and skills of equipment maintenance. People who work in automated equipment maintenance can work in a range of industries, including advanced manufacturing, semiconductors, supply chain and logistics, smart batteries, renewable energy, electric vehicles, aviation, medical device manufacturing, and food and agriculture production.

Learners will begin with an overview of automated equipment maintenance and a thorough grounding in industrial safety, including machine, equipment, and material handling safety. They will learn about tools, materials, and measurement with an introduction to blueprint reading and dimensions. Then they will focus on five areas of foundational knowledge and skills: pneumatics, hydraulics, electrical circuits, mechanical drives, and robotics. This course provides a thorough introduction to the foundations of automated equipment maintenance.

The material in this course is aligned with SACA standards, and learners who complete the course successfully will have completed more than half of the learning objectives for the SACA Certified Industry 4.0 Associate I and II courses. To learn more about SACA certification, please visit saca.org. 

Foundations of Automated Equipment Maintenance uses learning materials and module assessments from Amatrol and other learning sources, such as video and print. The course is fully asynchronous and remote; learners can learn at their own pace. A learner who works on the course for approximately 8 hours a week can complete the course in 5 weeks.

The course is assessed by a final quiz on each individual module. Learners need to achieve 80% or higher on each final quiz to be successful and have three attempts to pass each quiz.

Principles of Control Systems is a self-paced online course for learners who are interested in a career in control systems within the field of advanced manufacturing. A control systems technician, specialist, or leader is a highly-trained individual with knowledge, skills, and experience in a wide range of technical areas as well as good leadership and communication skills. A control systems technician has the ability to connect, commission, troubleshoot, and service control systems.

This course is aligned to SACA certification and the coursework for numerous SACA micro-credentials as well as the majority of the coursework for two SACA macro-credentials.

The course takes approximately 80 hours to complete, and learners can work at their own pace. A learner who spends 8 hours a week on this course will complete the course in approximately 10 weeks.

This free trial includes video content and two learning modules. You have a 14-day window from the time of enrollment to complete this free trial course, after which access to the course material will expire. For further information about the course, or any Unmudl course, please contact Unmudl Learner Support.

Principles of Control Systems

●      Electrical Systems

●      Electric Motor Control

●      Sensor Logic

●      Programmable Controller Systems and Troubleshooting

●      Pneumatic Systems

●      Ethernet Communications

●      Smart Sensor and Identification Systems

●      Smart Factory Systems

●      Working with AS-I and PROFIBUS Networks

●      Leadership and Communication