Industrial Automation and Robotics Capstone (2025)
Other Indiana CTE Next Level Programs of Study sets
- Introduction to Computer Science
- Principles of Industry 4.0 - Smart Manufacturing (2025)
- Advanced Manufacturing Technology (2025)
- Interior Design Fundamentals & Materials, Finishes, and Design (2025)
- Mechatronics Systems (2025)
- Principles of Advanced Manufacturing (2025)
- Robotics Design and Innovation (2025)
Other Indiana CTE Next Level Programs of Study sets
- Introduction to Computer Science
- Principles of Industry 4.0 - Smart Manufacturing (2025)
- Advanced Manufacturing Technology (2025)
- Interior Design Fundamentals & Materials, Finishes, and Design (2025)
- Mechatronics Systems (2025)
- Principles of Advanced Manufacturing (2025)
- Robotics Design and Innovation (2025)
Fluid Power
- 1
Calculate and demonstrate the basic physics of fluid mechanics using Pascal's Law.7224.D1.1
- 2
Describe the function and construction of various fluid power components, including pumps, valves, cylinders, filters, heat exchangers, pressure regulators, and accumulators.7224.D1.2
- 3
Identify fluid power symbols and interpret fluid power schematic diagrams.7224.D1.3
- 4
Demonstrate basic fluid power plumbing.7224.D1.4
- 5
Design elementary fluid power circuits.7224.D1.5
- 6
Troubleshoot elementary fluid power circuits.7224.D1.6
- 7
Demonstrate knowledge of safety procedures related to fluid power equipment.7224.D1.7
- 8
Demonstrate ability to read and interpret technical documents.7224.D1.8
- 9
Demonstrate the ability to use various types of software applicable to course.7224.D1.9
- 10
Demonstrate proper safety precautions related to equipment.7224.D1.10
Machine Maintenance and Installation
- 1
Perform the rigging and lifting of industrial components.7224.D2.1
- 2
Describe the principles of mechanical power transmission systems.7224.D2.2
- 3
Make speed, torque, and pitch calculations.7224.D2.3
- 4
Explain the advantages and disadvantages of belt, gear, chain and coupling drives.7224.D2.4
- 5
Install and align belts, gears, chains, and couplings correctly.7224.D2.5
- 6
Describe the use and construction of seals and packings.7224.D2.6
- 7
Recognize the differences and correct uses of plain and anti-friction type bearings.7224.D2.7
- 8
Compare gear drive systems, their components and function.7224.D2.8
- 9
Analyze failures due to heat, vibration, and observation.7224.D2.9
- 10
Selection of proper lubricants for the correct use, in specific applications.7224.D2.10
- 11
Installing and maintaining components safely.7224.D2.11
- 12
Follow conventional industrial safety practices.7224.D2.12
Pressurized Systems
- 1
Understand the hazards of electromechanical equipment and apply safe working practices.7224.D3.1
- 2
Understand what a mechatronic system is, and the inter relationships of components and modules within a complex mechatronic system with a focus on (electro) pneumatic and hydraulic control systems.7224.D3.2
- 3
Understand the role of (electro) pneumatic and hydraulic control systems in complex mechatronic systems and subsystems.7224.D3.3
- 4
Understand troubleshooting, maintenance and safety issues revolving around (electro) pneumatic and hydraulic circuits within a mechatronic system.7224.D3.4
- 5
Explain the role of various pneumatic / hydraulic components within a system or module and trace and describe the flow of energy in a given system or module.7224.D3.5
- 6
Describe the basic physical properties of pneumatic/hydraulic components in a system and carry out measurements and adjustments on pneumatic / hydraulic components.7224.D3.6
- 7
Read, analyze, and utilize technical documents for the pneumatic/hydraulic control system.7224.D3.7
- 8
Localize, identify, document and correct malfunctions in complex mechatronic systems.7224.D3.8
- 9
Transfer the knowledge learned from one system to other systems.7224.D3.9
- 10
Effectively use current and emerging computer technologies when applicable.7224.D3.10
Advanced Control Systems
- 1
Explain the role of programmable logic controllers within a given system or module.7224.D4.1
- 2
Trace and describe the flow of information in a given mechatronic system or subsystem with a focus on the control function of PLCs in the system.7224.D4.2
- 3
Describe the basic functions and design of PLCs.7224.D4.3
- 4
Read, analyze, and utilize technical documents such as data sheets, timing diagrams, operation manuals, schematics, and ladder diagrams.7224.D4.4
- 5
Correctly localize, identify, and document system malfunctions in or caused by PLC hardware, based upon the technical documentation.7224.D4.5
- 6
Transfer the knowledge learned from one system to another system.7224.D4.6
- 7
Effectively use current and emerging computer technologies when applicable.7224.D4.7
- 8
Attain readiness to take Level 1 - Siemens Certified Mechatronic Systems Assistant exam.7224.D4.8
Programmable Logic Controllers
- 1
Review basic computer operations.7224.D5.1
- 2
Program from relay logic to ladder logic diagrams.7224.D5.2
- 3
Design timer circuits and logic circuits.7224.D5.3
- 4
Describe logic circuits.7224.D5.4
- 5
Describe the common parts of programmable controllers.7224.D5.5
- 6
Program a start/stop circuit using a PLC.7224.D5.6
- 7
Program counters and timers using a programmable controller.7224.D5.7
- 8
Install and troubleshoot a simple programmable controller system.7224.D5.8
- 9
Discuss input and output analog signals to/ from the PLC.7224.D5.9
- 10
Discuss sequencers.7224.D5.10
- 11
Demonstrate ability to read and interpret technical documents.7224.D5.11
Frequently asked questions
- What grade levels do these standards cover?
- Grade 9, Grade 10, Grade 11, and Grade 12
- Where can I read the official document?
- 2025-2026 Next Level Programs of Study
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More Indiana CTE Next Level Programs of Study sets
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- Principles of Industry 4.0 - Smart Manufacturing (2025)
- Advanced Manufacturing Technology (2025)
- Interior Design Fundamentals & Materials, Finishes, and Design (2025)
- Mechatronics Systems (2025)
- Principles of Advanced Manufacturing (2025)
- Robotics Design and Innovation (2025)
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