1. Follow all safety and standard operating procedures
2. Perform proper Arc welding techniques
3. Perform proper Tungsten Inert gas (TIG) welding techniques
4. Perform Metal Inert gas (MIG) welding techniques
5. Perform proper cutting with Oxyacetylene and Plasma Arc
6. Follow all safety and standard operating procedures
7. Read mechanical blueprints and drawings used to fabricate angle iron and tubular steel items
8. Fabricate various enclosures
9. Fabricate safety guards
10. Demonstrate proper method for grinding and polishing weld joints
11. Layout work for sheet metal fabrication
12. Demonstrate proper use of metal shears
13. Demonstrate proper use of metal bending machines
14. Demonstrate proper use of grinders
15. Demonstrate proper use of saws
16. Demonstrate proper use of measuring equipment
17. Demonstrate proper use of polishing equipment
18. Follow all safety and standard operating procedures
19. Set up and operate lathes
20. Set up and operate mills
21. Read standard and precision measuring instruments
22. Explain the basic concepts of CNC equipment
23. Explain the characteristics of metals and plastics
24. Fabricate parts within tolerance prescribed on blueprint and drawings using machine shop equipment
25. Follow all safety and standard operating procedures
26. Read and use a voltmeter or amp-meter on AC & DC
27. Read an electrical schematic and demonstrate use
28. Wire and troubleshoot a basic stop/start circuit
29. Check single and three phase AC motors
30. Test and check DC motors
31. Demonstrate proper use of solder and solder station
32. Read and use the resistor color-code and resistors
33. Explain the basic operation of the components in a PLC
34. Program a variable frequency drive
35. Troubleshoot a 120-volt control circuit

1. Follow all safety and standard operating procedures
2. Perform inspections, repairs and adjustments specified on maintenance work orders
3. Complete documentation on all procedures with pertinent data to be presented
4. Demonstrate precision of fits and tolerances
5. Perform all mechanical work necessary to repair and maintain existing production and building equipment
6. Rebuild hydraulic cylinders/actuators
7. Explain the symbols used and function of components on the drawing package
8. Assess failed components and explain typical failure modes
9. Explain symbols used on pneumatic equipment (value banks)
10. Perform cylinder replacement
11. Explain the separation point of process air and plant air
12. Use ultrasonic gun to find external air leaks
13. Review and explain the safety circuit in electrical package
14. Switch Robot to Jog Mode and move robot with handheld controller
15. Demonstrate proper use of the robot safety key
16. Review and explain the HMI screens
17. Follow all safety and standard operating procedures
18. Perform basic testing of electrical circuits and components
19. Review and explain electrical packages on various types of equipment
20. Replace electrical circuits and components
21. Repair electrical circuits and components
22. Demonstrate understanding of Servo Drive fault codes, basic operation and communication methods
23. Setup and install Servo Motors on product equipment

Level 1 Credential: None Total Contact Hours: 576 Level 2 Credential: AAS Degree Total Contact Hours: Minimum requirement for each program 3. MAYLAND COMMUNITY COLLEGE General Education Courses: Level 1 requires that the apprentice complete one or more of the courses below which must total at least 48 contact hours. Level 2 requires that the apprentice complete all three courses plus the Humanities/Fine Arts Elective course and the Social/Behavioral Sciences Elective course. 1. COM 231 Public Speaking 2. ENG 111 Writing and Inquiry 3. MAT 171 Pre-Calculus Technical Core Courses: Level 1 requires that the apprentice complete two or more of the courses below which must total at least 150 contact hours. Level 2 requires that the apprentice complete all 11 courses. 1. BPR 135 Schematics and Diagrams 2. CIS 110 Intro to Computers 3. CIS 111 Basic PC Literacy 4. HYD 110 Hydraulic/Pneumatics 5. ISC 112 Industrial Safety 6. MAT 110 Math Measurement Literacy 7. PHY 131 Physics - Mechanics 614 8. DFT 119 Basic CAD 9. MAC 114 Intro to Metrology 10. MEC 130 Mechanisms 11. MNT 110 Intro to Maintenance Processes 1. MAT 110 MATH MEASUREMENT LITERACY (48 HOURS) Mechatronics Courses: Level 1 requires that the apprentice complete three or more of the courses below which must total at least 378 contact hours. Level 2 requires that the apprentice complete all 15 courses if pursuing an AAS Degree in one of the three programs listed above. 1. ATR 112 Intro to Automation 2. ATR 212 Industrial Robotics 3. ELC 112 DC/AC Electricity 4. ELC 113 Residential Wiring 5. ELC 115 Industrial Wiring 6. ELC 128 Intro To PLC 7. ELC 130 Advanced Motors/Controls 8. ELC 131 Circuit Analysis I 9. ELC 213 Instrumentation 10. ELC 231 Industrial Controls 11. ELN 133 Digital Electronics 12. ELN 229 Industrial Electronics 13. EGR 125 Appl Software for Tech 14. EGR 150 Intro to Engineering 15. PCI 264 Process Controls with PLCs 3. MAT 171 PRE-CALCULUS ALGEBRA (48 HOURS) Provider of In-house Instruction: Sponsor Level 1 and Level 2 require that the apprentice complete all courses below which include a total of 38 contact hours. 1. Annual OSHA Safety Courses 2. AMATROL Course Labs 3. Electrical Instruction Lab 4. Tooling U Electrical Instruction 5. Anti-Harassment Training ELECTRICAL AND CONTROL COURSES: CLASSROOM INSTRUCTION OR EQUIVALENT TOOLING U ONLINE SELF STUDY MODULES. MUST COMPLETE ANY COMBINATION OF COURSES EQUALING AT LEAST 320 HOURS. 1. ELC 112 DC/AC ELECTRICITY (144 HOURS) 2. ELC 115 INDUSTRIAL WIRING (128 HOURS) 3. ELC 231 INDUSTRIAL CONTROLS (80 HOURS) 4. ELC 128 INTRODUCTION TO PLC (80 HOURS) 5. ELC 113 RESIDENTIAL WIRING (128 HOURS) 6. ELC 213 INSTRUMENTATION (80 HOURS) 7. PCI 264 PROCESS CONTROLS WITH PLCs (80 HOURS) 8. ATR 212 INDUSTRIAL ROBOTICS (80 HOURS) 9. ELN 133 DIGITAL ELECTRONICS (96 HOURS) 10. ELN 229 INDUSTRIAL ELECTRONICS (96 HOURS) MECHANICAL COURSES: CLASSROOM INSTRUCTION OR EQUIVALENT TOOLING U ONLINE SELF STUDY MODULES. MUST COMPLETE ANY COMBINATION OF COURSES EQUALING AT LEAST 102 HOURS. 1. HYD 110 HYDRAULICS/PNEUMATICS (96 HOURS) 2. BPR 111 BLUEPRINT READING (48 HOURS) 3. MNT 110 INTRO TO MAINTENANCE PROCESSES (64 HOURS) 4. MAC 111 MACHINING TECHNOLOGY I (224 HOURS) 5. WLD 110 CUTTING PROCESSES (64 HOURS) 6. WLD 112 BASIC WELDING PROCESSES (64 HOURS) 7. PHY 131 PHYSICS/MECHANICS (80 HOURS) 8. BIO 111 GENERAL BIOLOGY I (96 HOURS)