Cyber-Physical Manufacturing, BAS
Program Description
The Cyber-Physical Manufacturing program offers training to meet the changing manufacturing environment associated with the 4th Industrial Revolution (Industry 4.0). Students will utilize state-of-the-art equipment and simulations to analyze and apply advanced technical skills in the operation, design and maintenance of product identification systems, programming of cell robots, networks and cybersecurity systems, production planning and control using a manufacturing execution system (MES); programming for Industry 4.0; human-machine interfaces (HMIs); and smart maintenance.
Recommended Course Schedule
1st semester | Units | |
---|---|---|
ENG 101 | Composition I or Composition Enhanced or Composition I for International and Multilingual Students | 3 |
DFT 110 | Print Reading for Industry | 3 |
ELM 110 | Electrical/Electronic Circuits | 3 |
ELM 127 | Introduction to AC Controls | 3 |
MATH 126 | Pre-Calculus I | 3 |
Semester Total | 15 | |
2nd semester | ||
ELM 134 | Programmable Logic Controllers I | 3 |
ENG 102 or ENG 114 | Composition II or Composition II For International and Multilingual Students | 3 |
ENV 101 | Introduction to Environmental Science | 3 |
MT 108 | Fluid Power (Pneumatics, Electro-pneumatics) | 3 |
MPT 110 | Automated Production Concepts I | 3 |
Semester Total | 15 | |
3rd semester | ||
ECON 102 | Principles of Microeconomics | 3 |
ELM 233 | Introduction to Instrumentation | 3 |
MPT 120 | Automated Production Concepts II | 3 |
OSH 222 | General Industry Safety | 1 |
U.S. and Nevada Constitution | 3 | |
Fine Arts | 3 | |
Semester Total | 16 | |
4th semester | ||
AAD 201 | History of the Built Environment | 3 |
ELM 140 | Industrial Robotics I | 3 |
MPT 130 | Automated Production Concepts III | 3 |
MPT 140 | Quality Control | 3 |
PHYS 100 | Introductory Physics | 3 |
MPT 135 | Material Handling | 2 |
Semester Total | 17 | |
5th semester | ||
CS 151 | Introduction to Cybersecurity | 3 |
CADD 245 | Solid Modeling and Parametric Design | 3 |
MPT 311 | Laser Scanning Methods / Techniques | 3 |
MPT 312 | Industry 4.0 / Cyber Physical Manufacturing | 3 |
MPT 343 | Design and Manufacturing Process II | 3 |
Semester Total | 15 | |
6th semester | ||
ELM 240 | Advanced Manufacturing and Robotic Systems | 3 |
MPT 305 | Introduction to System Dynamics | 3 |
MPT 325 | Digital Inspection / Quality Control | 4 |
MPT 340 | Computer Simulations and Analysis | 4 |
Semester Total | 14 | |
7th semester | ||
EIT 437 | Introduction to Control Systems | 4 |
ELM 340 | Robotic Programming Offline | 3 |
MPT 363 | Manufacturing Execution Systems | 4 |
MPT 415 | Simulation of Manufacturing Systems | 4 |
Semester Total | 15 | |
8th semester | ||
EIT 468 | Advanced Control Systems | 3 |
ELM 440 | Collaborative Robot Design and Operation | 3 |
MPT 411 | Advanced Machine Vision Integration | 4 |
MPT 412 | Advanced Digital Inspection | 3 |
Semester Total | 13 | |
Total Units | 120 |
Special Admission Requirements
Students entering this BAS will start from one of several prerequisite options. Please contact the Program Advisor for more details on transfer articulation.
Program Requirements
To earn a Bachelor's Degree students must:
- Maintain a minimum cumulative GPA of 2.0 (see requirements for graduation.)
- Satisfy General Education requirements for Bachelor's degrees.
- Complete 120 units in total.
- 30 units of upper-division units must be completed at TMCC.
- Have no financial or library obligation to the college.
Code | Title | Units |
---|---|---|
General Education Requirements | ||
English | 3-6 | |
Required: | ||
Composition II | ||
or ENG 114 | Composition II For International and Multilingual Students | |
Fine Arts | 3 | |
Humanities | ||
Required: | ||
AAD 201 | History of the Built Environment | 3 |
Social Science | ||
Required: | ||
ECON 102 | Principles of Microeconomics | 3 |
Mathematics | ||
Required: | ||
MATH 126 | Pre-Calculus I | 3 |
Science | ||
Required: | ||
ENV 101 | Introduction to Environmental Science | 3 |
AND | ||
PHYS 100 | Introductory Physics | 3 |
Additional College Requirements | ||
Diversity | [3] | |
This is satisfied by AAD 201 above. | ||
U.S. and Nevada Constitutions | 3 | |
Degree Requirements | ||
Lower Division | ||
CADD 245 | Solid Modeling and Parametric Design | 3 |
CS 151 | Introduction to Cybersecurity | 3 |
DFT 110 | Print Reading for Industry | 3 |
ELM 110 | Electrical/Electronic Circuits | 3 |
ELM 127 | Introduction to AC Controls | 3 |
ELM 134 | Programmable Logic Controllers I | 3 |
ELM 140 | Industrial Robotics I | 3 |
ELM 233 | Introduction to Instrumentation | 3 |
MPT 110 | Automated Production Concepts I | 3 |
ELM 240 | Advanced Manufacturing and Robotic Systems | 3 |
MPT 120 | Automated Production Concepts II | 3 |
MPT 130 | Automated Production Concepts III | 3 |
MPT 140 | Quality Control | 3 |
MT 108 | Fluid Power (Pneumatics, Electro-pneumatics) | 3 |
OSH 222 | General Industry Safety | 1 |
Upper Division Requirements | [40] | |
EIT 437 | Introduction to Control Systems | 4 |
EIT 468 | Advanced Control Systems | 3 |
ELM 340 | Robotic Programming Offline | 3 |
ELM 440 | Collaborative Robot Design and Operation | 3 |
MPT 305 | Introduction to System Dynamics | 3 |
MPT 311 | Laser Scanning Methods / Techniques | 3 |
MPT 312 | Industry 4.0 / Cyber Physical Manufacturing | 3 |
MPT 325 | Digital Inspection / Quality Control | 4 |
MPT 340 | Computer Simulations and Analysis | 4 |
MPT 343 | Design and Manufacturing Process II | 3 |
MPT 363 | Manufacturing Execution Systems | 4 |
MPT 411 | Advanced Machine Vision Integration | 4 |
MPT 415 | Simulation of Manufacturing Systems | 4 |
MPT 412 | Advanced Digital Inspection | 3 |
MPT 135 | Material Handling | 2 |
Total Units | 120 |
Program Outcomes
Students completing the degree will:
PSLO1: Apply critical and analytical thinking skills to resolve advanced industrial control systems design and operational problems.
PSLO2: Apply advanced knowledge and skills in the operation and maintenance of advanced manufacturing processes and equipment.
PSLO3: Interpret the substantial differences between the third and fourth industrial revolutions.
PSLO4: Apply Smart Maintenance technologies in a manufacturing environment.