ENGT 103 - Fluid Power Fundamentals
| Description: | ENGT 103 is a hands-on course in the fundamentals of industrial fluid power systems. This course covers both hydraulic and pneumatic systems; however, most discussions and laboratory work will focus on industrial hydraulic systems. Pneumatic systems are discussed near the end of the course where an emphasis is placed on air compression and air preparation. Initial discussions show how energy, force, pressure, and flow relate to hydrostatic systems. Subsequent discussions cover the design of various components and circuits. Industry-grade cylinders, valves, motors, and pumps are used in all laboratory experiments and students will disassemble these components to gain a better understanding of their operation. Schematic symbols are presented throughout the course and students are required to generate circuit diagrams using both manual drawing and computer software. Offered in Fall and Spring. |
|---|---|
| Credit hours: | 2-2-3 |
| Prerequisite(s): | eligibility for MATH 091 |
| Applicability towards graduation: |
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| Offered: | Offered in Fall and Spring. |
Fall 2010 Offerings
| Course | Sec | Beg | End | Days | Instructor | Notes |
|---|---|---|---|---|---|---|
| ENGT 103 | 01 | 12:15p | 2:15p | Th,F | Rickert, P | |
| ENGT 103 | 02 | 6:00p | 7:50p | M,W | Rickert, P |
Summer 2010 Offerings
| Course | Sec | Beg | End | Days | Instructor | Notes |
|---|---|---|---|---|---|---|
| ENGT 103 | 01 | 10:00a | 12:30p | T,W,Th | Rickert, P |
Spring 2010 Offerings
| Course | Sec | Beg | End | Days | Instructor | Notes |
|---|---|---|---|---|---|---|
| ENGT 103 | 01 | 9:00a | 10:50a | M,W | Rickert, P |
Engineering Technology Courses
| Number | Title | Hours |
|---|---|---|
| ENGT 100 | Industrial Processes | 3-0-3 |
| ENGT 101 | Motor Control Fundamentals | 3-3-4 |
| ENGT 102 | Blueprint Reading | 3-0-3 |
| ENGT 103 | Fluid Power Fundamentals | 2-2-3 |
| ENGT 104 | CNC Fundamentals | 2-2-3 |
| ENGT 105 | Occupational Safety | 3-0-3 |
| ENGT 107 | BioFuel Manufacturing Fundamentals | 2-2-3 |
| ENGT 111 | Motor Control Applications | 3-3-4 |
| ENGT 120 | Process Control Fundamentals | 2-2-3 |
| ENGT 125 | BioProcess Operation Fundamentals | 1-2-2 |
| ENGT 130 | Power Transmission Fundamentals | 3-2-4 |
| ENGT 150 | Machining Fundamentals | 1-2-2 |
| ENGT 151 | Cutting & Workholding | 1-2-2 |
| ENGT 160 | Metrology | 1-2-2 |
| ENGT 200 | Industrial Materials | 3-0-3 |
| ENGT 210 | PLC Fundamentals | 3-2-4 |
| ENGT 211 | PLC Applications | 2-2-3 |
| ENGT 212 | Motor Control Systems | 3-3-4 |
| ENGT 213 | Robotic Fundamentals | 2-2-3 |
| ENGT 214 | Motion Control Applications | 2-2-3 |
| ENGT 215 | Motion Control Systems | 2-2-3 |
| ENGT 220 | Process Control Applications | 2-2-3 |
| ENGT 225 | BioProcess Operation Application | 2-4-4 |
| ENGT 226 | BioProcess Operation Systems | 2-2-3 |
| ENGT 230 | Power Transmission Applications | 2-2-3 |
| ENGT 231 | Piping Fundamentals | 1-2-2 |
| ENGT 232 | Rigging & Cranes | 1-2-2 |
| ENGT 233 | Lubrication Systems | 1-2-2 |
| ENGT 234 | Pump Applications | 1-2-2 |
| ENGT 235 | Industrial Machinery Repair | 1-2-2 |
| ENGT 240 | Hydraulic Applications | 2-2-3 |
| ENGT 241 | Pneumatic Applications | 2-2-3 |
| ENGT 242 | Fluid Power Systems | 2-2-3 |
| ENGT 250 | CNC Turning | 2-2-3 |
| ENGT 251 | CNC Milling | 2-2-3 |
| ENGT 252 | CAM Applications | 2-2-3 |
| ENGT 260 | Quality Fundamentals | 2-2-3 |
| ENGT 270 | Biofuels Manufacturing Applications | 2-2-3 |
| ENGT 290 | Work Experience Practicum & Seminar | 1-1-3 |
| ENGT 295 | Workplace Simulation & Project | 1-1-3 |
| ENGT 299 | System Integration | 1-4-3 |
