Download 01 - Bucks County Technical High School

Bucks County Technical High School
(hrs)
2010 – 2011
Time
TASK GRID
Mechatronics
Engineering
Technician
MECHATRONICS ENGINEERING
Class Code # 290
A.00
A.01
A.02
A.03
A.04
A.05
A.06
ORIENTATION
Identify related electrical occupations
Demonstrate safety awareness
Define electrical trade terms, symbols and abbreviations
Identify and demonstrate use of hand tools used in the electrical trade
Identify and demonstrate specialty tools of the electrical trade
Identify and demonstrate use of basic electrical materials
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3
3
3
3
6
B.00
B.01
B.02
B.03
B.04
B.05
B.06
B.07
B.08
B.09
B.10
B.11
B.12
BASIC SKILLS
Demonstrate basic math skills (Fractions and Decimals)
Demonstrate the use of rulers and measurement tools
Solder and de-solder electrical components
Measure AC and DC voltage, current and resistance with multi-meter
Use of oscilloscope for measurements
Investigate sources of electricity
Verify basic magnetic principles
Identify resistors and determine values
Identify capacitors and inductors and how they act in AC circuits
Demonstrate how current travels through the combination circuits
Demonstrate resistance, current, voltage and power using Ohm’s Law
Trace the distribution of voltage in series, parallel, and series/parallel
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6
D.00
D.01
D.02
D.03
D.04
D.05
D.06
D.07
DIRECT CURRENT CIRCUITS AND D.C. MACHINES
Construct and describe magnetic circuits
Construct and describe simple D.C. motors and generators
Describe operating characteristics of DC motors
Describe operating characteristics of DC generators
Construct and analyze direct current motor starter
Construct and analyze SCR speed control
Demonstrate basic operations of DC variable speed controller
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12
E.00
E.01
E.02
E.03
E.04
ELECTRONIC CIRCUITS
Verify diode characteristics
Calculate and verify basic transistor parameters
Construct and evaluate power supplies and filters
Construct and evaluate voltage regulator
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3
12
3
1
Bucks County Technical High School
(hrs)
2010 – 2011
Time
TASK GRID
Mechatronics
Engineering
Technician
MECHATRONICS ENGINEERING
Class Code # 290
E.05
E.06
E.07
E.08
Construct and evaluate operational amplifier circuits
Construct and evaluate basic SCR circuits
Construct and evaluate MOSFET and JFET circuits
Basic Digital Fundamentals
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6
3
12
F.00
F.01
F.02
F.03
F.04
F.05
F.06
SINGLE-PHASE TRANSFORMERS AND AC MACHINES
Measure single phase transformer voltages and currents
Measure autotransformer voltages and currents
Measure parallel and series transformer voltages and currents
Determine universal motor operating characteristics
Determine split-phase induction motor operating characteristics
Determine capacitor-start and capacitor-run motor operating
characteristics
J.00
J.01
J.02
J.03
J.04
J.05
J.06
J.07
J.08
J.09
J.11
J.12
J.13
ELECTRICAL MOTOR CONTROLS
Identify symbols and terms in electro-mechanical control circuits
Identify relays, contactors and motor starters
Demonstrate schematic wiring diagrams
Wire simple 2 and 3 wire control circuit
Wire time delay relay
Wire latching relay
Wire reversing starter
Wire multiple push button control
Wire sequential control circuit
Wire motor jogging control circuits
Wire AC reduced-voltage starting circuits
Wire and test electrical control circuits
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8
K.00
K.01
K.02
K.03
K.04
K.05
K.06
K.07
THREE-PHASE TRANSFORMERS AND AC MACHINES
Wire and analyze three-phase transformers
Wire and analyze three-phase wound rotor induction motor
Wire and analyze three-phase squirrel cage motor
Wire and analyze three-phase synchronous motor
Wire and analyze three-phase AC alternators
Wire and analyze three-phase induction motor starter
Demonstrate basic operation of AC variable speed motor drive
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12
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15
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12
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2
Bucks County Technical High School
(hrs)
2010 – 2011
Time
TASK GRID
Mechatronics
Engineering
Technician
MECHATRONICS ENGINEERING
Class Code # 290
L.00
L.01
L.02
L.03
L.04
L.05
L.06
L.07
L.08
L.09
L.10
L.11
DRAWING AND DESIGN
Introduction to Engineering Drawing and Design
Sketching, Lettering, and Lines
Drafting Equipment and Media
Computer-Aided Design and Drafting ( CADD )
Engineering Design Process
Geometric Construction
Multi-views
Auxiliary Views
Working Drawings
Technical Illustrations
Solid Modeling, Animation, and Virtual Reality
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12
8
18
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8
12
12
8
8
20
M.00
M.01
M.02
M.03
M.04
M.05
M.06
M.07
M.08
M.09
M.10
M.11
PROGRAMMABLE LOGIC CONTROLS
Identify parts and operation of PLC’s overview
PLC and control system components
Number systems and codes
Create relay logic diagrams
Programming the SLC-500
Programming logic gate functions in PLC’s
PLC logic and math functions
PLC timer and counter functions
PLC jump, compare, and subroutine functions
Troubleshooting and servicing the PLC system
PLC networks in Manufacturing
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N.00
N.01
N.02
N.03
N.04
N.05
N.06
N.07
N.08
N.09
N.10
N.11
ROBOTICS
Introduction to Robotics
Investigate fundamentals of robotics
Programming in Robotics
Industrial applications in Robotics
Robots in Manufacturing
Electromechanical systems (actuators and motors)
Electrical and fluid power systems
Maintaining Robotic Systems
Wire and verify operations of sensors
End of arm tooling and sensing
Digital Electronics in Robotics
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3
Bucks County Technical High School
(hrs)
2010 – 2011
Time
TASK GRID
Mechatronics
Engineering
Technician
MECHATRONICS ENGINEERING
Class Code # 290
O.00
O.01
O.02
O.03
O.04
O.05
O.06
MECHANICAL POWER TRANSMISSION
Identify terms and fundamental principles of mechanical power
Construct simple machines and verify basic mechanical principles
Identify basic principles of lubrication, bearings, v-belts
Use brakes and clutches
Use centrifugal pumps
Demonstrate precision measurement skill
10
12
12
9
9
9
P.00
P.01
P.02
P.03
P.03
P.04
P.05
P.06
P.07
ELECTRICAL POWER CIRCUITS
Identify terms symbols and abbreviations used in electricity
Demonstrate safe and proper use of AC/DC power supply
Calculate, construct and analyze DC circuits
Analyze characteristics of electrical transmission lines
Calculate, construct, and analyze single phase AC circuits
Calculate, construct, and analyze three phase AC circuits
Calculate real and apparent power
Use impedance on complex AC circuits
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3
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6
12
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3
Q.00
Q.01
Q.02
Q.03
Q.04
Q.05
Q.06
Q.07
Q.08
Q.09
Q.10
Q.11
Q.12
INTRODUCTORY PNEUMATICS
Investigate fundamentals of pneumatics
Examine the characteristics of air compressors
Examine the distribution and conditioning of air
Investigate measurement and control of air flow and air pressure
Demonstrate operation of manually operated directional control valves
Examine pneumatic actuators
Operate and analyze mechanical devices
Construct, test troubleshoot advanced pneumatic circuits
Identify electrical symbols and schematics for pneumatics
Use basic electricity in pneumatic circuits
Use electronic switches and sensors in pneumatics
Use electric control circuits and devices in pneumatics
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R.00
R.01
R.02
R.03
INTRODUCTORY HYDRAULICS
Investigate fundamentals of hydraulics
Examine characteristics of hydraulic pumps
Examine the transmission and conditioning of hydraulic fluid
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9
4
Bucks County Technical High School
(hrs)
2010 – 2011
Time
TASK GRID
Mechatronics
Engineering
Technician
MECHATRONICS ENGINEERING
Class Code # 290
R.04
R.05
R.06
R.07
R.08
R.09
R.10
R.11
R.12
Investigate measurement of oil flow and oil pressure
Demonstrate operation of manually operated directional control valves
Examine hydraulic actuators
Operate and analyze hydraulic actuator circuits
Construct, test, troubleshoot hydraulic control circuits
Identify electrical symbols and schematics for hydraulics
Use basic electricity in hydraulic circuits
Use electronic switches and sensors for hydraulics
Use electric control circuits, devices, and feedback for hydraulics
9
6
4
6
9
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6
9
12
S.00
S.01
S.02
S.03
S.04
MANUFACTURING SYSTEM WORKCELLS
Investigate fundamentals of flexible manufacturing systems
Assemble and test fluid power workcell using PLC and sensors
Assemble and test robotic workcell using multiple robots
Assemble and test complete workcell conveyor using trainer
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20
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24
T.00
T.01
T.02
T.03
T.04
T.05
T.06
T.07
T.08
TECHNICAL REPORT WRITING
What is Technical Writing
Describe a Product or a Mechanism
Describe How a Product or Mechanism Works
Learn Common Components of technical documents
Understanding Accident and Safety Documents
Identify and Describe the Components of Operation Manuals
Organization of a Maintenance Manual
Owners Manual Specifications
X.00
X.01
JOB SEEKING/JOB KEEPING SKILLS
Explore your value system to determine how it affects your job
performance
Complete application forms
Prepare a resume
Write a cover letter
Participate in a mock job interview
Evaluate employer-employee relationships and analyze your own on
the job attitudes
Your career portfolio
X.02
X.03
X.04
X.05
X.06
X.07
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Bucks County Technical High School
(hrs)
2010 – 2011
Time
TASK GRID
Mechatronics
Engineering
Technician
MECHATRONICS ENGINEERING
Class Code # 290
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