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TEJ 3M/4M

curriculum expectations, senior TEJ
by

Timothy King

on 16 September 2014

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Transcript of TEJ 3M/4M

TEJ 3M
electrical engineering
computer science
computer hardware
computer software
computer interfacing
programming
networking
analogue electronics
digital electronics
robotics
Computer Technology
computer hardware
operating systems
bios/uefi
electrical components
electrical devices
electrical laws (Ohm etc)

networking
concepts, TCP/IP, subnets, MAC, etc
Data representation
digital logic
binary, hex, ascii, addressing, boolean logic
design process
troubleshooting
circuit simulation
assessment & setup
schematics
soldering
programming
constants, variables, expressions, input, output, selection & repetition structures, design process
pc building, parts selection,
computer components, etc
firmware
compatibility
network topologies
cable building
management & analysis
electronics
robotics
computer interfacing
computer systems
goal orientated system design, troubleshooting & repair, upgrading, etc
debugging
external device control
Technology Soft Skills
Environmental considerations
social effects
professional practices
health & safety
ethics
security
career opportunities
TEJ 4M
computer hardware
networking
Data representation
digital logic
electronics
robotics
computer interfacing
computer systems
Technology in Society
Environmental factors in technology
professional opportunities
ethics & security
internal system buses, advanced storage options, how comp-tech is used in other fields
permissions & security, optimization & customization
boot processes, resource allocation, hardware recognition, port settings, energy management
data flow between ports & peripherals
terminology for electrical components & computer interfaces
input & output device functionality, electrical circuit design in interface & control systems
calculate circuit loads
design & diagram circuits
routing protocols
data transmission
seven layers
of the OSI
calculating IP addressing
static v. dynamic/class addressing
applied binary arithmetic
Karnaugh maps & Boolean logic
design & build computer logic circuits
analogue to digital conversion
computer storage techniques
specialty tool use: cable tester, multimeter, crimper, oscilloscope, etc
network cable building
reading technical reference material
create a work log
diagnosis
design process
integrated & discrete circuit building
robotics
troubleshooting
design & build a network
networking services: HTTP, FTP, SMTP, DHCP, etc
configure servers, workstations
use diagnostic tools
low vs. high level languages
write a low level program that runs a controller device
programming
Digital lifestyles: positives & negatives
http://www.nasa.gov/audience/foreducators/plantgrowth/reference/Eng_Design_5-12.html#.Uu5t1fldWSo
engineering design process
These are curriculum expectations lifted directly from the Ministry of Education document on the senior computer engineering courses...
The Engineering Process at the heart of TEJ!
http://www.edu.gov.on.ca/eng/curriculum/secondary/2009teched1112curr.pdf
Full transcript