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Fall Winter


   Course taught at Carleton 
 
   Course taught at Algonquin 

Note: This schedule is provided only for convenience. The official schedule can be found on Carleton Central

 Time 
 08:00 
 08:30 
 09:00 
 09:30 
 10:00 
 10:30 
 11:00 
 11:30 
 12:00 
 12:30 
 13:00 
 13:30 
 14:00 
 14:30 
 15:00 
 15:30 
 16:00 
 16:30 
 17:00 
 17:30 
Monday
 
 
 
 
 
 
 
 
 
 
 
 
 
BIT1204 A1
Physics for Photonics II
T. Rozina [HP4160]
 
Tuesday
 
 
 
 
 
 
PLT1007 A
Assembly and Machine Language
D. Caughey [T130]
PLT1003 A
Optics/Optical Fibers I (Principles)
W. Almuhtadi [T129]
 
PLT1005 A
Introduction to Optics
I. Golub [T129]
 
 
 
Wednesday
 
BIT1204 A
Physics for Photonics II
P. Johns [RB2200]
BIT1201 A
Mathematics II for PLT
G. Li [AT301]
 
 
 
 
 
 
 
 
 
 
 
 
 
Thursday
 
PLT1005 A1
Introduction to Optics
I. Golub [T332]
 
PLT1003 A1
Optics/Optical Fibers I (Principles)
W. Almuhtadi [T332]
PLT1007 A
Assembly and Machine Language
D. Caughey [T130]
PLT1007 A1
Assembly and Machine Language
A. Cherid [T115]
 
 
Friday
 
BIT1204 A
Physics for Photonics II
P. Johns [RB2200]
BIT1201 A
Mathematics II for PLT
G. Li [AT301]
 
 
BIT1201 A1
Mathematics II for PLT
[SA316]
 
 
 
 
 
 
 
 
 

Fall Winter


   Course taught at Carleton 
 
   Course taught at Algonquin 

Note: This schedule is provided only for convenience. The official schedule can be found on Carleton Central

 Time 
 08:00 
 08:30 
 09:00 
 09:30 
 10:00 
 10:30 
 11:00 
 11:30 
 12:00 
 12:30 
 13:00 
 13:30 
 14:00 
 14:30 
 15:00 
 15:30 
 16:00 
 16:30 
 17:00 
 17:30 
Monday
 
 
 
 
BIT2005 A
Multivariate Calculus for Photonics
M. Moore [AT102]
 
 
 
BIT2400 B
Intermediate Programming
C. Ziraldo [AP132]
BIT2005 A1
Multivariate Calculus for Photonics
[SA403]
 
 
 
 
 
Tuesday
PLT2002 A1
Fiber Optics Communications I
W. Almuhtadi [T129]
 
PLT2003 A1
Laser Systems
I. Golub [T332]
 
 
PLT2006 A1
Semiconductors
B. Mansour [T332]
 
Wednesday
 
 
 
 
BIT2005 A
Multivariate Calculus for Photonics
M. Moore [AT102]
 
 
 
BIT2400 B
Intermediate Programming
C. Ziraldo [AP132]
 
 
 
 
 
 
 
Thursday
 
PLT2002 A
Fiber Optics Communications I
W. Almuhtadi [T129]
 
 
 
PLT2003 A
Laser Systems
I. Golub [T129]
 
PLT2006 A
Semiconductors
B. Mansour [T332]
 
 
 
Friday
 
 
 
 
 
 
 
BIT2400 B1
Intermediate Programming
[AP236]
 
 
 
 
 
 
 

Alternate Schedule
Schedule ASchedule B
Fall Winter


   Course taught at Carleton 
 
   Course taught at Algonquin 

Note: This schedule is provided only for convenience. The official schedule can be found on Carleton Central

 Time 
 08:00 
 08:30 
 09:00 
 09:30 
 10:00 
 10:30 
 11:00 
 11:30 
 12:00 
 12:30 
 13:00 
 13:30 
 14:00 
 14:30 
 15:00 
 15:30 
Monday
 
CCDP2004 A
Communication Skills
K. Davis [TB213]
 
 
 
 
 
 
 
 
 
Tuesday
 
PLT3010 A
Data Structures
W. Shi [AP132]
PLT3009 A
Project Management
R. Sabouni [ML153]
 
PLT3010 A1
Data Structures
[AP134]
 
 
 
Wednesday
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
Thursday
 
PLT3010 A
Data Structures
W. Shi [AP132]
PLT3009 A1
Project Management
[ML153]
 
 
 
 
 
 
 
 
Friday
 
 
PLT3004 A
Design of Optical Components and Systems
S. Yoon [T129]
 
 
PLT3004 A1
Design of Optical Components and Systems
S. Yoon [T129]
 
 

Fall Winter


   Course taught at Carleton 
 
   Course taught at Algonquin 

Note: This schedule is provided only for convenience. The official schedule can be found on Carleton Central

 Time 
 08:00 
 08:30 
 09:00 
 09:30 
 10:00 
 10:30 
 11:00 
 11:30 
 12:00 
 12:30 
 13:00 
 13:30 
 14:00 
 14:30 
 15:00 
 15:30 
 16:00 
 16:30 
 17:00 
 17:30 
Monday
 
PLT4900 A
Photonics Research Project
C. Smelser [ML153]
PLT4004 A
Biomedical Photonics
I. Golub [ML153]
PLT4007 A
Introduction to Solid State Physics
C. Smelser [ML153]
 
 
 
 
 
 
Tuesday
 
PLT3010 A
Data Structures
W. Shi [AP132]
 
 
 
 
 
PLT3010 A1
Data Structures
[AP134]
 
 
 
 
 
 
 
Wednesday
 
 
 
 
 
 
 
PLT4004 A1
Biomedical Photonics
[ML153]
PLT4007 A
Introduction to Solid State Physics
C. Smelser [ML153]
 
 
 
 
 
 
Thursday
 
PLT3010 A
Data Structures
W. Shi [AP132]
 
 
 
 
 
 
 
 
 
BIT2002 A
Marketing in the IT Sector
M. Sang [AP132]
 
Friday
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Please click on the course number to access more information

Click here for a list of equivalent courses.

Click here for the course progression map.

Year 1


Fall Winter
  BIT1200 Mathematics I for PLT (0.5)
  BIT1203 Physics for Photonics I (0.5)
  BIT1400 Intro to Programming and Problem Solving (0.5)
  PLT1002 Trends in Photonics (0.5)
  PLT1006 Introduction to Automation and Simulation (0.5)
  BIT1201 Mathematics II for PLT (0.5)
  BIT1204 Physics for Photonics II (0.5)
  PLT1003 Optics/Optical Fibers I (Principles) (0.5)
  PLT1005 Introduction to Optics (0.5)
  PLT1007 Assembly and Machine Language (0.5)

Year 2


Fall Winter
  BIT2000 Introduction to Statistics (0.5)
  PLT1006 Introduction to Automation and Simulation (0.5)
  PLT2001 Fundamentals of Light Sources (0.5)
  PLT2005 Circuits and Signals (0.5)
  PLT2008 Manufacturing Photonics Components (0.5)
  BIT2005 Multivariate Calculus for Photonics (0.5)
  BIT2400 Intermediate Programming (0.5)
  PLT2002 Fiber Optics Communications I (0.5)
  PLT2003 Laser Systems (0.5)
  PLT2006 Semiconductors (0.5)

Year 3


Fall Winter
  BIT2001 Introduction to Business (0.5)
  PLT3000 Fiber Optics Communications II (0.5)
  PLT3001 Photonics Manufacturing Systems (0.5)
  PLT3002 Real-Time Systems (0.5)
  PLT3003 Electro Magnetics (0.5)
  BITEE44 Open Elective (0.5)
  CCDP2004 Communication Skills (0.5)
  PLT3004 Design of Optical Components and Systems (0.5)
  PLT3009 Project Management (0.5)
  PLT3010 Data Structures (0.5)

Year 4


Fall Winter
  BITEE43 Art & Humanities Elective (0.5)
  BITEE44 Open Elective (0.5)
  PLT4001 Opto-Electronic Devices (0.5)
  PLT4006 Image and Signal Processing (0.5)
  PLT4900 Photonics Research Project (0.5)
  BIT2002 Marketing in the IT Sector (0.5)
  PLT3010 Data Structures (0.5)
  PLT4004 Biomedical Photonics (0.5)
  PLT4007 Introduction to Solid State Physics (0.5)
  PLT4900 Photonics Research Project (0.5)

Note: The elective code prefix 'BITEE', is not an official Carleton code and is used only here; do not look for them elsewhere