Second Year Common CORE - 2009-2010
| ELEC 221 |
Electric Circuits |
F |
3-0-.5 |
3.5
|
MATH 227 (MTHE 227)
|
Vector Analysis |
F |
3-0-0 |
3 |
MATH 237 (MTHE 237)
|
Differential Equations and Computer
Methods |
F |
3-.5-0 |
3.5
|
PHYS 225 (ENPH 225)
|
Mechanics |
F |
3-0-.5 |
3.5
|
PHYS 242 (ENPH 242)
|
Relativity and Quanta |
F |
3-0-.25 |
3.25 |
PHYS 251 (ENPH 251)
|
Engineering Physics Laboratory |
FW |
1-3-0 |
4 |
| Complementary Studies **, List A |
F/W |
|
3 |
PHYS 211 (ENPH 211)
|
Applied Physics |
W |
3-0-.5 |
3.5
|
PHYS 213 (ENPH 213)
|
Computational Engineering Physics |
W |
2-1-0 |
3 |
PHYS 231 (ENPH 239)
|
Engineering Electricity and
Magnetism |
W |
3-0-.5 |
3.5
|
PHYS 274 (ENPH 274)
|
Thermodynamics |
W |
3-0-.5 |
3.5
|
** Students are free to take Complementary Studies courses at any time in their program that suits their interests, workloads and schedules. Read explanatory notes on Complementary Studies at the end of this section.
ELECTRICAL OPTION (P1)
MATERIALS OPTION (P3)
| MECH 270 | Materials Science and Engineering | F | 3-.5-.25 | 3.75
|
MECHANICAL OPTION (P4)
| MECH 271 | Materials Science and Engineering | F | 3-0-.5 | 3.5
|
| MECH 341 | Fluid Mechanics II | W | 3-0-.5 | 3.5
|
COMPUTING OPTION (P6)
CISC 212 (CMPE 212)
| Computing Science for Engineers | F | 3-0-1 | 4 |
| ELEC 278 | Fundatmentals of Information Structures and Software Engineering | W | 3-.5-.5 | 4 |
Third Year Common CORE - 2010-2011
| MATH 338 (MTHE 338)* | Topics in Applied Mathematics | F | 3-0-.5 | 3.5
|
PHYS 344 (ENPH 344)
| Introduction to Quantum Mechanics | F | 3-0-.5 | 3.5
|
PHYS 351 (ENPH 351)
| Engineering Physics Laboratory | F | 0-2-0 | 2 |
| Complementary Studies **, List A | F/W | | 3 |
PHYS 332 (ENPH 332)
| Electromagnetic Theory | W | 3-0-.5 | 3.5
|
PHYS 380 (ENPH 380)
| Electrical and Optical Properties of Materials | W | 3-0-.25 | 3.25 |
PHYS 345 (ENPH 345)
| Quantum Physics of Atoms, Nuclei and Particles | W | 3-0-.5 | 3.5
|
PHYS 352 (ENPH 352)
| Measurement, Instrumentation and Experiment Design | W | 3-1-0 | 4 |
* MATH 338 (MTHE 338) may be replaced by PHYS 312 (ENPH 312)
ELECTRICAL OPTION (P1)
One of | ELEC 274 | Computer Architecture | W | 3-.5-.5 | 4 |
| ELEC 324 | Signals and Systems II | W | 3-.5-.5 | 4 |
| ELEC 326 | Probability and Random Processes
| W | 3-0-.5 | 3.5
|
MATERIALS OPTION (P3)
| MECH 396 | Materials Engineering Laboratory I | F | .75-.75-0 | 1.5 |
| MECH 370 | Principles of Materials Processing | F | 3-0-.5 | 3.5
|
PHYS 334 (ENPH 334)
| Electronics for Applied Scientists | F | 2-1.5-0 | 3.5
|
| MECH 371 | Fracture Mechanics and Dislocation Theory | W | 3-0-.5 | 3.5
|
| MECH 397 | Materials Engineering Laboratory II | W | .75-.75-0 | 1.5 |
MECHANICAL OPTION (P4)
PHYS 334 (ENPH 334)
| Electronics for Applied Scientists | F | 2-1.5-0 | 3.5
|
| MECH 350 | Automatic Controls | W | 3-0-.5 | 3.5
|
Elective from fourth year Mechanical List B
| | | 3.5
|
COMPUTING OPTION (P6)
Fourth Year Common CORE - 2011-2012
ENPH 454
| Advanced Engineering Physics Design Project
| F
| 0-4.5-0
| 4.5
|
| APSC 221 | Economic and Business Practices in Engineering
| F/W | 3-0-0 | 3
|
| Complementary Studies **, List A, B,C or D | F/W | | 3 |
| Engineering Elective 1 | F/W | | 3 |
| ENPH 455 | Engineering Physics Thesis | F/W | 0-0-4 | 4 |
ENPH 453
| Advanced Physics Laboratory
| W
| 0-3.5-0
| 3.5
|
1
2 Students who are particularly
interested in engineering design may take APSC 480 plus PHYS 453 in
place of ENPH 454 plus their fourth year engineering elective. This
substitution requires either that the student has taken APSC 381 or has
the permission from the instructor of APSC 480.
Two from Physics List A:
Physics List A:
1 ENPH 491 will be offered in 2011/2012 and alternate years thereafter.
2 ENPH 495 will be offered in 2012/2013 and alternate years thereafter.
ELECTRICAL OPTION (P1)
One of the following three courses:
Two courses from the Electrical List B, of which at least one must be numbered above 400:
Electrical List B
CHEE 340
| Biomedical Engineering
| F
| 3-0-.5
| 3.5
|
| ELEC 324 | Signals and Systems II | W
| 3-.5-.5 | 4 |
| ELEC 371 | Microprocessor Systems | F
| 3-1-.5 | 4.5
|
| ELEC 374 | Digital Systems Engineering | W
| 3-1-.25 | 4.25
|
ELEC 408
| Topics in Biomedical Engineering
| W
| 3-0-0
| 3
|
| ELEC 421 | Signal Processing: Digital Filters and System Design
| F
| 3-.5-.5 | 4 |
| ELEC 422 | Signal Processing: Random Models and Applications
| W
| 3-0-0 | 3 |
| ELEC 443 | Control Systems I | F
| 3-.5-0 | 3.5
|
| ELEC 448 | Introduction to Robotics: Mechanics and Control | F
| 3-.5-0 | 3.5
|
| ELEC 451 | Digital Integrated Circuit
Engineering | F
| 3-0-0 | 3 |
| ELEC 454 | Analog Electronics | W
| 3-0-0 | 3 |
| ELEC 457 | Integrated Circuits and System Applications | W
| 3-0-0 | 3 |
| ELEC 461 1 | Digital Communications | F
| 3-0-0 | 3 |
| ELEC 464 | Wireless Communications | W
| 3-0-0 | 3 |
| ELEC 471 | Computer Networks I | F
| 3-0-0 | 3 |
ELEC 476
| Modeling and System Simulation
| W
| 3-0-.5
| 3.5
|
ELEC 478
| Computer Networks II
| W
| 3-0-0
| 3
|
| ELEC 4831 | Microwave and RF Circuits and Systems | F
| 3-0-0 | 3 |
| ELEC 486 | Fiber Optic Communications | W
| 3-0-.5 | 3.5
|
1 With permission of the instructor.
MATERIALS OPTION (P3)
| ENPH 483 | Nanoscience and Nanotechnology | W
| 3-0-.5 | 3.5
|
| Engineering Elective II
| F/W
|
| 3
|
*The Engineering Elective can be any third or fourth year course from the Applied Science Calendar with at least 3 academic units. The Engineering Elective must be approved by the Chair of Undergraduate Studies. At least one of the Engineering Electives (I or II) must be numbered above 400.
Two courses from the Materials list B:
Materials List B
| MDEP 437 | Fuel Cell Technology | F
| 3-0-.5 | 3.5
|
MECH 423
| Introduction to Microsystems
| W
| 3-0-.5
| 3.5
|
MECH 425
| Engineering for Sustainable Development
| W
| 3-0-.5
| 3.5
|
| MECH 470 | Deformation Processing | W
| 3-.25-.25 | 3.5
|
| MECH 476 | Engineering of Polymers and Composites | F
| 3-.25-.25 | 3.5
|
| MECH 478 | Biomaterials | F
| 3-0-.5 | 3.5
|
| MECH 479 | Nano-Structured Materials | W
| 3-0-.5 | 3.5
|
| MECH 483 | Nuclear Materials | W
| 3-0-.5 | 3.5
|
MECH 484
| Introduction to Ceramics
| F
| 3-0-.5
| 3.5
|
CHEE 340
| Biomedical Engineering
| F
| 3-0-.5
| 3.5
|
MECHANICAL OPTION (P4)
Three
courses, two from Mechanical List B and one from either Physics List A or Mechanical List B. At least one from Mechanical List B must be numbered above 400.
Mechanical List B
| APSC 381 | Fundamentals of Design Engineering | W
| 3-0-.5 | 3.5
|
CHEE 340
| Biomedical Engineering | F
| 3-0-.5
| 3.5
|
MECH 330
| Applied Thermodynamics II
| W
| 3-0-.5
| 3.5
|
MECH 346
| Heat Transfer
| W
| 3-0-.5
| 3.5
|
MECH 420
| Vibrations
| F
| 3-0-.5
| 3.5
|
MECH 423
| Introduction to Microsystems
| F
| 3-0-.5
| 3.5
|
MECH 424
| Life Cycle Engineering
| W
| 3-0-.5
| 3.5
|
MECH 425
| Engineering for Sustainable Development
| W
| 3-0-.5
| 3.5
|
| MECH 430 | Thermal Systems Design | W
| 3-.5-.5 | 4 |
MECH 435
| Internal Combustion Engines
| W
| 3-0-1
| 4
|
MECH 439
| Turbomachinery
| W
| 3-0-.5
| 3.5
|
MECH 441
| Fluid Mechanics III
| W
| 3-.5-.5
| 4
|
MECH 444
| Computational Fluid Dynamics
| W
| 3-0-.5
| 3,5
|
MECH 448
| Compressible Fluid Flow
| F
| 3-0-.5
| 3.5
|
| MECH 452 | Mechatronics Engineering | F
| 2-1.5-.5 | 4 |
MECH 456
| Introduction to Robotics
| W
| 3-0-.5
| 3.5
|
| MECH 465 | Computer-Aided Design | F
| 3-0-.5 | 3.5
|
MECH 480
| Aerospace Engineering
| W
| 3-0-.5
| 3.5
|
| MECH 495 | Ergonomics and Design | F
| 3-0-.5 | 3.5
|
| MDEP 437 | Fuel Cell Technology | F
| 3-0-.5 | 3.5
|
COMPUTING OPTION (P6)
| CMPE 320 | Fundamentals of Software Development
| 3-0-1 | 4 |
One of:
ELEC 371
| Microprocessor Systems
| F
| 3-1-.5
| 4.5
|
ELEC 3741
| Digital Systems Engineering
| W
| 3-1-.25
| 4.25
|
1 With permission of instructor.
One from Computing List B:
Computing List B:
CMPE 452
| Neural and Genetic Computing
| F
| 3-0-0
| 3
|
CMPE 454
| Computer Graphics
| W
| 3-0-0
| 3
|
CMPE 457
| Image Processing and Computer Vision
| F
| 3-0-0
| 3
|
CMPE 458
| Programming Language Processors
| W
| 3-0-0
| 3
|
CMPE 472
| Medical Informatics
| F
| 3-0-0
| 3
|
ELEC 408
| Topics in Biomedical Engineering
| F
| 3-0-0
| 3
|
ELEC 470
| Computer System Architecture
| W
| 3-0-.5
| 3.5
|
Complementary Studies
Refer to the Complementary Studiessection
of this calendar for details regarding the requirements for all
Engineering programs. For the Engineering Physics Program, the
Engineering Economics course is APSC 221, and the Communications
requirements are met through courses in the core program.
