Electrical Sub-Plan (P1)

• ELEC 271 Digital Systems F | 4.25
• ELEC 252 Electronics I W | 4.25
• ENPH 213 Computational Engineering Physics W | 4

Materials Sub-Plan (P3)

• MECH 270 Materials Science and Engineering F | 3.75
• MECH 241 Fluid Mechanics I W | 3.5
• ENPH 213 Computational Engineering Physics W | 4

Mechanical Sub-Plan (P4)

• MECH 230 Thermodynamics I F | 3.5
• ENPH 213 Computational Engineering Physics W | 4
• MECH 241 Fluid Mechanics I W | 3.5

Computing Sub-Plan (P6)

• CMPE 212 Introduction to Computing Science II F/W | 4
• ELEC 278 Fundamentals of Information Structures F | 4
• CMPE 271 Scientific Computing W | 3

Note:

* MTHE 338  may be replaced by ENPH 312 . The second half of ENPH 312  replaces one of the required fourth year Physics List A electives.

** 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.

APSC 381  may be taken as a technical elective for students particularly interested in engineering design.

ENPH 491  and ENPH 495  are fourth year Physics List A electives offered every second year which students in their third year can consider taking.

Note: In February of Third Year students may apply for permission to take ENPH 456  and ENPH 457  as a combined alternate to (ENPH 455 , a 4th year List “B” course, and the Engineering Elective), to facilitate an Accelerated Master’s graduate degree ending 16 months after completion of the undergraduate Engineering Physics program. Details will be given in January of your 3rd year.

Electrical Sub-Plan (P1)

• ELEC 323 Continuous-Time Signals and Systems F | 3.75
• ELEC 353 Electronics II F | 4.5
• ENPH 372 Thermodynamics W | 3.5
• ELEC 324 Discrete-Time Signals and Systems W | 4
• ELEC 326 Probability and Random Processes F | 3.5

Materials Sub-Plan (P3)

• MECH 396 Mechanical and Materials Engineering Laboratory I F | K3
• MECH 370 Principles of Materials Processing F | 3.5
• ENPH 334 Electronics for Applied Scientists F | 5
• ENPH 372 Thermodynamics W | 3.5
• MECH 371 Fracture Mechanics and Dislocation Theory W | 3.5
• MECH 397 Mechanical and Materials Engineering Laboratory II W | K2

Mechanical Sub-Plan (P4)

• ENPH 334 Electronics for Applied Scientists F | 5
• MECH 330 Applied Thermodynamics II F | 3.5
• MECH 341 Fluid Mechanics II W | 3.5
• MECH 346 Heat Transfer W | 3.5
• MECH 350 Automatic Control W | 3.5

Computing Sub-Plan (P6)

• ELEC 271 Digital Systems F | 4.25
• ENPH 334 Electronics for Applied Scientists F | 5
• CMPE 320 Fundamentals of Software Development F | 4
• ELEC 274 Computer Architecture W | 4
• ENPH 372 Thermodynamics W | 3.5

Note:

* Students may take (ENPH 456  and ENPH 457 ) as a combined alternate to ENPH 455 , List “B” and Engineering Elective. See the description after 3rd year.

** Students may instead take APSC 480 , Multi-disciplinary Industry Engineering Design Project (9 credits FW) as a substitute for ENPH 454  and one list “B” course. Note that APSC 480  has a prerequisite of APSC 381  or permission of the instructor.

One from Physics List A:

Physics List A:

• ENPH 321 Advanced Mechanics W | 3.5
• ENPH 414 Introduction to General Relativity F | 3
• ENPH 460 Laser Optics W | 3.5
• ENPH 472 Statistical Mechanics F | 3.5
• ENPH 480 Solid State Physics F | 3.5
• ENPH 483 Nanoscience and Nanotechnology W | 3.5
• ENPH 490 Nuclear Physics F | 3.5
• ENPH 491 Physics of Nuclear Reactors F | 3.5 ¹
• ENPH 495 Introduction to Medical Physics W | 3 ²

Electrical Sub-Plan (P1)

• ENPH 336 Solid State Devices W | 3.25

Materials Sub-Plan (P3)

• ENPH 480 Solid State Physics F | 3.5

Mechanical Sub-Plan (P4)

Computing Sub-Plan (P6)