BACHELOR (LICENSE) PHYSICS (B. SC.)
Goal
This program provides a fundamental knowledge of the physical universe in its different scales. On the menu, a theoretical and experimental training in important areas of physics with mathematics and efficient IT tools. The courses address a significant number of current issues, including analytical mechanics, relativity, electromagnetism and waves, thermodynamics and statistical physics, quantum physics, lasers and fiber optics, semi and superconductors , astrophysics, subatomic physics and medical imaging. You will be able to use the devices and to apply scientific methods used to observe and measure physical phenomena and interpret the results while linking them to the laws, rules and relevant models.
Ability
A passion for science and nature. Desire to understand the laws governing the world around us. Loving calculate well as analyze and solve problems. Loving research. Have capacity for abstraction and reasoning. Owning a methodical mind and be thorough. Have a good concentration. Be persistent.
Opportunity
Today physics studies a wide range of problems among the most abstract and complex. Physical seeking answers everywhere: both in the infinitely small world of elementary particles than in the infinitely large, the arrangement of galaxies. Nothing escapes this area whose applications are numerous. Whether we think of the new lasers, for example, used both in basic research in biomedical imaging.
A teaching career in high school is also possible: the specialized graduate degree (DESS) in education as well as the Masters in Physical offer additional preparation prized by several universities. In addition, under certain conditions, you can legally qualify for secondary education by obtaining 61 credits mainly related to internships and teaching in the Bachelor of Secondary Education – Science and Technology.
Professions
In Theoretical and Experimental Physics Researcher
Teacher
Science journalist and adviser
Employers
Academic institutions, college and high school
Research laboratories
Tech companies
Media
OPEN TO ADVANCED PROGRAMS
This leads to bachelor graduate studies in physics, particularly in the following subject areas: astrophysics, optics, photonics and laser, atomic and molecular physics, medical physics, nuclear physics, theoretical science and space physics.
CONDITIONS OF ADMISSION
All requirements must be met when undertaking the program.
The applicant must meet the following conditions:
Be 18 years or older.
Hold a high school diploma (Bac II) or its equivalent.
Having left school early.
Applicants presenting a combination of education and relevant experience deemed equivalent to that required of the holder applicant may be eligible as a result of the analysis of the file. The program is limited enrollment, the number of places is very limited.
Selection criteria
The application is analyzed on the basis of the quality of academic record.
Laptop
In undertaking its program, the student must acquire, from the first session, a portable computer equipped with a number of software, allowing the applicant to undertake the course of his research. Proficiency in basic computer functions and common software is essential. Introductory courses to specialized software are offered outside the program.
Knowledge of French
The student admitted to the physics department must comply with the provisions relating to the application of the Policy on the use of French at the University GOC
Non-francophone candidate
The candidate whose language of instruction in primary and secondary education is not the French must demonstrate a minimum level of knowledge of the French language. His skills in written French will be assessed on arrival and, where applicable, a patch French courses could be added to its journey.
PROGRAM STRUCTURE
GRADE
Bachelor (Licence) in Physics (B. SC.)
*This page presents the official version of the program. The University G.O.C. reserves the right to change the content without notice.
PHY – Physics
PHY0150 Physics: Classical Mechanics
PHY0250 Physics: Electricity and Magnetism
PHY0260 Physics Waves and particles
PHY1000 Introduction to astrophysics
I PHY1001 Mathematical Physics
PHY1002 Mathematical Physics II
PHY1003 Mechanics and Relativity
PHY1004 Mathematical Physics III
PHY1005 Waves and linear systems
PHY1006 Quantum Physics
PHY1007 Electromagnetics
PHY1008 Experimental Physics I
PHY1100 laboratory work
PHY1590 Internship Physics I
PHY1902 Astronomy: a guided tour of the Universe
PHY1903 General Physics
PHY1904 Physics Measurements
PHY1905 Astronomy General
PHY1906 Life, the Universe and the rest: introduction to astrobiology
PHY1910 Wood Physics
PHY2000 Analytical Mechanics
PHY2001 Electromagnetic waves
PHY2002 Experimental Physics II
PHY2003 Physics heat
PHY2004 Optics
PHY2005 Quantum Mechanics I
PHY2006 Experimental Physics III
PHY2007 atomic and nuclear physics
PHY2100 Space sciences
PHY2200 Astrophysics
PHY2500 Physics ideas Evolution
PHY2501 Mathematical Methods in Physics
PHY2502 Nonlinear dynamics, chaos and complexity
PHY2590 Physics Course II
PHY2900 Laboratory Science and Technology
PHY2901 Physics in our environment
PHY3000 Statistical Physics
PHY3001 Quantum Mechanics II
PHY3002 Experimental Physics IV
PHY3003 Solid State Physics
PHY3004 Experimental Physics V
PHY3200 Plasma Physics
PHY3201 Atomic and Molecular Physics
PHY3202 Project I
PHY3400 Physics and Nuclear Medical
PHY3500 Computational Physics
PHY3501 Particle Physics
PHY3590 Physics Course III
PHY4000 Medical Imaging
PHY4015 Quantum Mechanics II
TRACKING PROGRAM (90 credits)
PHY-1000: Introduction to astrophysics (3 credits) Description PHY-1001: Mathematical Physics I (3 credits) Description PHY-1002: Mathematical Physics II (3 credits) Description PHY-1003: Mechanics and Relativity (3 credits) Description PHY-1004: Mathematical Physics III (3 credits) Description PHY-1005: Waves and Linear Systems (3 credits) Description PHY-1006: Quantum Physics (3 credits) Description PHY-1007: Electromagnetism (3 credits) Description PHY-2000: Analytical Mechanics (3 credits) Description PHY-2001 Electromagnetic waves (3 credits) Description PHY-2002: Experimental Physics II (3 credits) Description PHY-2003: Heat Physics (3 credits) Description PHY-2007: Atomic and nuclear physics (3 credits) Description PHY-2004: Optical (3 credits) Description PHY-2005: Quantum Mechanics I (3 credits) Description PHY-2006: Experimental Physics III (3 credits) Description PHY-3000: Statistical Physics (3 credits) Description PHY-3002: Experimental Physics IV (3 credits) Description PHY-3003: Solid State Physics (3 credits) Description PHY-3004: Experimental Physics V (3 credits) Description RULE 1-3 AMONG CREDITS: GLO-1901: Introduction to Programming with Python (3 credits) Description IFT-1004: Introduction to Programming (3 credits) Description IFT-1701: Introduction to algorithmic and programming (3 credits) Description
OTHER REQUIREMENTS PROGRAM (27 CREDITS)
The student can take three optional practical training courses: PHY-1590-PHY 2590 and PHY-3590. The credits of these courses are in addition to the credit requirements of the program. To register, contact the program director.
GPH-2102: Fiber optic (4 credits)
Description
GPH-3100: Fundamentals of Photonics (3 credits)
Description
GPH-3003: Hands-Biomedical Engineering (3 credits)
Description
GPH-4100: Lasers and Applications (3 credits)
Description
GPH-4101: Introduction to optical design (3 credits)
Description
GPH-4102: Hands-oriented biophotonics (3 credits)
Description
PHY-2100: Space Science (3 credits)
Description
PHY-2200: Astrophysics (3 credits)
Description
PHY-2500: physics ideas Evolution (3 credits)
Description
PHY-2501: Mathematical Methods in Physics (3 credits)
Description
PHY-2502: Nonlinear dynamics, chaos and complexity (3 credits)
Description
PHY-3202: Project I (3 credits)
Description
PHY-3500: Computational Physics (3 credits)
Description
PHY-3501: Particle Physics (3 credits)
Description
PHY-4000: Medical Imaging (3 credits)
Description
PHY-4015: Quantum Mechanics II (3 credits)
Description
PHY-4200: Astronomical Instrumentation (3 credits)
Description
PHY-4201: Introduction to General Relativity (3 credits)
Description
REQUIREMENTS 2-3 In 12 CREDITS
Pass the course ANL-2020 Intermediate English II. The student who demonstrates that he has acquired this level can choose an English course higher. If he has acquired the Advanced level English II, he may choose a course of another modern language.
BIO-1250: Physical Oceanography (3 credits)
Description
BPH-2001: Introduction to Biophotonics (3 credits)
Description
CHM-1900: Physical chemistry applied to wood (3 credits)
Description
GCI-1005: Environmental Engineering Introduction (3 credits)
Description
GCI-2009: Hydrology (3 credits)
Description
GCI-3001: Environmental Impacts (3 credits)
Description
GEL-2001: Signal Analysis (3 credits)
Description
GEL-4201: Optical Communications (3 credits)
Description
GIF-1002: Logic Devices (3 credits)
Description
GLG-1000: Planet Earth (3 credits)
Description
GLG-1004: Geophysics globe (3 credits)
Description
GLG-1006: Paleontology and Evolution (3 credits)
Description
GMC-1003: Introduction to fluid mechanics (3 credits)
Description
GMC-2005: Applied Fluid Dynamics (3 credits)
Description
GML-1001: Materials Engineering (3 credits)
Description
HST-2901: History of Mathematics (3 credits)
Description
IFT-1003: Analysis and Design of Information Systems (3 credits)
Description
IFT-1903: Computer Engineering (3 credits)
Description
IFT-1904: C ++ Programming with Linux (4 credits)
Description
IFT-2103: Programming of video games (3 credits)
Description
MAT-2910: Numerical Analysis for Engineers (3 credits)
Description
STT-1000: Probability and Statistics (3 credits)
Description
and all courses BIO codes (with the exception of BIO-1909), BCM, BCX and MCB
DDU-1000: Foundations for Sustainable Development (3 credits)
Description
ENT-1000: Know undertake: the passion to create and act (3 credits)
Description
LP-3900: Recognition of student involvement (3 credits)
Description
and all courses in the following disciplines: ANT, ARC, ARD, ARL, ART, ART, CAT, CIN, COM, DRT, EAN, EDC, ETN, FRN, GGR, HAR, HST, JOU, MUS, IHP, POL, PSY, RLT, SCR, SHR, STC, SVS, THL, THT
LPG-3900 course can be selected only upon approval.
ASTROPHYSICS 12 CREDITS
RULE 1-12 AMONG CREDITS:
GPH-4101: Introduction to optical design (3 credits)
Description
PHY-2100: Space Science (3 credits)
Description
PHY-2200: Astrophysics (3 credits)
Description
PHY-3202: Project I (3 credits)
Description
PHY-4200: Astronomical Instrumentation (3 credits)
Description
PHY-4201: Introduction to General Relativity (3 credits)
Description
RULE 1-12 AMONG CREDITS:
GEL-2001: Signal Analysis (3 credits)
Description
GEL-4201: Optical Communications (3 credits)
Description
GPH-2102: Fiber optic (4 credits)
Description
GPH-3100: Fundamentals of Photonics (3 credits)
Description
GPH-4100: Lasers and Applications (3 credits)
Description
GPH-4101: Introduction to optical design (3 credits)
Description
GPH-4102: Hands-oriented biophotonics (3 credits)
Description
PHY-3202: Project I (3 credits)
Description
RULE 1-12 AMONG CREDITS:
BPH-2001: Introduction to Biophotonics (3 credits)
Description
GPH-3003: Hands-Biomedical Engineering (3 credits)
Description
GPH-4102: Hands-oriented biophotonics (3 credits)
Description
PHY-3202: Project I (3 credits)
Description
PHY-3501: Particle Physics (3 credits)
Description
PHY-4000: Medical Imaging (3 credits)
Description
STT-1000: Probability and Statistics (3 credits)
Description
RULE 1-12 AMONG CREDITS:
PHY-2500: physics ideas Evolution (3 credits)
Description
PHY-2501: Mathematical Methods in Physics (3 credits)
Description
PHY-2502: Nonlinear dynamics, chaos and complexity (3 credits)
Description
PHY-3202: Project I (3 credits)
Description
PHY-3500: Computational Physics (3 credits)
Description
PHY-3501: Particle Physics (3 credits)
Description
PHY-4015: Quantum Mechanics II (3 credits)
Description
PHY-4201: Introduction to general relativity (3 credits)
Description
International profile
EHE-1PHY: Studies – International profile – Bachelor’s degree in physics (12 to 18 credits)
Description