TRACKING BACHELOR (LICENSE) CHEMISTRY (BSC)
Goal
The bachelor in chemistry will enable the student to understand the concepts, methods and principles on which chemistry is based. The student will gain the knowledge and skills necessary to carry out tasks of analysis, characterization and synthesis chemistry. Laboratory work, safety at work and professional ethics will also be the focus of student training.
Abilities
A passion for science. Have a great desire to understand the constitution and characteristics of the material. Loving observe phenomena as well as analyze, compare and quantify the data. Owning a rigorous and methodical mind, and love precision. Have good powers of concentration and observation. Have good manual dexterity. Being versatile and love teamwork.
Opportunity
The sectors that will be available are numerous. Chemists are developing new products, invent industrial processes, design new methods for the preparation, separation, identification and purification of chemical compounds. They make custom molecules, such as synthetic fibers, ceramics, medicines, etc. They even appealed to them to establish the authenticity of art objects, age of archaeological artifacts, the cause of fires, the identity of criminals, etc.
A teaching career is also possible. Under certain conditions, the student can legally qualify for secondary education by obtaining 61 credits mainly related to internships and teaching in the Bachelor of Secondary Education – Science and
The Bachelor of Architecture allows to enroll in the Master of Architecture, which in turn gives access to the Ordre des architectes du Québec (OAQ).
Professions
Researcher
Chemist
Quality control chemist
Teacher
Scientific Representative
Employers
- Educational Institutions
- Private industries and laboratories
- Government Agencies
Opening senior programs
Bachelor opens the door to higher studies in chemistry cycles..
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 EA 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. To this end, it must pass the International French Test (TFI) from within a network Educational Testing Service (ETS) at the time of filing the application and obtain a minimum result of 860/990. 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 Chemistry (BSc.)
*This page presents the official version of the program. The University G.O.C. reserves the right to change the content without notice.
BCM – Biochemistry
BCM – Biochemistry
BCM1001 Structural biochemistry
BCM1002 Technical Biochemistry
BCM1004 Biochemistry Laboratory
BCM1510 Seminar in biochemistry industrial placement I
I BCM1902 General Biochemistry Laboratory
BCM1903 Biochemistry and Metabolism
Seminar II
BCM2510 Industrial internship in Biochemistry
BCM2590 Internship in Biochemistry I
BCM3510 Seminar III industrial internship in Biochemistry
BCM3590 Internship in Biochemistry II
BCM3591 Internship in Biochemistry III
BCM7000 Special Topics (Biochemistry)
BCM7001 Special Topics (Biochemistry)
BCX – Medical Biochemistry
BCX1000 Biochemistry
BCX1900 Biochemistry
BCX1901 Biochemistry
BCX2900 Medical Biochemistry
BIO – Biology
BIO1251 Ocean Biogeochemistry and Climate
BPH -Biophotonics
BPH7008 Quantitative methods in analytical chemistry
BPH7013 Biochemistry
OAG – Plant Biology
BVG7040 Plant Biochemistry
CHM – Chemistry
CHM0150 General Chemistry
CHM0160 Chemical solutions
CHM0170 Elements of General Chemistry and solutions
CHM0250 Organic Chemistry
CHM1001 Introduction to analytical chemistry
CHM1003 Organic Chemistry I
Chemistry
CHM1005 elements of groups s and p
CHM1006 Instrumental Analytical Chemistry
Biochemistry CHM1007
CHM1700 Additional Chemistry Course I
CHM1701 Additional Courses in Chemistry II
CHM1900 Physical chemistry applied to wood
CHM1901 Chemical Engineering
CHM1902 Physical Chemistry for Engineers
CHM1903 Water chemistry
CHM1904 Analytical Chemistry Laboratory
CHM1906 Analytical Chemistry Laboratory
CHM2000 Organic Chemistry II
CHM2001 Organic Chemistry Spectroscopy
CHM2003 Lab of instrumental analytical chemistry
CHM2004 Physical Chemistry Lab
CHM2005 Transition metals Chemistry
CHM2150 Chemistry serving the environment
CHM2590 Course in Chemistry I
Chemistry II
CHM2591 Internship
CHM2900 Chemical wood
CHM2903 Physical Chemistry and Life Sciences
CHM3001 Quantum chemistry and spectroscopic applications
CHM3101 Organic Chemistry Advanced
Chemistry Tracking Program – (90 credits)
CHM-1000: Structure of atoms and molecules (3 credits)
Description
CHM-1001: Introduction to analytical chemistry (3 credits)
Description
CHM-1002: Dangers, risks and management of hazardous materials (3 credits)
Description
CHM-1003: Organic Chemistry I (3 credits)
Description
MAT-1920: Mathematics for science (3 credits)
Description
CHM-1004: Thermodynamics and chemical kinetics (3 credits)
Description
CHM-1005: Chemical elements of groups s and p (3 credits)
Description
CHM-1006: Instrumental Analytical Chemistry (3 credits)
Description
CHM-1007: Biochemistry (3 credits)
Description
CHM-2000 Organic Chemistry II (3 credits)
Description
CHM-2001: organic chemistry Spectroscopy (3 credits)
Descriptive
CHM-2002: Applications of Thermodynamics (3 credits)
Description
CHM-2003: Hands of instrumental analytical chemistry (3 credits)
Description
COM-1908: Communication for chemists (3 credits)
Description
CHM-2004 Physical Chemistry Lab (3 credits)
Description
CHM-2005: transition metal chemistry (3 credits)
Description
CHM-2006: Organic Synthesis Lab (3 credits)
Description
CHM-3001: Quantum chemistry and spectroscopic applications (3 credits)
Description
CHM-3002: Chemical and professional liability analysis (3 credits)
Description
CHM-3003: Works inorganic synthesis Practices (3 credits)
Description
PHI-3900: Ethics and Professionalism (3 credits)
Description
The student can complete four optional practical training courses: CHM-2590, 3590-CHM, CHM, CHM-3592 and 3591. The credits of these courses are in addition to the credit requirements of the program. To register, contact the program director.
OFI-3001: Determination of protein structure (3 credits)
Description
OFI-4004: Computational Genomics (3 credits)
Description
BIO-4900: Ecology and Environment (3 credits)
Description
CHM-2150: Environmental Chemistry service (3 credits)
Description
CHM-3100: Hands-Organic Analysis (3 credits)
Description
CHM-3101: Advanced Organic Chemistry (3 credits)
Description
CHM-3250: Works characterization of biomolecules Practices (3 credits)
Description
CHM-4100: Bioorganic and Medicinal Chemistry (3 credits)
Description
CHM-4101: Organic Synthesis (3 credits)
Description
CHM-4102: Organic Synthesis by organometallic route (3 credits)
Description
CHM-4103: Organometallic Chemistry (3 credits)
Description
CHM-4104: Natural Products Chemistry (3 credits)
Description
CHM-4150: inorganic solid state materials (3 credits)
Description
CHM-4151: Radioecology (3 credits)
Description
CHM-4200: Polymer materials (3 credits)
Description
CHM-4201: Properties and reactivity of surfaces (3 credits)
Description
CHM-4202: Properties and applications of modern materials (3 credits)
Description
CHM-4203: Nanosciences and nanotechnologies (3 credits)
Description
CHM-4250: characterization of biomolecules (3 credits)
Description
CHM-4300: Industrial Chemistry (3 credits)
Description
The student admitted to profile sustainable development must follow the CHM-2150 course.
CHM-2300: Research project (3 credits)
Description
CHM-2303: Introduction to research (3 credits)
Description
The student admitted to profile sustainable development must follow the DDU-3000 or during the DDU-3010 course.
The student admitted to the research profile should follow the CHM-2303 course.
ANL-2020 to 4899-ANL
3 credits or another language if the advanced level English (TOEIC: 750) is acquired during the test administered by the School of Languages.
ARL-1001: Mankind prior history (3 credits)
Description
COM-1005: Scientific Communication (3 credits)
Description
CTB-1000: General Accounting (3 credits)
Description
DDU-1000: Foundations for Sustainable Development (3 credits)
Description
ECN-1000: Principles of Microeconomics (3 credits)
Description
ECN-1130: Haiti-Dominican economic relations (3 credits)
Description
EDC-4000: Successfully complete his university studies in the digital era: search and present information (3 credits)
Description
GGR-1000: Introduction to the world map (3 credits)
Description
GSF-1020: Business Economics (3 credits)
Description
HST-1008: The world the nineteenth and twentieth centuries (3 credits)
Description
MNG-1000: The company and its management (3 credits)
Description
MNG-1101: Management of SMEs and growth (3 credits)
Description
MUS-1704: Training in cultural life (3 credits)
Description
NUT-1104: Nutritional Elements (3 credits)
Description
PHA-1550: History of Pharmacy (3 credits)
Description
PHI-1900: Logical Principles (3 credits)
Description
POL-1003: Political Systems and companies worldwide (3 credits)
Description
POL-1005: Introduction to International Relations (3 credits)
Description
POL-2207: Environmental Policies (3 credits)
Description
RLT-1000: Industrial Relations Foundations (3 credits)
Description
SOC-2111: Science and Society (3 credits)
Description
SOC-2114: Environment and Society (3 credits)
Description
SOC-2120: Sociology of technological innovation (3 credits)
Description
The student admitted to profile sustainable development must follow the DDU-1000 courses and courses from a DID-1912, DRT-1721 ECN-1140, EDC-3000, ENV-1010, FOR-2020 GCI-3001, GGR- 1005 GGR-1006, MNG-2110 POL-2207 SOC-2114.
The student admitted to the research profile should follow EDC-4000 courses and PHI-1900.
Sustainability Profile
Profile of sustainable development is the ideal course for the student who wants to deepen his knowledge in the application of sustainable development concepts and the understanding of its issues. It aims to promote an interdisciplinary experience in solving problems while allowing the student to develop skills related to sustainable development and the field of study. The profile consists of 12 credits, 3 credits for the DDU-1000 required course Fundamentals of Sustainable Development, 3 credits for specialized courses related to the discipline of the student’s program, 6 credits may take the form of an internship , an intervention project or one or two specialized courses selected from a predetermined list.[/su_note]
CHM-2150: Environmental Chemistry service (3 credits)
Description
DDU-1000: Foundations for Sustainable Development (3 credits)
Description
DDU-3000: Training in Sustainable Development I (3 credits)
Description
DDU-3010: Intervention Project directed Sustainability I (3 credits)
Description
DID-1912 for Environmental Education (3 credits)
Description
DRT-1721: Introduction to Environmental Law and Sustainable Development (3 credits)
Description
ECN-1140: energy and international economic issues (3 credits)
Description
EDC-3000: Summer School Environmental Education and Sustainable Development (3 credits)
Description
ENV-1010: Foundations of Environmental Conservation (3 credits)
Description
FOR-2020: Environmental Assessment (3 credits)
Description
GCI-3001: Environmental Impacts (3 credits)
Description
GGR-1005: Human Geography: population, environment, development (3 credits)
Description
GGR-1006: Climate Change (3 credits)
Description
MNG 2110: Sustainable development and management organizations (3 credits)
Description
POL-2207: Environmental Policies (3 credits)
Description
SOC-2114: Environment and Society (3 credits)
Description
This program offers, as part of this profile, a number of places for students wishing to pursue one or two sessions to study at a university located outside of Haiti. The student is asked to contact the program director to determine the conditions of admission to study abroad. It may also consult the database of the International Bureau of the GOC University to know the partner universities of the program abroad.
EHE-1CHM: Studies – International profile – Bachelor of Chemistry (12 to 18 credits)
Description
The search profile is a journey of 12 credits in integrated student’s curriculum. It aims to acquire research skills and learning of science communication to its own field of study. When his path to the profile is completed, the student will receive the “search profile” mention on her degree studies.
The course-COM 1908, compulsory program, is part of the profile.
CHM-2303: Introduction to research (3 credits)
Description
EDC-4000: Successfully complete his university studies in the digital era: search and present information (3 credits)
Description
SphI-1900: Logical Principles (3 credits)
Description