1. Chemistry – 화학 강효택

2. Faculty of Science  Admission into Faculty  Direct Entry – Directly from highschool  Minimum 85% average on English 40S, Pre-calculus/ Applied Mathematics 40S, and one of Biology, Chemistry, Computer Science or Physcis 40S  Advanced Entry – After University 1 admission  Require 24 credit hours  Meeting with U1 or Science Advisor  Difference Faculty  Minimum average of C and minimum 24 credit hours

3. Departments  Chemistry – 화학  Biochemistry - 생화학  Biotechnology - 생명 공학  Biological Sciences – 생물학  Microbiology – 미생물학  Genetics – 유전학  Mathematics - 수학  Statistics - 통계학  Computer Science - 컴퓨터 공학  Physics and Astronomy – 물리학 & 천문학

4. Department of Chemistry  Chemistry Degree  Biochemistry Degree  Biotechnology Degree Possible Degrees  Major – Min. 120 Credit hours, Min. 2.00 DGPA, Min C on all requires chemistry classes  Honours – Min. 120 Credit hours, Min. 3.00 GPA, Honours Project  Co-op (With Major or Honours) – Same requirements with Co-op classes

5. Chemistry – Area of Specialization  These specialization programs are just options not requirements  Bioanalytical - 분석 화학  Biopharmaceutical - 생물 약제학  Biophysical - 생물 물리학  Environmental - 환경화학  Inorganic - 무기 화학  Material Science - 재료 과학  Organic - 유기 화학  Physical - 물리 화학  Quantum/ Computation - 양자 화학

6. Year 1  CHEM 1300 – Structure and Modelling in Chemistry  CHEM 1310 – An Introduction to Physical Chemistry  PHYS 1020/1050 – General Physics 1 (Above C in PHYS 1020)  PHYS 1070 – Physics 2  Math 1500 – Introduction to Calculus  Math 1700 – Calculus 2  Elective – 1 Class from Math/Stat/Comp

7. Year 2 – Start Focus Area  CHEM 2210 – Organic Chemistry 1  CHEM 2220 – Organic Chemistry 2  CHEM 2470 – Introductory Analytical Chemistry  CHEM 2280 – Physical Chemistry: Microscopic descriptions of Matter  CHEM 2290 – Chemical Energetics and Dynamics: Macroscopic Description  CHEM 2360 – Biochemistry 1: Biomolecules and an Introduction to Metabolic Energy

8. Year 3  CHEM 3400 – Inorganic Chemistry 2  CHEM 3590 – Instrumental Analysis  Specific Courses Depending on Focus Area  Focus on in-depth theory and journal style laboratory reports

9. Year 4  CHEM 4600 – Advanced Chemical Techniques  CHEM 4710 – Research Project (Honours only)  Same as year 3 where courses will be dependent on focus area  Many classes do not have laboratory settings and focus purely on theory  Some courses have 20 minute presentation portion in curriculum

10. Joint Degree  Chemistry – Physics Joint Honours Degree  Requirement courses from both chemistry and physics departments  Will have less time for elective courses

11. Research Opportunities  University has numerous professors with research group  http://umanitoba.ca/faculties/science/departments/chemistry/research/in dex.html http://umanitoba.ca/faculties/science/departments/chemistry/research/in dex.html  Can be directly affiliated or with scholarship (University of Manitoba or NSERC)  Great opportunity to obtain research experience and relationship with professor during summer semester

12. After Graduation  Graduate School – Masters and Ph.D. (Area of specialization will become more important)  Research and Development – Many big companies have their own laboratory ex) Samsung, DuPont, GE, Monsanto, Shell  Quality Control and Regulation – Forensics, Food safety  Manufacturing – Pharmaceuticals, petrochemical, plastic  Sales and Marketing – MBA after B.Sc  Environmental and Health - Environment Canada, Water and Waste  Law and Policy - Patent and Environmental Law

13. Summary. (n.d.). Retrieved March 11, 2016, from http://www.bls.gov/ooh/life-physical-and-social- science/chemists-and-materials-scientists.htm

15. Foster, A. (2011). What to do with a degree in chemistry. Retrieved March 13, 2016, from http://www.theguardian.com/money/2011/may/28/chemistry-degree

16. Thank you for Listening  Q&A  Contact: kangh3@myumanitoba.ca