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2019-2020

The Undergraduate Calendar

 

 

Science Academic Programs and Plans

Chemistry

Honours Co-operative Chemistry, Computational Specialization

Advisors: See Faculty of Science, academic advisors.

Computational chemistry is used routinely by chemists, including those with an interest in biological chemistry, to develop and improve models of chemical systems, to investigate and predict properties of materials that are difficult or expensive to make, and to interpret, analyze or predict the results of chemical experiments. This program is intended for students interested in the application of chemistry and computational skills to solve interesting chemical problems. 

This program, which offers the Honours Chemistry courses integrated with five four-month work terms, extends over four and two-thirds years. Students work and study in alternate terms starting at the end of the 2A term. There is a double work term between terms 3B and 4A. Co-op program information requirements are located in the Co-operative Education and Career Action (CECA) section of this Calendar and in the Science Faculty work-term report guidelines. WatPD course information is located on the Professional Development Program website.

Continuing in Honours Co-operative Chemistry, Computational Specialization requires a cumulative overall average of 60% and a cumulative average of 60% in each of the subjects: Chemistry and Computer Science.

Successful completion of this program requires:

  1.  22.0 units that include:
  2. Co-op requirements which include a minimum of four work terms, submission of a minimum of four satisfactory work reports, and credit in four WatPD courses (PD 1, PD 11 and two other PD courses).

Additional Program Conditions:

  1. Alternative electives may be substituted with prior approval of the academic advisor.
  2. A maximum of 3.0 SCI units can be used towards this degree.
  3. A maximum of two failed CHEM courses is allowed. Failure in more than two CHEM courses will result in the requirement to withdraw from the academic plan.

Note

The 0.25 unit laboratory elective may be taken in Year Two spring or in Year Three.

Recommended Course Sequence


Year One


Fall

CHEM 100 Introduction to Chemical Sciences
CHEM 120/CHEM 120L Physical and Chemical Properties of Matter/Chemical Reaction Laboratory 1
CS 115 Introduction to Computer Science 1
MATH 127 Calculus 1 for the Sciences
PHYS 111/PHYS 111L Physics 1/Physics 1 Laboratory
  or PHYS 121/PHYS 121L Mechanics/Mechanics Laboratory
One of ENGL 193/SPCOM 193 Communication in the Sciences

Winter

CHEM 123/CHEM 123L Chemical Reactions, Equilibria and Kinetics/Chemical Reaction Laboratory 2
CHEM 140 Introduction to Scientific Calculations
CS 116 Introduction to Computer Science 2
MATH 128 Calculus 2 for the Sciences
PHYS 112/PHYS 112L Physics 2/Physics 2 Laboratory
  or PHYS 122/PHYS 122L Waves, Electricity and Magnetism/Waves, Electricity and Magnetism Laboratory


Year 2


Fall

CHEM 209 Introductory Spectroscopy and Structure
CHEM 220 Intro Analytical Chemistry
CHEM 240 Mathematical Methods for Chemistry
CHEM 250L Physical Chemistry Laboratory 1
CHEM 264 Organic Chemistry 1
CS 234 Data Types and Structures
One laboratory elective (0.25 unit)

Spring

CHEM 212 Structure and Bonding
CHEM 233 Fundamentals of Biochemistry
 or CHEM 237 Introductory Biochemistry
CHEM 254 Introductory Chemical Thermodynamics
MATH 106 Applied Linear Algebra 1
One elective (0.5 unit)


Year 3


Winter

CHEM 340 Introductory Computational Chemistry
CHEM 350 Chemical Kinetics
Three electives (1.5 units)

Fall

CHEM 350L Physical Chemistry Laboratory 2
CHEM 356 Introductory Quantum Mechanics
CS 370 Numerical Computation
Two electives (1.0 unit)


Year Four


CHEM 494A Research Project
CHEM 494B Research Project
Eight electives (4.0 units)

 


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