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Sessional Lecturers

CONTINUOUSLY-POSTED NOTICE
FILLING POSITIONS UNDER THE CUPE 3902 UNIT 3 COLLECTIVE AGREEMENT

HOW TO SUBMIT AN APPLICATION

The Department of Chemistry may hire Sessional Lecturers to deliver of some of its undergraduate courses. Specific courses will be posted on this page (below), and on Employment Opportunities board outside Room 153 in the Lash Miller Chemical Building, 80 St. George Street. To be considered for a position, an application and Curriculum Vitae must be submitted to:

Associate Chair for Undergraduate Studies
Department of Chemistry
80 St. George Street, Toronto, Ontario M5S 3H6
Email: undergrd@chem.utoronto.ca

A valid email address is required. We prefer that applications and CVs be submitted via email attachments.

GENERAL INFORMATION

Generally speaking, we expect to make decisions concerning courses in April for Winter or Fall courses; in October for Spring courses: and in February for Summer courses. However, some decisions may be made earlier or later than these time frames, depending on circumstances. Unexpected vacancies may arise at any time.

Applications will be retained for twelve (12) months. Persons who submit applications and CVs will receive emailed job postings for specific positions for the subsequent twelve (12) months.

This notice is posted pursuant to the CUPE Local 3902 Unit 3 Collective Agreement. Please note that in accordance with that Agreement, preference in hiring is given to qualified persons holding the rank of Sessional Lecturer I.

Job Openings:


CHM135H Seasonal Lecturer (Lab Coordinator)

CHM136H Seasonal Lecturer (Lab Coordinator)

CHM136H Seasonal Lecturer

CHM151H Seasonal Lecturer (Lab Coordinator)

CHM220H Seasonal Lecturer

CHM414H Seasonal Lecturer

CHM441H Seasonal Lecturer (Lab Coordinator)

Exclusion Equivalent Courses

For sessional lecturer candidates, having taught a course that is declared an exclusion equivalent counts as relevant experience.

Course

Course Title

Equivalent/exclusion courses

CHM135H1

Chemistry: Physical Principles

CHM139H1, CHM151Y1, CHMA11H3, CHM110H5

CHM136H1

Introductory Organic Chemistry I

CHM138H1, CHM151Y1, CHMB41H3, CHM242H5

CHM151Y1

Chemistry: The Molecular Science

CHM135H1, CHM136H1, CHM138H1, CHM139H1,
CHMA10H3, CHMA11H3, CHMB41H3, CHM110H5,
CHM120H5

CHM217H1

Introduction to Analytical Chemistry

CHMB16H3, CHM211H5

CHM220H1

Physical Chemistry for Life Sciences

CHM222H1, CHMB20H3, JCP221H5

CHM222H1

Introduction to Physical Chemistry

CHM220H1, CHMB20H3, JCP221H5

CHM223H1

Physical Chemistry: The Molecular Viewpoint

CHMB21H3

CHM238Y1

Introduction to Inorganic Chemistry

CHM231H5

CHM247H1

Introductory Organic Chemistry II

CHM249H1, CHMB42H3, CHM243H5

CHM249H1

Organic Chemistry

CHM247H1, CHMB42H3, CHM243H5

CHM317H1

Introduction to Instrumental Methods of Analysis

CHMC11H3, CHMC16H3, CHM391H5

CHM326H1

Introductory Quantum Mechanics and Spectroscopy

JCP321H5

CHM328H1

Modern Physical Chemistry

CHMC20H3, CHM322H5

CHM338H1

Intermediate Inorganic Chemistry

CHMC31Y3, CHM331H5

CHM342H1

Modern Organic Synthesis

CHM345H5

CHM343H1

Organic Synthesis Techniques

CHM394H5, CHM395H5

CHM347H1

Organic Chemistry of Biological Compounds

CHMC47H3, CHM347H5

CHM348H1

Organic Reaction Mechanisms

CHMC41H3, CHM341H5

CHM379H1

Biomolecular Chemistry

BCH370H1, CHM372H5, CHM373H5

CHM437H1

Bioinorganic Chemistry

CHMD69H3, CHM333H5