Online Degree Programs

Undergraduate Course> Athabasca University

Geology (GEOL) 415
Earth’s Origin and Early Evolution (Revision 2)

Credits: 3 - Science
Prerequisite: GEOL 200 and GEOL 201 or equivalent. Students should feel comfortable with the manipulation of algebraic equations and have a rudimentary knowledge of single-variable differential calculus. Where applied, chemical principles essential for the course are adequately explained, although it would be beneficial for students to have CHEM 217.

Centre: Centre for Science
GEOL 415 has a Challenge for Credit option.

Undergraduate Course of Chemistry > Athabasca University

Chemistry (CHEM) 218
Chemical Principles II

Overview

CHEM 218 is a continuation of CHEM 217. Topics covered include chemical kinetics, chemical equilibrium, acid-base and solubility equilibria, thermodynamics, electrochemistry, the chemistry of metals and nonmetals, nuclear chemistry, and an introduction to organic chemistry. The experiments performed in the lab component of the course complement the material studied in the theoretical part of the course and provide students with the opportunity to use many of the skills developed in CHEM 217. The combination of CHEM 217 and CHEM 218 is the equivalent to first-year university chemistry.

BS 1001 General Chemistry 3 credits
A study of general chemical principles including laws of definite and multiple proportions, stoichiometry, gases, electronic structure, chemical bonding, periodic relationships, oxidation-reduction, acid base chemical equilibrium, acids/bases, thermodynamics and chemical kinetics.

AI 3204 Processing of Agricultural Products I 3 credits
Prerequisite: AI 3201 Biological Material and Biodegradation
Factors and processes for converting agricultural raw materials into value-added finished products. Chemical, physical, mechanicl and biological properties of the raw materials such as cow hides, starch, rubber, fiber, woods, etc.

Course of Economics and Global Studies at Assumption College

GEO 101 Introduction To Physical Oceanography

An introductory look at physical and chemical properties of sea water, marine geology, ocean currents, tides, deep-ocean circulation, bottom topography, marine life, sediments, and the sea’s resource potential will be discussed. No science background is necessary, only an interest in the field. The purpose of the course is to give the student an overall understanding of the environment which constitutes 73% of the earth’s surface. (Spring) Hickey/Three credits

CHE 315 Analytical Chemistry

A study of the major methods of chemical analysis, including statistics in evaluating the error associated with measurements, the systematic treatment of acid-base equilibria, introductory electrochemistry and spectrophotometry, and the theory of separations (chromatography). Three lectures and one three-hour laboratory per week. Prerequisite: CHE 201-202. Lab Fee: $300.00. (Fall, alternate years) Dix, Hauri, Niece/Four credits

CHE 201-202 Organic Chemistry

The chemistry of organic compounds (the compounds of carbon) is studied. The topics include covalent bonding, molecular structure, and resonance; constitutional, geometric, and optical isomerism; the reactions of organic compounds through their functional groups; the nucleophilic, electrophilic, and free radical reaction mechanisms; and spectroscopy. These theoretical and practical principles are applied to the solution of such organic chemical problems as structure determination, chemical synthesis of desired molecules, the effect of structure on properties, and the biological roles of organic molecules. This full-year course meets the needs of students who expect to pursue graduate studies in natural sciences and also of those who plan to enter professional schools. Prerequisite: CHE 131-132. Lab Fee: $300.00 each semester. (Fall, Spring) Dix/Four credits each semester

Design and Manufacturing Engineering course for School of Engineering and Technology

AT73.02 : Advanced Manufacturing Process 3(3-0) [Required course]

Rationale:

During a manufacturing process, we add, subtract, or form materials in order to give a desired shape/property to the workpiece. Therefore, different manufacturing processes, manufacturability of a material, processing tools, environmental aspects, etc., have become important issues for manufacturing processes. This course addresses these issues in a systematic manner.

Catalog Description:

Structural Properties of Engineering Materials. Subtractive Manufacturing Process. Unconventional Manufacturing Processes. Additive Manufacturing Processes. Formative Manufacturing Processes. Rapid Prototyping Systems. Environmental Aspects.

Pre-requisite(s):

None

Course Outline:

I Structural Properties of Engineering Materials
1. Material Classifications
2. Chemical and Physical Properties
3. Manufacturability Issue

II Subtractive Manufacturing Processes
1. Milling, Drilling, Turing and Cutting Tools Involved
2. Abrasive Machining Processes (Grinding) and Abrasive Tools
3. Workpiece-Tool Correlation

III Unconventional Manufacturing Processes
1. Conventional Vs Unconventional Processes
2. Electro-Physical and –Chemical Processes
3. Laser Processes

IV Additive Manufacturing Processes
1. Layering and Powder-based Processes
2. Application Areas
V Formative Manufacturing Processes
1. Joining, Forming and Casting
2. Tooling for Joining, Forming and Casting
3. Application (Plastic Processing)

VI Rapid Prototyping Systems
1. Overview of Technology
2. Rapid Tooling Systems
3. Case studies

VII Environmental Aspects
1. Process-Environment Correlation
2. Cleaner (Greener) Processing

429 Biochemistry 3-4
Prerequisite: CHEM 307
Introduction to biochemical principles, systems and methods including the
chemistry and metabolism of biologically important compounds. Three
lectures and one three-hour laboratory period per week. Course may be taken
without laboratory for three hours credit. Offered each fall. BIO/CHEM credit.
432 Advanced Topics In Biochemistry 3
Prerequisite: CHEM 429
A study of the complexity of the chemical reactions of biological
macromolecules involving investigating the interactions of both organic and
inorganic molecules (bio-inorganic chemistry) and the techniques used to
study biomolecular structure and function (bio-physical chemistry). This
seminar emphasizes critical review and discussion of current scientific
literature as well as the development of oral and written presentation skills.

250 Lead And Civilization 3
An intensive examination of the role lead has played in the history of
civilization, with emphasis on how the uses and toxicity of this metal are
related to its chemical properties. Meets Core credit for natural sciences.
251 Molecular Architecture 3
The vibrant world of chemistry is explored by seeking answers to three specific
questions: 1) What is a molecule? 2) How are molecules “constructed”? 3)
How are molecules characterized? Answers to these questions are sought by
an in-depth investigation of organic molecules that are either encountered in
daily life or are, in part, critical for sustaining life. Consequently, students are
introduced to the logical processes of scientific reasoning and investigation
and invited to contemplate the impact of chemistry upon society. Meets Core
credit for natural sciences.