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Chemical Technology


Location(s):  Saskatoon   

Saskatchewan has what the world wants – potash, uranium, oil and gas. This resource boom is a major factor in the growing demand for chemical technologists.

SIAST’S Chemical Technology program focuses on knowledge and skill development in chemical analysis and chemical plant operation. The two-year diploma program provides a strong foundation in scientific principles and analytic practices. The emphasis is on hands-on learning. In addition to labs and applied research projects, you get real-world experience during a four-week industry training session.

SIAST graduates typically get jobs within six months of graduating and those jobs are here in Saskatchewan. In fact, the number of graduates is barely keeping pace with retirements, let alone filling the many new positions available.

You’ll develop a strong foundation of knowledge and skills in:
  • analytical instrumentation

  • laboratory quality control and assurance

  • basic, organic, physical, analytical and environmental chemistry

  • chemical engineering

  • communicating results

  • handling and manipulating chemicals

  • recording, processing and reporting data

  • servicing and maintaining scientific instruments

Did you know?
SIAST’s Chemical Technology diploma program is accredited by the Canadian Technology Accreditation Board (CTAB) at the Chemical Technologist level.

After two years of suitable industrial experience, SIAST graduates are eligible to apply for membership with the Saskatchewan Applied Science Technologists and Technicians (SASTT).

You can use your diploma as a stepping stone to a university degree – receive up to two years’ university transfer credits at the University of Regina and University of Saskatchewan and continue your post-secondary education in chemical technology and/or chemistry.

How does it fit?
Chemical technologists are natural problem-solvers with an aptitude for math and science, the ability to pay attention to detail and good communication skills. Most importantly, they enjoy working in laboratory settings, where they are involved in quality control testing, environmental analysis, product development and more.

Length: 72 weeks

Year 1 - 36 weeks; Year 2 - 36 weeks

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Career Opportunities

Chemical technologists can pick and choose from a variety of job possibilities. The mining industry is a major employer, particularly potash and uranium mining companies but also many of the smaller, junior exploration companies. There also are growing opportunities in many other sectors – agriculture, oil and gas, chemical production, environmental protection, ethanol production, food research, occupational health and pulp and paper.

Look for job opportunities as a technologist in commercial, industrial or government laboratories or for positions in chemical product sales. Graduates have found work as laboratory analysts, laboratory technologists, research technical assistants and sales managers.

For more information about career opportunities related to this program, contact Student Employment Services at the campus nearest you.

  • chemical technologists
  • laboratory analysts
  • laboratory technologists
  • research technical assistants
  • sales managers

Program Details

Start Date(s): September

Apply Now

Admission Requirements

  • Grade 12 with a minimum 60% in each of the following subjects: English Language Arts A30, English Language Arts B30, Chemistry 30 and one 30 level mathematics*

  • English Language Requirement

Note
  • Accepted applicants may be required to provide evidence of a Criminal Record Check prior to entering the practicum component of the program. At the discretion of the practicum agency, you may be declined access to a clinical or work placement based on the contents of the Criminal Record Check. The cost of the Criminal Record Check is your responsibility.

*Revised Mathematics Curriculum Requirement
(Effective July 1, 2013)

  • Minimum of 60% in Pre-Calculus 30
    (replacing one 30 level mathematics above)

  • All other admission requirements remain unchanged



Applicants who do not possess the academic qualifications for a program may be admitted if evidence of probable success can be established through a special admission assessment. Interested individuals should still apply. Applicants are automatically considered for special admission. However, some specific admission requirements may still need to be met. Refer to the ACCUPLACER© cut scores and Post Secondary Success Requirements for this program below, and review additional details concerning Special Admission.



ACCUPLACER ©     

ACCUPLACER© Cut Scores
for this program

80Arithmetic
80Elementary Algebra
85Reading
85Sentence
4WritePlacer
Post-Secondary Success

Post-Secondary Success Requirements
for this program

One year post-secondary studies including a post-secondary English and math (or a minimum of 60% in each of Chemistry 30 and the mathematics requirement).


Admission Method

First Qualified/First Admitted

The First Qualified/First Admitted (FQFA) process is used for the majority of SIAST programs. When we determine that you meet the program's admission requirements, you will be offered admission based on the date you fully qualify for the program. The earlier you provide the appropriate documents and information that qualify you for admission to the next intake, the earlier you might begin your studies. Your application, once qualified, is always considered for the next intake.

Applicants to programs with multiple intakes in an academic year remain in the application pool until the last intake for that academic year has begun. Programs using the FQFA process receive applications year round and maintain an application pool for each academic year. Qualified applicants who are not offered a seat must reapply for the next academic year.

Sponsored programs or programs targeted to specific groups do not accept applications year round or maintain an application pool.

Tuition and Fees

  • For complete details on tuition and fees for this program, click here to access the SIAST campus Tuition and Fee Schedules.

Learning Method(s)

SIAST offers a variety of learning methods for course delivery. The following learning methods are available for some of the courses in this program.
      Classroom
    • Industry Training - You must participate in a four-week training period keyed to your level and designed to provide you with industry contact and experience. You will receive a performance rating that will become part of your academic record.
      Clinical/Practicum
      Home Study
      Online
      Work-based Training

Please refer to the course descriptions for course specific learning methods.

Prior Learning Assessment and Recognition (PLAR) Availability

SIAST recognizes that adults learn in many different ways and through many different means. This includes acquiring knowledge and skills through life and work experience or non-formal training.



Transfer Credit

Many SIAST students benefit from transferring credit. You may be eligible to transfer credit from or to another college or university. Find out more about transfer credit options.

Some transfer credit options for this program include:

  • block credit transfer into the third year of the Bachelor of Science in Chemical Technology program at the University of Regina, Bachelor of Science degree programs at Royal Roads University, and the Bachelor of Science degree program at the University of Saskatchewan

  • admission eligibility to the Bachelor of Technology program, Memorial University, Newfoundland (13 courses, totalling 39 credit hours, are required to fulfill the degree requirements; courses are available online)

  • advanced standing toward an engineering degree, Lakehead University (post-diploma programs typically consist of transition courses followed by two years of full-time study)


Year 1 - Semester 1
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  • CHEM 178  General Chemistry 1

    • You will receive an overview of the fundamental chemical theory and properties of the elements and their compounds. The laboratory experiments are designed to help you examine the practical aspects of chemical theory. You will also receive an introduction to laboratory techniques and safety planning.

    4.0 Credit Units
    64.0 Other hours

    Learning Method(s): Lecture/Lab

    Equivalent Course(s):   CHEM 188   

  • CHEM 179  General Chemistry 2

    • Building on the knowledge you gained in CHEM 178 (General Chemistry 1), you will continue to study chemical theory and properties of the elements and their compounds. Your studies will focus on chemical reactions, chemical equilibrium, stoichiometry and complex compounds.

    4.0 Credit Units
    64.0 Other hours

    Learning Method(s): Lecture/Lab

    Corequisites:   CHEM 178   

    Equivalent Course(s):   CHEM 188   

  • COMM 191  Communications 1

    • You will receive instruction and practice in interpersonal communication, oral communication and business correspondence skills. You will also gain an understanding and appreciation of the organization and planning involved in the job search process. Developing the interpersonal, oral and written skills you will need in your job search will be emphasized.


    3.0 Credit Units
    45.0 Lecture hours

    Learning Method(s): Lecture/Theory

  • COMP 171  Introduction to Microsoft Word

    • Your studies will introduce you to basic word processing skills such as creating, editing and formatting documents, building tables, using templates and applying styles.

    1.0 Credit Units
    15.0 Other hours

    Learning Method(s): Lecture/Lab, Work Based Delivery, Prior Learning, Correspondence, Online/Blackboard

    Equivalent Course(s):   CKEY 187    COAP 196    COAP 343    COMP 120    COMP 154   

  • COMP 179  Introduction to PowerPoint

    • You will receive instruction and practice in creating, modifying and delivering a presentation using Microsoft PowerPoint. You will enhance the presentation by adding charts, tables, visual elements, multimedia, transition effects and animations. You will study how to present, distribute and customize presentations.

    1.0 Credit Units
    15.0 Other hours

    Learning Method(s): Lecture/Lab, Prior Learning, Online/Blackboard

    Equivalent Course(s):   COAP 138    COMP 173   

  • LABT 187  Analytical Instrumentation 1

    • Your studies will focus on analytical instrumentation which is the application of physical measurements of natural phenomena (such as electricity, electromagnetic energy and particle behaviour to chemical analysis). You will receive an introduction to basic electrical behaviour and measurement, electrochemistry and electrochemical measurement, the electromagnetic spectrum and visible light spectrophotometry. You will learn how to link physico-chemical behaviours to measurement basics by applying mathematical tools and statistical analysis within computer-based spreadsheet programs.


    6.0 Credit Units
    90.0 Lecture hours

    Learning Method(s): Lecture/Theory, Online/Blackboard

    Equivalent Course(s):   LABT 184   

  • MATH 189  Mathematics 1

    • You will review the fundamental concepts of algebra and trigonometry. Your studies will focus on equations of various types, systems of linear equations, variation, properties of exponents and logarithms, logarithmic and exponential equations, graphing and trigonometry. Whenever possible, problem solving will be directly related to chemistry applications. You will also receive an introduction to calculus.

    4.0 Credit Units
    64.0 Lecture hours

    Learning Method(s): Lecture/Theory

  • MATH 192  Laboratory Mathematics

    • You will develop the mathematical skills needed to work in a research or diagnostic laboratory. Your studies will focus on the various types of solution calculations and different units of measurement.

    2.0 Credit Units
    32.0 Lecture hours

    Learning Method(s): Lecture/Theory, Online/Blackboard

  • SFTY 185  Laboratory Safety

    • You will discuss topics related to safe working practices and procedures in the chemical laboratory. Many of these topics are related to government regulations and industrial laboratory guidelines.

    1.0 Credit Units
    16.0 Lecture hours

    Learning Method(s): Lecture/Theory, Online/Blackboard

  • STAT 185  Introductory Statistics and Computer Applications

    • The course provides an introduction to basic statistical methods and using computers to solve statistical and related problems. Statistical topics include elementary probability, random variables and their distributions, frequency distributions, measures of location and variability, sampling theory and an introduction to statistical applications. Computing topics include using calculators, computer basics and spreadsheets.


    5.0 Credit Units
    72.0 Other hours

    Learning Method(s): Lecture/Lab, Online/Blackboard

    Year 1 - Semester 2

  • CHEM 191  Organic Chemistry 1

    • You will be introduced to the chemistry of organic compounds. This includes organic compounds that are composed primarily of carbon (C), hydrogen (H), nitrogen (N), oxygen (O) and a few other elements. You will begin by reviewing the concepts of chemical bonding (including electron orbitals, hybrid atomic orbitals and molecular orbitals). You will use these concepts to examine structure and bonding in typical classes of organic compounds. The names, physical properties and uses of most of the common functional groups will be introduced. You will examine the chemistry of organic compounds in terms of the preparation of typical functional groups, the mechanisms of simple reactions and the synthesis of some industrially and biochemical useful materials.

    6.0 Credit Units
    90.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    CHEM 178 Minimum Grade of 60 and CHEM 179 Minimum Grade of 60

  • CHEM 282  Nuclear Chemistry

    • The course provides an introduction to the fundamental concepts of nuclear structure, radioactivity, rates of decay, nuclear reactions, radioactive isotopes, radiation measurement, radiation units and safety, the biological effects of radiation and the use of radiation detection devices in the laboratory.

    2.0 Credit Units
    24.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    CHEM 178 Minimum Grade of 60 and CHEM 179 Minimum Grade of 60 and STAT 185 Minimum Grade of 60

  • CHEM 284  Analytical Chemistry

    • Your studies will include an intensive application of the basic methods and chemistry of manual analytical techniques coupled with a description of selected methods in sampling, separation and data treatment. The use of precision laboratory equipment and achieving precision and accuracy in scientific measurements will be emphasized in your laboratory work.

    6.0 Credit Units
    90.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    CHEM 178 Minimum Grade of 60 and CHEM 179 Minimum Grade of 60 and MATH 192 Minimum Grade of 60

  • ENGC 181  Unit Operations 1

    • Your studies will focus on the underlying principles of chemistry, physics and mathematics to engineering. You will cover the basic concepts of the material balance of various typical Saskatchewan chemical industries. Your laboratory experiments will include the study of the viscosity of motor oil, fluid phenomena, size analysis and sieve analysis.

    4.0 Credit Units
    60.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    CHEM 178 Minimum Grade of 60 and CHEM 179 Minimum Grade of 60 and MATH 189 Minimum Grade of 60

  • ENVR 183  Environment, Ethics and Society

    • You will learn the principles of sustainable development and the ways to apply them in the practice of this discipline. You will also gain an understanding of the potential of technology to be used for the betterment of society. You will be involved in several exercises concerning professional responsibility, competence and accountability.

    1.0 Credit Units
    16.0 Lecture hours

    Learning Method(s): Lecture/Theory, Online/Blackboard

  • LABT 183  Sampling Techniques

    • You will receive the theoretical and practical background needed to understand the steps required to obtain good samples for chemical analysis.

    2.0 Credit Units
    32.0 Other hours

    Learning Method(s): Lecture/Lab, Online/Blackboard

    Prerequisites:
    CHEM 178 Minimum Grade of 60 and CHEM 179 Minimum Grade of 60 and MATH 192 Minimum Grade of 60

  • LABT 287  Analytical Instrumentation 2

    • The course provides the basic theory behind chromatographic separations and builds on the knowledge you acquired in LABT 187 (Analytical Instrumentation 1). Within the fields of gas and liquid chromatography, your studies will focus on instrumentation, column theory, methods of qualitative and quantitative analysis, and the application of these techniques to various separation problems.

    6.0 Credit Units
    90.0 Other hours

    Learning Method(s): Lecture/Lab

    Equivalent Course(s):   LABT 281   

  • MATH 289  Mathematics 2

    • Building on the knowledge you acquired in MATH 189 (Mathematics), your studies will focus on differential and integral calculus. The differential calculus component covers differentiation of algebraic and transcendental functions, and applications of the derivative. The integral calculus component covers numerous methods of integration and selected applications of integration. The course content includes an introduction to partial derivatives.

    4.0 Credit Units
    64.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    MATH 189 Minimum Grade of 60

  • PHYS 187  Physics

    • The course provides an introduction to physics. Your studies will focus on optics, nucleonics and electricity. You will receive an overview of the behaviour of light, geometrical optics, wave optics and optical instruments (including lasers and fibre optics). You will receive an introduction to the fundamental concept of radioactivity, rates of decay, nuclear reactions and radiation measurement. You will also study direct current measurements and circuitry, alternating current, transformer theory, rectification and filtering. Laboratory experiments and problem solving are an integral part of the course.


    4.0 Credit Units
    64.0 Other hours

    Learning Method(s): Lecture/Lab

    Equivalent Course(s):   PHYS 182   

    Prerequisites:
    MATH 189 Minimum Grade of 60

    Year 2 - Semester 3

  • CHEM 290  Organic Chemistry 2

    • Building on the skills you developed in CHEM 191 (Organic Chemistry I), you will review functional groups, nomenclature, simple reactions, stereochemistry and bonding. You will be introduced to procedures for common functional groups. You will discuss methods of separating and analyzing organic compounds (including the use of infrared, ultraviolet and visible, and nuclear magnetic resonance techniques in structure determination). You will study the properties, structures, reactions and industrial uses of several important classes of compounds in detail.

    6.0 Credit Units
    90.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    CHEM 191 Minimum Grade of 60

  • CHEM 292  Physical Chemistry 1

    • You will learn the basic principles, laws and theories of physical chemistry that are essential for chemistry, biochemistry, pre-medical, general science and engineering students. You will develop the ability to derive equations that describe the phenomena being studied and to solve quantitative problems. Your practical experiments in the laboratory will illustrate some of the concepts you learned during the lectures.

    4.0 Credit Units
    60.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    CHEM 178 Minimum Grade of 60 and CHEM 179 Minimum Grade of 60 and MATH 289 Minimum Grade of 60

  • CHEM 293  Physical Chemistry 2

    • Building on skills you developed in CHEM 292 (Physical Chemistry 1), you will review the principles and theories of physical chemistry in the equilibrium relationships between phase changes of solid, liquid and vapour states of matter. You will also develop problem solving skills involving reaction kinetics and electrochemical equilibrium.

    3.0 Credit Units
    52.0 Other hours

    Learning Method(s): Lecture/Lab

    Corequisites:   CHEM 292   

  • LABT 186  Introductory Laboratory Preparation Techniques

    • Preparing material for first and second year laboratories will help you learn how to perform functions normally expected of a laboratory technician. You will prepare chemical solutions, stains, reagents and various types of culture media. You will receive an introduction to the operation and care of autoclaves. You will be involved in properly caring for and maintaining glassware and equipment, inventory procedures and ordering supplies. You will also perform general housekeeping duties required in a laboratory.

    2.0 Credit Units
    24.0 Other hours

    Learning Method(s): Lecture/Lab

  • LABT 284  Analytical Instrumentation 3

    • The course introduces you to a number of advanced techniques utilized in atomic spectroscopy. You will learn the theory and operation of atomic absorption spectrophotometry (AAS), arc and spark atomic emission spectroscopy, inductively coupled plasma emission spectroscopy (ICP) and x-ray fluorescence spectroscopy (XRF). The course content includes the necessary chemical background and the construction and mode of operation of the instruments used in these areas. Your laboratory work will provide you with an introduction to basic operating techniques and allow you to explore the effects of operational parameters on data quality and looking at several applications.

    5.0 Credit Units
    76.0 Other hours

    Learning Method(s): Lecture/Lab

  • MICR 184  General Microbiology

    • You will study microorganisms in the areas of the history and development of microbiology, laboratory methods, characteristics and cultivation of bacteria, and control of microorganisms. You will receive an introduction to microbial taxonomy and nomenclature. You will also learn techniques for safely handling, isolating and identifying bacteria.

    6.0 Credit Units
    90.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    LABT 182 Minimum Grade of 60 (concurrent) or LABT 186 Minimum Grade of 60 (concurrent)

  • QC__ 280  Quality Control and Assurance in Laboratories

    • The course provides an in-depth overview of the quality assurance methods used in industries and organizations. Your studies will focus on the statistical and operational aspects of quality assurance in activities (such as sample handling, instrumentation, analysis, record keeping and management). You will discuss the quality assurance protocols used by various international agencies. These include International Standards Organizations (ISO), the Environmental Protection Act (EPA), the Food and Drug Administration (FDA), the Association of Analytical Communities (AOAC) and Health Canada.

    4.0 Credit Units
    64.0 Lecture hours

    Learning Method(s): Lecture/Theory, Online/Blackboard

  • STAT 281  Statistics and Computer Applications

    • Building on the knowledge you gained in STAT 185 (Introductory Statistics and Computer Applications), you will continue studying statistical and computing topics. These include confidence intervals, tests of hypotheses, regression and correlation analysis, analysis of variance, experimental design, non parametric tests, computer basics, application of spreadsheets to statistical applications and standard statistical programs.

    4.0 Credit Units
    64.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    COAP 185 Minimum Grade of 60 or STAT 185 Minimum Grade of 60

    Year 2 - Semester 4

  • ADMN 183  Management Skills for Chemical Technologists

    • An overview of the business firm will provide you with an introduction to the concepts of business management. The course content includes forms of business organization, functions of management, management of people, marketing, operations and financial planning and control.


    3.0 Credit Units
    45.0 Lecture hours

    Learning Method(s): Lecture/Theory

  • CHEM 291  Industrial Chemistry

    • You will receive a general overview of the main aspects involved with chemical process industries (or similar industries) and learn how to incorporate basic engineering principles into problem solving strategies. You will study specific industries in Saskatchewan in detail (including uranium mining/milling, nitrogen based fertilizer production and potash mining/milling). Visits to various industrial sites will accompany some of the topics you will cover.


    4.0 Credit Units
    64.0 Other hours

    Learning Method(s): Lecture/Lab

  • COAP 284  Computer Applications

    • The course provides an overview of computer hardware and software, data communications and networking, and data acquisition techniques and systems as they relate to industrial and laboratory applications in chemical technology.

    4.0 Credit Units
    64.0 Lecture hours

    Learning Method(s): Lecture/Theory

  • COMM 289  Communications 2

    • You will receive instruction and practice in technical writing and oral communication for the technologist. You will practice research methods, report writing, and oral presentation skills appropriate to the profession.

    3.0 Credit Units
    45.0 Lecture hours

    Learning Method(s): Lecture/Theory

    Prerequisites:
    COMM 191 Minimum Grade of 60

  • ENGC 282  Unit Operations 2

    • Building on the knowledge you acquired in ENGC 181 (Unit Operations 1), you will learn the principles of chemical engineering unit operations of fluid flow, heat transfer, distillation, gas absorption and liquid-liquid extraction related directly to the selected chemical industries in Saskatchewan. Your laboratory experiments will cover unit operations of a double pipe heat exchanger, fluid flow/friction in a piping system, size-reduction and sieve analysis, viscosity determination of Newtonium fluid of motor oil, countercurrent gas absorption and binary distillation operations.

    4.0 Credit Units
    60.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    ENGC 181 Minimum Grade of 60 and MATH 289 Minimum Grade of 60

  • ENGC 283  Unit Operations 3

    • Building on the knowledge you acquired in ENGC 282 (Unit Operations 2), you will learn the principles of chemical engineering unit operations in the physical separations of multi-component systems (such as distillation, gas absorption and liquid-liquid extraction operations related directly to the selected chemical industries in Saskatchewan). Your laboratory experiments will cover the unit operations of continuous multi-stage processes of distillation, gas absorption and liquid-liquid extraction.

    5.0 Credit Units
    68.0 Other hours

    Learning Method(s): Lecture/Lab

    Corequisites:   ENGC 282   

  • ENVR 290  Environmental Monitoring

    • You will be introduced to the fundamentals of the environment, its monitoring and management. You will study air quality issues, water quality issues and their regulatory legislations. You will examine the technology available for environmental monitoring. You will develop hands-on skills by performing short air and water monitoring programs as a laboratory component. You will also learn some specific topics in the area of soil chemistry and toxicology.


    5.0 Credit Units
    80.0 Other hours

    Learning Method(s): Lecture/Lab

    Prerequisites:
    CHEM 178 Minimum Grade of 60 and CHEM 179 Minimum Grade of 60

  • LABT 285  Analytical Instrumentation 4

    • The course builds upon material introduced LABT 284 (Analytical Instrumentation 3) and CHEM 191 (Organic Chemistry). It will assist you in developing advanced instrumental analysis techniques associated with elucidating molecular structures.


    5.0 Credit Units
    76.0 Lecture hours

    Learning Method(s): Lecture/Theory

  • PROJ 289  Applied Research 1

    • The course provides an introduction to the skills needed to manage and complete an independent research topic. A participating industrial or government laboratory will select the topic. You will work with a chemist, chemical engineer or chemical technologist to design the experiments and manage the project.

    9.0 Credit Units
    140.0 Other hours

    Learning Method(s): Clinical/Practicum, Clinical/Practicum-Individual

    Prerequisites:
    COMM 191 Minimum Grade of 60 and COMP 171 Minimum Grade of 60 and COMP 179 Minimum Grade of 60 and STAT 185 Minimum Grade of 60 and CHEM 191 Minimum Grade of 60 and CHEM 282 Minimum Grade of 60 and CHEM 284 Minimum Grade of 60 and ENGC 181 Minimum Grade of 60 and ENVR 183 Minimum Grade of 60 and LABT 183 Minimum Grade of 60 and LABT 187 Minimum Grade of 60 and LABT 287 Minimum Grade of 60 and MATH 289 Minimum Grade of 60 and PHYS 187 Minimum Grade of 60 and SFTY 185 Minimum Grade of 60

  • PROJ 290  Applied Research 2

    • You will use the knowledge acquired and skills developed in previous courses to prepare and present a technical report and PowerPoint presentation based on the experimental work you completed in PROJ 289 (Applied Research 1).


    2.0 Credit Units
    32.0 Lecture hours

    Learning Method(s): Lecture/Theory

    Corequisites:   PROJ 289   


    Note
  • Each semester consists of major and minor subjects.
  • Full-time students must take all courses listed plus any other courses deemed necessary.
  • Applicants from industry are eligible to take any semester or part of any semester if they can demonstrate adequate background knowledge (this may require an entrance examination).
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