Admission inquiries: Admission Services ~ ~ ~ General calendar inquiries: U.P.S.
Last revision: October 18, 2001 (Section IX December 01, 2001; format revision November 20, 2001).
© 2001 Office of Registrarial Services, University of Guelph
2001-2002 Undergraduate Calendar
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X--Degree Programs, Bachelor of Science in Technology [B.Sc.(Tech.)] |
The B.Sc.(Tech.) program was designed for students who do not intend to pursue post-graduate studies and are strongly focused on securing industrial employment that makes use of the knowledge acquired in their bachelors degree. This program provides students with the knowledge and skills deemed to be essential by employers and exemplifies the positive benefits of cooperation between colleges and universities. The program combines rigorous theory with practical applications.
For the B.Sc.(Tech.) degree the University offers an honours program requiring the equivalent of 8 semesters of successful full-time study. Two of the semesters will be located at Seneca College in Toronto. The program requires the completion of four co-op work-terms. Students are encouraged to study full-time and to follow the schedule of studies listed below. In the B.Sc.(Tech.) program, 2.50 credits per semester is the normal load for a regular full-time student.
Students are required to follow the pattern of study for one of the two majors offered (Applied Pharmaceutical Chemistry or Physics and Technology) and complete all of the required courses specified in the Schedule of Studies.
Courses marked with an asterisk (*) are taught by Seneca College. The course descriptions are in this calendar however detailed course profiles can be accessed through the Seneca College home page.
Students are advised to consult the University's regulations for continuation of study which are outlined in detail in Section VIII--Undergraduate Degree Regulations & Procedures. In addition to the University regulations, students will also be required to achieve a 70% cumulative average by the end of semester 2. Students will be evaluated after semester 2 and those students who have an average less than 70% but meet the Guelph continuation of study requirements will either be:
Students may wish to add a minor to their major. A minor is a group of courses which provides for exposure to and mastery of the fundamental principles of a subject. A minor consists of a minimum of 5.00 credits. It may also require certain specified courses. Given the intended technical training of this degree, students have very little flexibility in terms of electives. As such, students wishing to add a minor would be required to enrol in additional semesters of study. Students wishing to take a minor should consult with their program counsellor.
In order to qualify for graduation from the B.Sc.(Tech.) program, the student must have successfully completed all of the courses approved for the program, and receive a minimum grade of satisfactory for the co-op work reports and work performance evaluations.
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Applied Pharmaceutical Chemistry (APPC:C) |
This major will require the completion of 20.25 credits as indicated below:
Fall Semester 1
BIOL*1030 [0.50] Biology I
CHEM*1040 [0.50] General Chemistry I
MATH*1200 [0.50] Calculus I
PHYS*1000 [0.50] An Introduction to Mechanics
0.50 credit from an Arts/Social Science elective
BIOL*1040 [0.50] Biology II
CHEM*1050 [0.50] General Chemistry II
COOP*1100 [0.00] Introduction to Co-operative Education
MATH*1210 [0.50] Calculus II
PHYS*1010 [0.50] Introductory Electricity and Magnetism
XSEN*2010 [0.50] Effective Business and Technical Writing (taught at Guelph)*
CHEM*2060 [0.50] Structure and Bonding
CHEM*2400 [0.75] Analytical Chemistry I
CHEM*2880 [0.50] Physical Chemistry
STAT*2040 [0.50] Statistics I
XSEN*2020 [0.50] Management Studies: Business and Human
Relations (taught at Guelph)*
COOP*1000 [0.00] Co-op Work Term 1
CHEM*2070 [0.50] Structure and Spectroscopy
CHEM*2700 [0.50] Organic Chemistry I
CHEM*2580 [0.50] Introductory Biochemistry
MICR*2030 [0.50] Microbial Growth
0.50 elective
COOP*2000 [0.00] Co-op Work Term 2
XSEN*3010 [0.50] Pharmaceutical Analysis- Advanced *
XSEN*3020 [0.50] Pharmaceutical Analysis *
XSEN*3030 [0.50] Pharmacology and Applied Toxicology *
XSEN*3040 [0.50] Occupational Health and Chemistry *
XSEN*3050 [0.50] Computer Programming *
CHEM*3360 [0.50] Environmental Chemistry and Toxicology
CHEM*3430 [0.50] Analytical Chemistry II: Instrumental Analysis
CHEM*3570 [0.50] Analytical Biochemistry
CHEM*3750 [0.50] Organic Chemistry II
0.50 elective
COOP*3000 [0.00] Co-op Work Term 3
XSEN*4010 [0.50] Pharmaceutical Calculations *
XSEN*4020 [0.50] Pharmaceutical Organic Chemistry *
XSEN*4030 [0.50] Pharmaceutical Product Formulations *
XSEN*4040 [0.50] Pharmaceutical Manufacturing *
XSEN*4050 [0.50] Biopharmaceuticals *
COOP*4000 [0.00] Co-op Work Term 4
CHEM*4730 [0.50] Synthetic Organic Chemistry
CHEM*3440 [0.50] Analytical Chemistry III: Analytical
Instrumentation
0.50 elective
One of:
CHEM*3640 [0.50] Chemistry of the Elements I
CHEM*4520 [0.50] Metabolic Processes
CHEM*4550 [0.50] Biochemistry and Structure of Macromolecules
CHEM*4570 [0.50] Applied Biochemistry
One of:
MBG*2000 [0.50] Introductory Genetics
HK*3940 [1.25] Human Physiology
PATH*3610 [0.50] Principles of Disease
TOX*4590 [0.50] Biochemical Toxicology
This major will require the completion of 20.75 credits as indicated below:
BIOL*1030 [0.50] Biology I
CHEM*1040 [0.50] General Chemistry I
CIS*1650 [0.50] Programming I
MATH*1200 [0.50] Calculus I
PHYS*1000 [0.50] An Introduction to Mechanics
CHEM*1050 [0.50] General Chemistry II
CIS*2650 [0.50] Programming II
MATH*1210 [0.50] Calculus II
PHYS*1010 [0.50] Introductory Electricity and Magnetism
PHYS*2040 [0.50] Fundamental Electronics and Sensors
COOP*1100 [0.00] Introduction to Co-operative Education
MATH*2160 [0.50] Linear Algebra I
MATH*2200 [0.50] Advanced Calculus I
PHYS*2440 [0.75] Mechanics I
PHYS*2460 [0.75] Electricity and Magnetism I
One of:
MATH*2000 [0.50] Set Theory
0.50 elective
COOP*1000 [0.00] Co-op Work Term 1
BIOL*1040 [0.50] Biology II
MATH*2170 [0.50] Differential Equations I
PHYS*2260 [0.50] Experimental Basis of Quantum Physics
PHYS*3240 [0.50] Statistical Physics I
One of:
CIS*2420 [0.50] Data Structures
CIS*2450 [0.50] Software Systems Development and Integration
COOP*2000 [0.00] Co-op Work Term 2
XSEN*3100 [0.50] Communication Systems and Circuits *
XSEN*3110 [0.50] Computer Information Systems II *
XSEN*3120 [0.50] Microprocessors I *
XSEN*3130 [0.50] Advanced C Programming *
XSEN*3140 [0.50] Operating Systems *
XSEN*4100 [0.50] Object Oriented Programming Using C *
XSEN*4110 [0.50] Control Processes *
XSEN*4120 [0.50] Data Communications I *
XSEN*4130 [0.50] Digital Communications *
XSEN*4140 [0.50] Technical Writing *
COOP*3000 [0.00] Co-op Work Term 3
ENGG*3410 [0.50] Systems and Control Theory
MATH*2210 [0.50] Advanced Calculus II (or 0.50 elective)
PHYS*2470 [0.75] Electricity and Magnetism II
PHYS*3220 [0.50] Waves and Optics
STAT*2120 [0.50] Probability and Statistics for Engineers
COOP*4000 [0.00] Co-op Work Term 4
MATH*3100 [0.50] Differential Equations II
PHYS*3230 [0.50] Quantum Mechanics I
PHYS*4240 [0.50] Statistical Physics II
0.50 elective
PHYS*4180 [0.50] Advanced Electromagnetic Theory
OR
PHYS*4500 [0.50] Advanced Physics Laboratory
Note: At least 0.50 in electives must be taken from courses in the Arts or Social Sciences.