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General Engineering (GENE)

15 courses in the 1989–90 Undergraduate Calendar, read from the scanned original. The text comes from OCR, so check the scanned page before relying on a detail.

GENE 010 Co-ordination OrientationF,W 1S 0.0

Given by the Department of Co-operative Education and Career Services for students in Year One Engineering. Its purpose is to introduce students to the various features of the Co-operative program and engineering as a profession.

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GENE 119 Problems LaboratoryF,W,S 2L 0.0

Students may be assigned to a Problems Laboratory by the Director of Year One Engineering according to their performance during the term.

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GENE 121 Digital ComputationW,S 3C,2T 0.5

Introduction to electronic digital computers, hardware and software organization; basic features of FORTRAN and/or PASCAL, examples of efficient numerical algorithms for basic scientific computations.

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GENE 123 Term) 0.5W,S 3€C,1T,3L (4 times/

Electrical Engineering

Introduction to electric charge and fields; ac circuit analysis; Kirchhoff's

circuit laws; 2 ports and op-amps, capa-

citance, induced voitage; introduction to motors and their characteristics.

For Year One Chemical, Civil and Geological Engineering students.

Course Descriptions 16:69

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GENE 124 Term) 0.5 Electrical EngineeringW,S 3C,1T,3L (4 times/

Introduction to electric charge and fields; ac circuit analysis; Kirchhoff's circuit laws; 2 ports and op-amps; capacitance, inductance and impedance; magnetic force and induced voltage. Semiconductors. Instrumentation. For Year One Mechanical Engi neering students.

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GENE 163 Introduction to Methods of Mechanical EngineeringF 1C,2T 0.25

An introduction to some of the basic methods and principles used by engineers, including fundamentals of technical communication, measurements, analysis, and design. Some aspects of the engineering profession, including standards, safety, and intellectual property.

Examples drawn from Mechancial Engineering.

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GENE 165 Introduction to Methods of Civil’ EngineeringF 1C,2T 0.25

An introduction to some of the basic methods and principles used by engineers, including fundamentals of technical communication, measurements, analysis, and design. Some aspects of the engineering profession, including Standards, safety, and intellectual property.

Examples drawn from Civil Engineering.

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GENE 167 Introduction to Methods of Electrical EngineeringF 1C,2T 0.5

An introduction to some of the basic methods and principles used by engineers, including fundamentals of technical communication, measurements, analysis, and design. Some aspects of the engineering profession, including standards, safety, and intellectual property.

Examples drawn from Electrical Engineering.

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GENE 170 Engineering GraphicsF 1C,3L 0.5

An introduction to the fundamentals of orthographic, isometric oblique and perspective projection, including computer-aided projection and freehand sketching. Basic descriptive geometry principles are introduced to solve spatial problems involving points, lines, planes, curved surfaces, intersections and developments.

16:70 Course Descriptions General Engineering

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GENE 301 Special Directed StudiesW,S/F.W 4D 0.5

This course is provided to allow enrichment for students in Engineering who have fulfilled the requirements of one or more of the courses in the 3A or 3B term by means of passing a course or courses taken during one or more work terms. The course comprises a special project pursued under the direction of a Faculty member, normally in the Department of the student's program. Prereq: Permission of the Associate Chairman of the Department in which the student is registered

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GENE 352 Technical EntrepreneurshipW 3C 0.5

Technical entrepreneurship is examined considering the role of independent business, entrepreneurial behaviour, types of business and enterprises, business structure, sources of venture. concepts and capital, company operation and control, and business start-up.

Prereq: A course in Engineering Economics (or equivalent)

Restricted to fourth-year Engineering students.

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GENE 401 Special Directed StudiesF.S(WW 4D 0.5

This course is provided to allow enrichment for students in Engineering who have fulfilled the requirements of ane or more of the courses in the 4A or 4B term by means of passing a course or courses taken during one or more work terms. The course comprises a special project pursued under the direction of a Faculty member, normally in the Department of the student's program. Prereq: Permission of the Associate Chairman of the Department in which the student is registered

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GENE 411 Engineering LawS,F 3C 0.5

General introduction of Law and Common Law Legal Systems; Formation of Contracts, Effect of mistakes on Contracts, \nierpretation of Contracts, Breach of Contracts, Legal Remedies; Scope and content of technical specifications; Sale of goods; introduction of the Law of Agency; the Tort of Negligence, Professional Negligence; some aspects of Restrictive Trade Practices; Introduction to Patent Law. Ethical aspects of professional practice. Restricted to fourth-year Chemical, Computer/Electrical and Systems Design Engineering Students

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GENE 412 Ethics and The Engineering ProfessionW 3C 0.5

An application of philosophical analysis and theories of ethics to issues of moral conduct in the engineering profession. Discussions will include such matters as the social responsibilities of engineers, standards of product safety and liability, the assessment of acceptable risk, conflicts of interest and obligation, professional loyalty and “whistle blowing”, use and enforcement of professional codes of ethics, the “democratization” of the profession, and the moral implications of technology. Not open to Year One students. Cross-listed as PHIL 315

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GENE 460 Orthopaedic BioengineeringF 3C,2T 0.5

Introduction of engineering technology to the field of orthopaedics. Specific topics deal with the repair and reconstruction of portions of the musculoskeletal system affected by trauma or pathological response. Primary study is directed toward the skeletal joints and major load carrying structure.

Prereq: Students must have background study in properties and mechanics of materials equivalent to CIV E 204 and CIV E 265. Registration in this course will be assessed on an individual basis through scheduled interviews.

Cross-listed as CIV E 460

Department of Geography

Professor, Chairman of the Department W.B. Mitchell, BA, MA (British Columbia), PhD (Liverpool)

Professor, Dean of Graduate Studies

J.S. Gardner, BSc (Alberta), MSc, PhD (McGill), Recipient of the Distinguished Teacher Award

Professor, Dean of the Faculty of

Environmental Studies

J.H. Bater, BA, MA (British Columbia), PhD (London)

Associate Professor, Advisor on

Interdisciplinary Programs to the

Vice-President, Academic and Provost

T.E. Bunting, BA (York), MA (Western Ontario), PhD (Toronto)

Professor, Associate Dean, Undergraduate Studies and Educational Liaison

G.R. McBoyle, BSc, PhD (Aberdeen)

Professor, Associate Chairman.

(Graduate Studies)

G. Wall? BA (Leeds), MA (Toronto), PhD (Hull)

Assistant Professor, Associate

Chairman, (Undergraduate Studies)

D. Dudycha, BA (Waterloo Lutheran), MA (Waterloo), PhD (London)

Professors

C.R. Bryant, BA, PhD (London)

A. Diem, BA (Wayne State), MA (Clark), PhD (Michigan)

L.T. Guelke,? BSc (Cape Town), MA (York), PhD (Toronto)

P.J. Howarth,’ BA (Cambridge), PhD (Glasgow)

R.M. Irving, BA, MA (Toronto), PhD (Minnesota)

C.K. Knapper,® BA Hons (Sheftield), PhD (Saskatchewan)

R.R. Krueger,’ BA, MA (Western Ontario), PhD (indiana), Recipient of . the Distinguished Teacher Award

E.F. LeDrew, BA (Toronto), MA, PhD (Colorado)

A.G. McLellan, BSc, PhD (Glasgow)

G.G Mulamoottil,” BSc (Mysore), MSc (Bombay), PhD (Delhi)

J.G. Nelson,’ BA (McMaster), MA (Colorado), PhD (Johns Hopkins)

R. Preston, BA (Central Washington), MA (Washington), PhD (Clark)

D.F. Walker,’ BSc (London), MA, PhD (Toronto)

Associate Professors R.A. Bullock, BA, MA (Belfast), PhD (London) B. Hyma,' BSc, MSc (Madras), MA (Sheffield), PhD (Pittsburgh) R A.B. Kesik, MA, PhD (UMCS-Lublin, Poland)

G.B. Priddle,6 BA (Western Ontario), MA, Phd (Clark)

J.B. Robinson,® BA (Toronto), MES (York), PhD (Toronto)

S.L. Smith,5 BA (Wright State), MA (Ohio State), PhD (Texas A&M)

Assistant Professors

C. Dufournaud, BA (Sir George Williams), MA (Laval), PhD (Toronto)

G.B. Hall,” 2 BA, Hons (Otago, New Zealand), MA, PhD (McMaster)

J. Law, BA (Sheffield), MSc (McMaster), PhD (Waterloo)

C. Mitchell, BA (Guelph), MA, PhD (Waterloo)

Adjunct Faculty

P.O. Adeniyi, BSc (Ife), MSc (1.T.C. Enschade), PhD (Waterloo) -

R. Bell, BA, MA (McMaster)

G. Brannon, CC

B.C. Matthews, BSA (Toronto), AM (Missouri), PhD (Cornell), DU (Sherbrooke)

D.I. McKenzie, BES, MA (Waterloo)

P.H. Nash, BA, MA (California-Los Angeles), CE (Grenoble), MCP, MPA, PhD (Harvard), MCIP, AICP

S. Pala, BSc (Ankara), PhD (Freiburg)

M.E. Sanderson, BA (Toronto), MA (Maryland), PhD (Michigan)

E.M. Strome, BSe (Alberta), MASc (British Columbia), PhD (Carnegie- Mellon)

Faculty Members of Geography holding cross and/or joint appointments to: Planning

2History

3Recreation and Leisure Studies

Faculty Members holding cross and/or joint appointments to Geography from: 4Renison

5Recreation and Leisure Studies 6Environment and Resource Studies 7Planning

8Environmental Studies

A refers to Faculty member at Rension College.

Course Descriptions

Courses not offered in the current academic year are listed at the end of this section.

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