Faculty of Engineering Faculty of EngineeringSchool of Business in Project Management Specialization The Faculty of Engineering and the Haskayne School of Business jointly sponsor

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Table of ContentsSummary of Degree Programs ........ 101Faculty Information .......................... 102Faculty Regulations ......................... 102Program Details

• Common First Year .................. 105• Chemical Engineering ............. 105• Civil Engineering ...................... 106• Computer Engineering ............. 108• Electrical Engineering .............. 108• Geomatics Engineering .......... 109• Manufacturing Engineering ...... 109• Mechanical Engineering .......... 110• Oil & Gas Engineering ............. 111• Software Engineering .............. 111• Combined ................................ 112• Diplomas .................................. 112• Internship ................................. 113• Minor ........................................ 114

Administration .................................. 114

Faculty ofEngineering

Degrees Offered

Summary of DegreeProgramsUndergraduateBSc ProgramsThe Faculty of Engineering administers regularfour year programs leading to the BSc degreein Chemical, Civil, Computer, Electrical,Geomatics, Manufacturing, Mechanical, Oil &Gas, and Software Engineering.

MinorsIn addition, the Department of Chemical andPetroleum Engineering offers a minor inPetroleum Engineering, the Department of CivilEngineering offers minors in Environmental, inStructural, and in Transportation Engineering,the Department of Mechanical and Manufactur-ing Engineering offers a Mechanical Engineer-ing degree with minors in Mechatronics or inPetroleum Engineering (offered in conjunctionwith the Department of Chemical and Petro-leum Engineering), and a ManufacturingEngineering degree with a minor inMechatronics. The Faculty of Engineering inconjunction with the Haskayne School ofBusiness offers a Minor in Entrepreneurshipand Enterprise Development.

Engineering Internship ProgramThe Faculty of Engineering also provides theoption of an Internship Program. TheEngineering Internship Program is a five-year program which includes, in addition tothe regular four-year academic program, aninternship year (a minimum of twelve and amaximum of sixteen consecutive months) ofsupervised work experience in industry.

Combined ProgramsThe Faculty of Engineering in conjunction withthe Faculties of Humanities and SocialSciences offers combined degree programs.Program details are given in the section“Program Details – Combined Programs”below.

GraduateGraduate work leading to the MSc, MEngand PhD degrees is offered by all engineer-ing departments under the administration ofthe Faculty of Graduate Studies. Details ofthese programs appear in the Faculty ofGraduate Studies Calendar.

Diplomas or CertificatesDiplomas of the Faculty of Engineering,which provide special qualifications indesignated areas, are also offered. Foradditional details see the section “ProgramDetails – Diplomas” below.

Diploma of the Faculty ofEngineeringThe Faculty of Engineering sponsors adiploma program providing additional specialqualifications in designated departmentswhich lead to the Diploma of the Faculty ofEngineering. This program is intendedprimarily for professional engineers engagedin practice who are not interested insubmitting to the discipline of a true graduatedegree including a thesis, or who are unableto meet the residence requirements of theMSc degree.

The Faculty of Engineering also sponsors adiploma program providing additionalspecialization in Environmental Engineering.This diploma is intended for professionalengineers or holders of equivalent approveddegrees and leads to the Diploma of theFaculty of Engineering in EnvironmentalEngineering.

Diploma of the Faculty ofEngineering and the HaskayneSchool of Business in ProjectManagement SpecializationThe Faculty of Engineering and theHaskayne School of Business jointly sponsora diploma program providing additionalspecial qualifications in the area of ProjectManagement which leads to the Diploma ofthe Faculty of Engineering and of theHaskayne School of Business in ProjectManagement. This program is intendedprimarily for professionals engaged inpractice who are not interested in the MSc orMEng degrees.

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Faculty Information Contact Information Location: Engineering Block C204

Student Information: (403) 220-5732

Web page URL: http:// www.eng.ucalgary.ca

IntroductionThe Faculty of Engineering at the Universityof Calgary was established in 1965. Thedegrees awarded by the Faculty since itsinception have been recognized by theCanadian Engineering Accreditation Board.The engineering curriculum in Calgaryconsists of a well-balanced mixture oftraditional topics in engineering sciences andspecialization in subjects relevant to currentindustrial practice. The academic staff, aswell as the students, of the Faculty ofEngineering come from all parts of the world,giving the Faculty its uniquely friendly andinternational atmosphere.

EnquiriesEnquiries regarding admission, registration,interpretation of regulations, or any matterregarding undergraduate studies in Engi-neering should be directed to the Office ofUndergraduate Studies, Faculty of Engineer-ing, Room EN-C204, Telephone 220-5732.Students and prospective students areinvited to view pertinent information availablethrough the engineering website,www.eng.ucalgary.ca.

PatternNormal admission to the Faculty of Engi-neering takes one of two forms: (1) studentsare admitted to the first year of the programdirectly from high school; (2) students areadmitted to the first year or second year ofthe program after having received advancedcredits from another University of Calgaryfaculty or from another post-secondaryinstitution.

The first year of the Engineering program iscommon to all students. In April of the firstyear of study, students apply for admission toa discipline: Chemical, Civil, Computer,Electrical, Geomatics, Manufacturing,Mechanical, Oil & Gas, or Software Engi-neering. During second year, students notonly complete courses common for alldisciplines, but also courses specific to theirchosen discipline.

In the third year students take specializedcourses in their chosen discipline. At the endof third year students at their option mayenroll in the Engineering Internship Program(EIP); this program consists of 12 to 16months of work in an industry setting wherestudents gain valuable practical engineeringexperience (see Engineering InternshipProgram, later in the Engineering section ofthis Calendar). This academic program isavailable to all students.

In some disciplines during the fourth year ofstudy (fifth year for Internship enrollees)

students have the option to take a minorspecialization in one of several areas. Inaddition to the technical requirements,students take complementary studiescourses in non-Engineering and non-Sciencesubjects as an integral component of anEngineering education. This pattern issomewhat different for students who enroll ina combined degree program with one of theFaculties of Humanities or Social Sciences.(See Combined Programs, later in theEngineering section of this Calendar.)

OpportunitiesTo practice engineering in Canada as aprofessional (P.Eng.) one must be registered(licensed) with the professional engineeringassociation of the province or territory inwhich one practices. All BSc degrees offeredby the Faculty of Engineering are accreditedby the Canadian Engineering AccreditationBoard (CEAB) of the Canadian Council ofProfessional Engineers, a federation of the12 professional engineering associations inCanada which registers and licensesengineers. Students graduating from theseprograms fulfill the academic requirementsfor registration as Professional Engineerswith the province or territory where theychoose to practice.

Student AffairsEngineering Students’ SocietyThe Engineering Students’ Society (ESS) isan organization affiliated with the Associationof Professional Engineers, Geologists andGeophysicists of Alberta. The ESS providesa social atmosphere for engineering studentsand, in addition, acquaints them with theprofessional and technical responsibilities ofthe profession. It is expected that allEngineering students will join the Society,participate in its activities and promote itsinterests. By majority vote of the engineer-ing-student population, in 1995 the Engineer-ing Students’ Society established theCalgary Engineering Endowment. A $25.00per session optional levy is included in thetuition of every engineering undergraduatestudent. Interest from the endowment isused to purchase equipment for the under-graduate laboratories. The funds aredistributed by the Endowment Board ofDirectors whose membership consists of amajority of undergraduate students. Propos-als are requested in March of each year.

ResourcesComputers in EngineeringAll engineering disciplines make extensiveuse of computers. Accordingly, microcomput-ers are used throughout the undergraduatecurriculum. The faculty has a number ofcomputer laboratories for use by under-graduates. Nevertheless, for the conven-ience of the student and to reduce load onthe laboratories, students entering engineer-ing are encouraged, but not required, topurchase a microcomputer for use through-out their academic careers. For guidance,note that the vast majority of machines in

use in the Faculty of Engineering arePentium III or 4 based machines that can bebooted to run either a recent MicrosoftWindows operating system or a recentversion of the Linux operating system. Inmany cases software is made available atlow cost through University licenses. Othersoftware purchases may be suggested byinstructors in individual courses.

Faculty RegulationsStudents in the Faculty of Engineering aregoverned by the academic regulationscontained in this section and also in theAcademic Regulations section of thisCalendar. Students are advised to read andconsider all regulations and, in cases ofdoubt as to precise meaning of any state-ment or regulation, to consult the Under-graduate Studies Office, Faculty of Engineer-ing, Room C204.

AdmissionsAdmission RequirementsNew applicants should refer to “AdmissionRequirements” in the Academic Regulationssection of this Calendar for regulationsregarding University admission. Studentswishing to enroll in the Faculty of Engineer-ing must meet minimum admission require-ments for Standard Admission as set out inthe front section of this Calendar.

Students who have completed most of theirhigh school work two or more years prior tothe time of application should contact theOffice of Undergraduate Studies, Faculty ofEngineering by May 1.

Students required to withdraw from anotherfaculty or another post-secondary educa-tional institution because of an unsatisfactoryacademic record will not normally beconsidered for admission to the Faculty ofEngineering within 12 months of thewithdrawal. Students seeking admission orreadmission to the Faculty of Engineeringwho have been determined (through dueprocess) to be guilty of academic or non-academic misconduct at this or any otheracademic institution must accompany theirapplication with a letter of explanation andwill be considered for admission on anindividual basis. Students who have beenexpelled from the Faculty of Engineeringmay not apply for readmission.

Students coming directly from high schoolmust present English 30, Mathematics 30 (orPure Mathematics 30), Mathematics 31,Physics 30 and Chemistry 30 as specified inthe Academic Regulations section of thisCalendar. They must apply for admission byMay 1 and submit transcripts to the Regis-trars Office as soon as final grades becomeavailable and, in any case, not later thanAugust 1. Students who present anothermatriculation subject (e.g., Biology 30, SocialStudies 30) instead of Mathematics 31 andwho achieve a high standing (at least fiveper cent above the guaranteed admissionstandard) over the five subjects used foradmission purposes may be admitted to the


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Faculty under special conditions. Theseconditions involve enrollment in an alterna-tive calculus stream (instead of the normalstream). Students who fulfill these conditionswill be allowed to register in second year asnormal.

Students who have attended a post-secondary institution must apply for admis-sion by May 1 and submit all transcripts tothe Registrars Office as soon as possible butnot later than June 15. All applicants mustpresent senior matriculation standing, orequivalent, in the five specified high schoolsubjects, even though they may haveattended a post-secondary institution.

Applicants who have an engineering degreemay be considered for admission to asubsequent engineering degree at theUniversity of Calgary if the degree programrequested is determined by the AssociateDean, Student Affairs, to be sufficientlydifferent from the prior degree program. Aminimum of ten half-course equivalents isrequired for completion of a Universitydegree.

Spring and Summer SessionsDeadlines for admission to the Spring andSummer Sessions are given in the frontsection of this Calendar.

Admission to EngineeringProgramChoice of an engineering program (Chemi-cal, Civil, Computer, Electrical, Geomatics,Manufacturing, Mechanical, Oil & Gas, orSoftware) is normally made during April ofthe first year of studies. While a place in atleast one of the programs is assured forevery student advancing to second year withsatisfactory performance, it is not alwayspossible to accommodate every student’sfirst choice of program. Students will notnormally be admitted to a program if they aredeficient more than two courses from the firstyear program or if they are deficient anycourses which are prerequisites for secondyear courses in the program of choice.

In the event that the number choosing aprogram exceeds the program quota,students will be admitted to the program inorder of academic performance until theenrollment limit is reached. Academicperformance is judged on the student’s GPAfor those courses required for the engineer-ing program and taken during the last reviewperiod. Priority is given to students who havetaken a full-course load (normally elevencourses) in their last review period and whohave all courses in the first year programcomplete.

The current second-year quotas for thevarious programs are as follows:

Chemical and Petroleum Engineering: 58

Civil Engineering: 76

Computer Engineering: 55

Electrical Engineering: 98

Geomatics Engineering: 50

Manufacturing Engineering: 44

Mechanical Engineering: 96

Oil & Gas Engineering: 16

Software Engineering: 43

Students admitted to a program at thesecond year level include the continuingstudents who have completed their first yearsuccessfully in the Faculty and transferstudents. Many transfer-student files are notcomplete and thus no admission decisionhas been taken at the time registration startsin the summer. To give transfer students afair opportunity for admission to theirprogram of first choice, a certain number ofplaces will be allotted to the continuingstudents and the remaining places will beretained for transfer students. The number ofplaces in the two categories will be decidedeach year based on an assessment of thedemand, with the objective of admittingtransfer and continuing students to eachprogram with equivalent qualifications.Transfer students are assessed for programadmission on an equivalent basis tocontinuing students in terms of (a) thecourses for which they have obtainedtransfer credit towards the engineeringtechnical program, and (b) their GPA onthose courses. Continuing students whohave not registered in both Fall and WinterSession classes in their programs by July 15will not be guaranteed their place in theirprogram. Students who have not beenadmitted to a program will not normally bepermitted to register in courses in thatprogram, even if there is room in theindividual course.

Admission to Minors in FourthYearChoice of a minor within an engineeringprogram (e.g., Civil Engineering with a Minorin Environmental Engineering) is normallymade during April of the third year or of theinternship year. To be admitted to a minor, astudent must have completed the third yearprogram in the appropriate specializationand have a GPA of at least 2.00 in thestudent’s last review period. In the event thatthe number choosing a minor exceeds thenumber that can be accommodated,students will be admitted to the minor inorder of academic performance until theenrollment limit is reached. Academicperformance means the student’s GPA ononly those courses taken in his/her lastreview period that are required for theengineering program.

Limited EnrollmentEnrollment in the Faculty of Engineering islimited. Applicants will be accepted on thebasis of academic standing in high schooland/or previous course work completed. As aconsequence of the limitation in enrollment,the following procedures apply. In addition,refer to information given under the headingAdmission to Engineering Program.

Readmission after Voluntary WithdrawalStudents who withdrew voluntarily from theFaculty of Engineering for two consecutive

sessions (Fall and Winter Sessions of oneacademic year, or Winter Session and thefollowing Fall Session) and who wish toreturn, must re-apply for admission by theprescribed deadlines and will be consideredin competition with all other applicants.Students are encouraged to consult with theAssociate Dean (Student Affairs) prior tomaking a decision concerning voluntarywithdrawal.

Transfer of Course CreditsThe Faculty of Engineering may granttransfer credit to students for courses takenin another post-secondary educationalprogram. Students must normally haveobtained an acceptable overall academicstanding to be eligible for transfer credit.Transfer credit will be considered for courseswhich are approximately equivalent tocourses in the Engineering program and inwhich grades of “C” or higher (60 per cent orabove) have been obtained. (Under somecircumstances students may also receivecredit for courses with grades of “D” or“D+”.). Transfer credit for a course will not begranted unless the student has obtainedcredit for the prerequisites for that course (aslisted in this Calendar). Credit will notnormally be granted for courses taken eightor more years prior to the date of admissionto the Faculty of Engineering.

Minimum Residence TimeTo qualify for a degree, a transfer studentmust successfully complete at least tworegular sessions of full-time study and aminimum of 10 half courses or equivalentwhile registered in the Faculty of Engineering.

Effective Writing RequirementAll students must satisfy the Effective WritingRequirement as outlined in the AcademicRegulations section of this Calendar.

RegistrationAccuracy of RegistrationAll students are responsible for the com-pleteness and accuracy of their registrationand for arranging course selections to satisfygraduation requirements.

Course WorkEquivalent CoursesApproval may be given by the AssociateDean (Academic) or by the relevant Depart-ment Head for a student to replace one ormore courses in the Engineering program byregistering in equivalent courses in otherfaculties. To receive credit, the student mustnormally obtain a grade of “C” or higher.

Biomedical EngineeringFinal year students who are interested instudying Biomedical Engineering at thegraduate level may take appropriatetechnical electives: for example, ENEL 563.Approval by the student’s department head is


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required. Students are asked to note thatadditional courses from the ProvincialBiomedical Engineering Program are offeredwith some from the University of Alberta overthe video link between Calgary and Edmonton.

Final Year Technical OptionsA student in the final year of the Engineeringundergraduate program, who has a highacademic standing, may be permitted tosubstitute a graduate course(s) for a fourthyear departmental course(s) with theapproval of the department. The undergradu-ate grading scheme will apply to this student.

Part-Time StudiesThe academic regulations allow eight yearsfor successful completion of the program, withno stipulation for full-time study. Studentswishing to pursue their education with areduced course load or through studiescoordinated with industrial experience areencouraged to contact the Office of Under-graduate Studies, Faculty of Engineering, atthe start of their studies so that a suitableprogram may be planned. As many requiredcourses are not offered in the evenings orduring the Spring and Summer Sessions,students should anticipate that it will not bepossible to complete their degree without asignificant time commitment on weekdaysduring several academic sessions.

Permission to Take Courses forCredit at Another InstitutionNormally students are expected to completetheir programs through courses taken at theUniversity of Calgary. Students who wish totake a course elsewhere should obtainwritten permission from the Faculty ofEngineering before registering in the course,to ensure that it is acceptable for credit. It isthe responsibility of the student to ensurethat an official transcript of grades isforwarded directly to the Registrar of theUniversity of Calgary in order that theappropriate credit may be officially recorded.To receive transfer credit, a minimum gradeof “C” or equivalent (60 per cent or above)must be obtained in each transfer course.(Under some circumstances students mayalso receive credit for courses with grades of“D” or “D+.”) The grades obtained in suchcourses are not used in the computation ofgrade point averages for graduationpurposes.

Complementary StudiesThe following complementary studiescourses are required for all students in theFaculty:

(a) Engineering 209 (Economics 209)* —not open to first-year students

(b) Engineering 481 or equivalent

Current approved equivalent coursesare as follows:General Studies (GNST) 341, Informa-tion Technology and Society

Science, Technology and Society(STAS) 325, Technology within Contem-porary Society

Science, Technology and Society(STAS) 327, Science and Society

Science, Technology and Society(STAS) 343, Science Policy andTechnology Development

(c) Communications Studies 363

(d) Engineering 513, The Role andResponsibilities of the ProfessionalEngineer in Society

(e) For all degrees, two general comple-mentary studies courses are required.

*Students entering Chemical Engineering, ChemicalEngineering with a Petroleum Engineering Minor, or Oil &Gas Engineering may choose a general complementarystudies course instead of Engineering Economics(Engineering 209).

General complementary studies coursesmust be selected from acceptable coursesoffered by the Faculties of Communicationand Culture, Fine Arts, Humanities, or SocialSciences. A list of acceptable courses maybe obtained from the Office of Undergradu-ate Studies, Faculty of Engineering.Students are responsible for ensuring thatany prerequisite conditions are satisfied.Students who have credit for Communica-tions Studies 361 gained prior to the 2003/04academic year are not required to takeCommunications Studies 363 or 463.

Student StandingRegulations on AcademicPerformanceThe Faculty of Engineering normally meetsat the end of the Winter Session to reviewthe academic performance of Engineeringstudents. A student is subject to review if thestudent has completed six or more half-course equivalents since the student’sprevious review (or since admission to theFaculty, in the case of the first review). Astudent who has not completed at least sixhalf-course equivalents is not normallyevaluated until a subsequent annual reviewwhen the student has completed a total ofsix or more half-course equivalents. At theannual review all courses taken by thestudent since the previous review (or sinceadmission in the case of the first review) willbe included in the evaluation of academicperformance. For any student who did notachieve a grade point average of 2.00 orhigher on the student’s previous review orwho is on academic probation for otherreasons, only those courses taken during thereview period that are required for thestudent’s engineering program will beincluded in the count of courses and in theevaluation of academic performance.Students who have not cleared academicprobation due to a failure to take sixengineering courses within a period of twoyears will normally be denied furtherregistration in the Faculty of Engineering.

For normal advancement towards thedegree, students must register in courses

directly applicable to the degree program inwhich they are registered and must maintainsatisfactory performance in their programs.Students are referred to the generalUniversity regulations regarding Unsatisfac-tory Standing under Academic Standing inthe Academic Regulations section of thisCalendar.

Specific regulations for the Faculty ofEngineering are listed below.

1. A student who has a grade pointaverage (GPA) of 2.00 or higher and no“F” grades in the courses taken duringthe period under review will be consid-ered to have a satisfactory performance.

2. A student who has a grade pointaverage of 2.00 or higher and one ormore “F” grades in the courses takenduring the period under review shallclear such courses in the followingreview period.

3. A student who has a grade pointaverage of less than 2.00 will not begranted credit for any course in which agrade of “D” or “D+” was obtained duringthat review period. Such courses mustbe completed during the followingreview period.

4. Students must take lower level coursesbefore proceeding to higher-levelcourses even if they have the prerequi-sites for the higher-level courses.

5. Students must clear all first year coursesby the end of their second review periodor they will be required to withdraw fromthe faculty.

6. To clear a failed course or a course forwhich a grade of “D” or “D+” wasobtained but credit was not obtained, astudent must achieve a grade of at least“C-“ in the course being repeated or inan approved replacement course.Consistent with University regulations,the same course may be attempted nomore than twice. A student who fails toclear a course after two attempts maybe required to withdraw.

7. Any student who does not achieve agrade point average of 2.00 or greaterfor the period under review and who didnot achieve a grade point average of2.00 or greater for the student’s previousreview or a prior review (or who is onacademic probation for other reasons)will be required to withdraw from theFaculty. (Students are permitted amaximum of one probationary periodwhile registered as undergraduatestudents at the University of Calgary.)

8. A student with a grade point average ofless than 1.70 in any review period willbe required to withdraw from theFaculty. Such students will not bepermitted to register in any coursespecified as part of the degree require-ments in Engineering for a period of 12months from the date of withdrawal.

9. A student who has been required towithdraw may apply for readmissionafter an interval of 12 months. Readmis-


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sion is not automatic and will beconsidered on an individual basis incompetition with all other admissionapplications received. On readmission,students’ records will be reviewed todetermine credits to be awarded.

10. A student who, after eight calendaryears from initial registration in theEngineering program, has not com-pleted degree requirements, will bedenied further registration in Engineer-ing. (The eight years does not includetime spent in the Internship Program, ifany, or the extra time spent by thosestudents in the combined degreeprograms.) For a transfer student, thepermissible number of years (properlyrounded) will be prorated according tothe number of credits in the program.Clarification of specific cases may beobtained from the Office of Undergradu-ate Studies, Faculty of Engineering.

Notes:1. The above regulations are stated in

terms of grades in half courses. A gradein a full course will be considered to beequivalent to two such grades.

2. The method used to determine thegrade point average is described underAcademic Standing in the AcademicRegulations section of this Calendar.

3. Grades obtained in courses in theSpring and Summer Sessions are notused to alter retroactively the rulingmade on a student’s performance at theend of the previous review period.

4. For students wishing to graduate whohave completed fewer than six coursesand who obtained a grade point averageof less than 2.00 since the previousreview period, the GPA for reviewpurposes will be calculated over thecourses taken since the previous reviewperiod, plus sufficient courses takenduring the previous review period suchthat the total number of courses forevaluation is six. For calculationpurposes the grade point for each of thecourses used from the previous reviewwill be the grade point average from allof the courses taken during the previousreview.

Dean’s ListTo be included in the Dean’s List, a studentmust achieve a grade point average of 3.60or higher during the review period, with atleast 10 half courses taken over theimmediately preceding 12 month period ofMay 1 to April 30.

ExaminationsSupplemental ExaminationsAt the discretion of the Engineering FacultyCouncil, supplemental privileges may begranted to fourth-year students. If theseprivileges are granted, the student will beinformed in writing and must then makeapplication to write the examinationsprescribed. Supplemental examinations may

be granted in Engineering courses requiredin the final year program to those studentswho, at the time of the May, October orJanuary meeting of the Engineering FacultyCouncil, have obtained a grade pointaverage of 2.00 in the courses taken sincethe last review and who will be eligible tograduate if one or two “D,” “D+” or “F” gradesare raised by up to one full grade. A grade ofat least “C-“ is required to obtain credit for acourse through a supplemental examination.Where courses other than Engineeringcourses are involved, the successfulcompletion of another approved course maybe accepted as clearing the deficiency.

A student may be granted supplementalprivileges only once and to a maximum oftwo supplemental examinations in thecourses taken since the last review. Supple-mental examinations granted at the Januaryor October meeting of the EngineeringFaculty Council will be written in thefollowing April, and those granted at the Maymeeting of the Council will be written in thefollowing August.

GraduationGraduation RequirementsStudents are required to obtain credit for thefull set of courses listed in the Calendar forany particular program. For graduation in allbranches of Engineering, a student musthave an overall grade point average of atleast 2.00 with no uncleared “F” grades. Theaverage will be calculated by using thenumerical equivalent of the best grade ineach course taken. A full-year course will becounted as two half courses for this purpose.

Note: An “F” grade in any technical electivecourse or complementary studies electivecourse may be cleared by a passing grade inanother acceptable technical elective orcomplementary studies elective, respectively.

Degrees with DistinctionThe notation With Distinction will beinscribed on the permanent record andgraduation parchment of students whoobtain a grade point average of at least 3.60over the last 10 full-course equivalents takenat the University of Calgary, with no morethan one “D” or “D+” grade and no failures.The notation With Distinction will not begranted if a student obtains an “F” grade in aCR/F course (including Internship) which hasbeen completed during the time period inwhich the last 10 full-course equivalentshave been taken. For cases in which the last10 full-course equivalents must includesome, but not all, of a group of coursestaken concurrently, the selection will bemade in the manner most advantageous tothe student. Students who have taken part oftheir work at another university or who havetransferred into this Faculty may be granteda degree With Distinction at the discretion ofthe Faculty.

Program DetailsFirst Year, CurriculumRequirements Common toAll Programs1. AMAT 217 Calculus for Engineers and

Scientists

2. AMAT 219 Multivariable Calculus forEngineers

3. CHEM 209 General Chemistry forEngineers

4. ENGG 201 Behaviour of Liquids, Gasesand Solids

5. ENGG 205 Engineering Mechanics I

6. ENGG 233 Computing for Engineers I

7. ENGG 251 Design and Communications I

8. ENGG 253 Design and Communications II

9. MATH 221 Linear Algebra for Scientistsand Engineers

10. PHYS 259 Electricity and Magnetism

11. Complementary Studies Course

Chemical EngineeringAdmissionRefer to “Faculty Regulations – Admissions”above.

RequirementsSee also “First Year Curriculum Require-ments Common to All Programs” above.

2nd YearChemical Engineering, regular programand Minor in Petrolum Engineering1. AMAT 307 Differential Equations for

Engineers

2. CHEM 357 Industrial Organic Chemistryfor Engineers

3. ENCH 315 Chemical EngineeringProcess Calculation

4. ENCH 331 Process Fluid Dynamics

5. ENGG 311 Engineering Thermodynamics

6. ENGG 317 Mechanics of Solids

7. ENGG 319 Probability and Statistics forEngineers

8. ENGG 325 Electric Circuits andSystems

9. ENGG 335 Computing for Engineers II

10. ENGG 349 Engineering Mechanics II

11. Science Option

Notes:1. Students are admitted to the Petroleum

Engineering minor at the time ofregistration in the fourth-year programs.Prior to that time, students who wish tobe considered for the minor must havecompleted GLGY 377 and ENPE 523.Students who take these two coursesprior to the end of 3rd year and who areadmitted to the regular program insteadof the minor will receive credit for these


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courses as 4th year technical electives.

2. The courses that are acceptable for theScience option include PHYS 369 andGLGY 377; other courses from theFaculty of Science may be substitutedwith approval of the student’s depart-ment and the relevant department in theFaculty of Science.

3rd YearChemical Engineering, regular programand minor in Petroleum Engineering1. CHEM 409 Applied Chemistry and

Chemical Pathways for Engineers

2. ENCH 401 Analyses in Chemical, Oil &Gas Engineering

3. ENCH 403 Heat and Mass Transfer

4. ENCH 405 Separation Processes I

5. ENCH 421 Chemical EngineeringKinetics

6. ENCH 423 Chemical EngineeringProcess Development

7. ENCH 427 Chemical EngineeringThermodynamics

8. ENGG 407 Numerical Methods inEngineering

9. Technical Elective (one half-courseequivalent)

10., 11. Two Complementary StudiesCourses (two half-course equivalents)for students in the regular program, orone complementary studies course andone technical elective (two half-courseequivalents) for students intending thePetroleum Engineering minor.

4th YearChemical Engineering, regular program1. CHEM 579 Surface and Colloid

Chemistry for Engineers

2. ENCH 501 Transport Processes

3. ENCH 505 Separation Processes II

4. ENCH 511 Chemical Process Design I

5. ENCH 529 Process Dynamics andControl

6. ENCH 531 Chemical Process Design II

7. ENCH 551 Chemical EngineeringLaboratory

8. ENGG 513 The Role and Responsibili-ties of the Professional Engineer inSociety

9., 10. Technical Electives (two half-courseequivalents)

11., 12. Complementary Studies Courses(two half-course equivalents)

Chemical Engineering with a Minor inPetroleum Engineering

1. CHEM 579 Surface and ColloidChemistry for Engineers


3. ENCH 529 Process Dynamics andControl


5. ENCH 505 Separation Processes II

6. ENPE 511 Design for Oil & GasEngineering I

7. ENPE 531 Design for Oil & GasEngineering II

8. ENPE 551 Petroleum EngineeringLaboratory

9. Technical Elective (one half-courseequivalent)

10. — 12. Complementary Studies Courses(three half-course equivalents)

Chemical Engineering ApprovedTechnical ElectivesRegular program.Select three half-course equivalents.Petroleum Engineering Minor, select onehalf-course equivalents.ENCH 503 Upgrading and Refining Processes

ENCH 519 Special Topics

ENCH 535 Principles of BiochemicalEngineering

ENCH 537 Computational Thermodynamics

ENCH 539 Polymer Engineering

ENCH 541 Introduction to Cell and TissueEngineering

ENCH 543 Geological Characterization of Oil& Gas Reservoirs

ENPE 507 Well Logging and FormationEvaluation

ENPE 509 Well Testing

ENPE 513 Flow in Porous Media

ENPE 515 Drilling and Well Completions

ENPE 523 Introduction to ReservoirEngineering

ENPE 525 Waterflooding

ENPE 533 Petroleum Production Engineering

ENPE 555 Oil & Gas Field Safety andEnvironment

ENPE 561 Fuel Science and Technology

ENPE 563 Materials Aspects of Oil & GasProduction

GLGY 377 Petroleum Engineering Geology

Note: Students in the Petroleum EngineeringMinor are required to take ENPE 523 andGLGY 377. Hence these two courses cannotbe selected as technical electives.

Civil EngineeringAdmissionRefer to “Faculty Regulations – Admissions”above.


2nd YearCivil Engineering, regular program andMinors in Environmental Engineering,Structural Engineering, and Transporta-tion Engineering1. AMAT 307 Differential Equations

2. ENCI 337 Computer Tools for Engineer-ing Design







9. ENME 341 Fundamentals of FluidMechanics

10. PHYS 369 Acoustics, Optics andRadiation for Engineers

11. Complementary Studies Course (onehalf-course equivalent)

3rd YearCivil Engineering, regular program andMinors in Environmental Engineering,Structural Engineering, and TransportationEngineering1. ENCI 413 Introduction to Civil Engineering

Materials

2. ENCI 423 Soil Mechanics

3. ENCI 451 Basic Structural Design

4. ENCI 461 Mechanics of Materials

5. ENCI 465 Engineering and ConstructionManagement

6. ENCI 471 Introduction to ProjectManagement

7. ENCI 473 Transportation Planning

8. ENCI 481 Environmental Engineering

9. ENGO 343 Fundamentals of Surveying

10. GLGY 471 Geology, Engineering andthe Environment


4th YearCivil Engineering, regular program1., 2. ENCI 570 Group Design Project (two

half-course equivalents)


4. — 11. Technical Electives (eight half-


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course equivalents)12. Complementary Studies Course(one half-course equivalent)

Civil Engineering with a Minor in Environ-mental Engineering1., 2. ENCI 570 Group Design Project (two



4. — 8. Environmental Engineering TechnicalElectives, selected from Group A (seeelectives list below) (five half-courseequivalents)

9. — 11. Civil Engineering TechnicalElectives, selected from Group B (seeelectives list below) (three half-courseequivalents)


Civil Engineering with a Minor inStructural Engineering1. ENCI 545 Theory of Structures I

2. ENCI 547 Theory of Structures II

3. ENCI 555 Structural Concrete Design

4. ENCI 557 Structural Steel Design

5., 6. ENCI 570 Group Design Project (twohalf-course equivalents)


8. One of ENCI 513 Properties of Concreteand Masonry, or ENCI 523 Soil Mechan-ics and Foundation Engineering

9. One of (a) EVDA 511 Building Scienceand Technology I – a minimum GPA of2.70 is required to register, (b) EVDA719[ Structures for Architects III – aminimum GPA of 3.00 is required toregister, (c) ENCI 525 AppliedGeotechnical Engineering, (d) anapproved course on the Design ofWood, (e) an approved course on theDesign of Masonry, (f) an approvedcourse on Structural Biomechanics10., 11. Technical Electives (two half-course equivalents not otherwise taken)12. Complementary Studies Course(one half-course equivalent)

Civil Engineering with a Minor inTransportation Engineering1., 2. ENCI 570 Group Design Project (two


3. ENCI 573 Highway Engineering

4. ENCI 575 Operation of TransportationSystems

5. ENCI 577 Modelling of TransportationSystems

6. ENCI 579 Asphalt Pavement Design andManagement


8. TRAN 599 Independent Research in

Transportation Issues

9. — 11. Technical Electives (three half-course equivalents)


Civil Engineering ApprovedTechnical ElectivesRegular program.Select eight half-course equivalents.ENCI 513 Properties of Concrete andMasonry

ENCI 523 Soil Mechanics and FoundationEngineering

ENCI 525 Applied Geotechnical Engineering

ENCI 533 Engineering Hydrology

ENCI 535 Open Channel Hydraulics

ENCI 545 Theory of Structures I

ENCI 547 Theory of Structures II

ENCI 555 Structural Concrete Design

ENCI 557 Structural Steel Design

ENCI 573 Highway Engineering

ENCI 575 Traffic Engineering and Opera-tions

ENCI 577 Modelling of TransportationSystems

ENCI 579 Asphalt Pavement Design andManagement

ENCI 581 Water and Wastewater Engineer-ing

ENCI 587 Site Assessment and Remediation

ENCI 589 Air and Water Pollution

ENCI 591 Solid and Hazardous WasteEngineering

ENCI 595 Special Topics

ENCI 597 Civil Engineering Project I

ENCI 599 Civil Engineering Project II

Environmental Engineering Minor.Select five half-course equivalents fromGroup A and three half-course equiva-lents from Group B.

Group A Technical ElectivesENCI 581 Water and Wastewater Engineer-ing




GLGY 401 Physical Hydrology

Group B Technical ElectivesENCI 513 Properties of Concrete andMasonry





ENCI 545 Theory of Structures I

ENCI 547 Theory of Structures II

ENCI 555 Structural Concrete Design

ENCI 557 Structural Steel Design


ENCI 575 Traffic Engineering and Operations




Structural Engineering Minor.Select two half-course equivalents.ENCI 513 Properties of Concrete andMasonry






ENCI 575 Traffic Engineering and Opera-tions



ENCI 581 Water and Wastewater Engineer-ing





Transportation Engineering Minor.Select three half-course equivalents.ENCI 513 Properties of Concrete andMasonryENCI 523 Soil Mechanics and FoundationEngineeringENCI 525 Applied Geotechnical EngineeringENCI 533 Engineering HydrologyENCI 535 Open Channel HydraulicsENCI 545 Theory of Structures IENCI 547 Theory of Structures IIENCI 555 Structural Concrete DesignENCI 557 Structural Steel DesignENCI 581 Water and Wastewater EngineeringENCI 587 Site Assessment and RemediationENCI 589 Air and Water PollutionENCI 591 Solid and Hazardous WasteEngineeringENCI 595 Special Topics

Note: All technical-elective courses havesimilar workloads even though the hours inthe timetable are variable. One 500-level orhigher course from either the Faculty ofScience or the Faculty of Engineering maybe approved by the Department Head as atechnical elective. Optional undergraduatecourses and all graduate courses areoffered, in any calendar year, at the discre-tion of the department.


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Computer EngineeringAdmissionRefer to “Faculty Regulations – Admissions”above.


2nd Year1. AMAT 307 Differential Equations

2. CPSC 331 Information Structures

3. ENCM 339 Programming Fundamentals

4. ENCM 369 Computer Organization

5. ENEL 327 Signals and Transforms

6. ENEL 341 Circuits I

7. ENEL 343 Circuits II

8. ENEL 353 Digital Circuits


10. MATH 271 Discrete Mathematics


3rd Year1. CPSC 441 Computer Communications

2. CPSC 457 Principles of OperatingSystems

3. ENCM 415 Assembly LanguageProgramming and Interfacing

4. ENCM 467 Digital Electronics forComputer Engineers

5. ENCM 491 Real-Time Systems Design

6. ENCM 493 Software Development forComputer Engineers

7. ENEL 441 Control Systems I

8. ENEL 453 Digital Systems Design

9. ENEL 471 Analog Communications


4th Year1. CPSC 411 Compiler Construction

2. ENCM 501 Principles of ComputerArchitecture

3. ENCM 583 Fourth Year ComputerEngineering Team Design Project, PartA

4. ENCM 589 Fourth Year ComputerEngineering Team Design Project, PartB


6. — 10. Technical Electives (five half-courseequivalents)


Block Course – ENCM 007 Introduction tothe Fourth Year Computer EngineeringTeam Design Project (20 hours)

Computer Engineering ApprovedTechnical ElectivesSelect five half-course equivalentsCPSC 453 Introduction to ComputerGraphics

CPSC 471 Data Base Management Systems

ENCM 503 Digital Video Processing

ENCM 505 Parallel Computer Architectures

ENCM 515 Digital Signal Processors

ENCM 519 Special Topics in ComputerEngineering

ENCM 591 Individual Computer EngineeringProject, Part II (1 session)

ENCM 598 Individual Computer EngineeringResearch Project (2 sessions, two half-course equivalents)

ENCM 599 Individual Computer EngineeringProject (1 session)

ENEL 525 Neuro-Fuzzy and Soft Computing

ENEL 527 Design and Implementation ofFPGA-Based DSP Systems

ENEL 529 Wireless CommunicationsSystems

ENEL 541 Control Systems II

ENEL 563 Biomedical Signal Analysis

ENEL 567 CMOS VLSI Engineering

ENEL 571 Digital Communications

ENEL 573 Telecommunications andComputer Communications

ENEL 579 Optical Fibre Communications

ENEL 593 Digital Filters

Note: Selection of a course not on this listrequires department approval. Electivecourses are offered, in any calendar year, atthe discretion of the department.

Note: Students may not take CPSC 471 as atechnical elective if they have alreadycompleted ENSF 519.31 or ENCM 519.31.

Electrical EngineeringAdmissionRefer to “Faculty Regulations – Admissions”above.



2. AMAT 309 Vector Calculus forEngineers




6. ENEL 341Circuits I

7. ENEL 343 Circuits II


9. ENEL 361 Electronic Materials



3rd Year1. ENCM 415 Assembly Language

Programming and Interfacing

2. ENEL 409 Principles of SoftwareDevelopment

3. ENEL 441 Control Systems I

4. ENEL 453 Digital Systems Design

5. ENEL 463 Electronic Devices andCircuits

6. ENEL 465 Analog Integrated Electronics

7. ENEL 471 Analog Communications

8. ENEL 475 Fundamentals of Electromag-netic Fields

9. ENEL 489 Electric Machines: Steady-State


4th Year1. ENEL 583 Fourth Year Electrical

Engineering Team Design Project, Part A

2. ENEL 589 Fourth Year ElectricalEngineering Team Design Project, Part B

3. ENEL 587 Power Systems: Steady State


5. — 10. Technical Electives (six half-courseequivalents)


Block Course — ENEL 007 Introduction tothe Fourth Year Electrical EngineeringTeam Design Project (20 hours)

Electrical Engineering ApprovedTechnical ElectivesSelect six half-course equivalents.ENCM 503 Digital Video Processing


ENEL 519 Special Topics in ElectricalEngineering

ENEL 523 Data-Conversion Techniques andCircuits


ENEL 527 Design and Implementation ofFPGA-Based DSP Systems


ENEL 541 Control Systems II

ENEL 559 Analog Filter Design

ENEL 563 Biomedical Signal Analysis

ENEL 565 Digital Integrated Electronics

ENEL 567 CMOS/VLSI Engineering

ENEL 569 Electronics for Instrumentation


ENEL 573 Telecommunications andComputer Communications

ENEL 575 Microwave Circuits and Antennas


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ENEL 577 Transmission Media


ENEL 585 Introduction to Power Electronics

ENEL 591 Individual Project, Part II


ENEL 598 Individual Research Project (twohalf-course equivalents)

ENEL 599 Individual Project


Geomatics EngineeringAdmissionRefer to “Faculty Regulations – Admissions”above.



2. AMAT 309 Vector Calculus forEngineers






8. ENGO 343 Fundamentals of Surveying

9. ENGO 351 Introduction to GeospatialInformation Systems

10. ENGO 361 Adjustment of Observations


3rd Year1. ENCI 471Introduction to Project

Management


3. ENGO 419 Geomatics Networks

4. ENGO 421 Coordinate Systems andMap Projection

5. ENGO 423 Geodetic Positioning

6. ENGO 427 Physical Geodesy

7. ENGO 431 Analytical Photogrammetry

8. ENGO 435 Remote Sensing

9. ENGO 455 Cadastral Surveys and LandRegistration Systems


4th Year1. ENGG 513 The Role and Responsibili-

ties of the Professional Engineer inSociety

2., 3. ENGO 500 Geomatics EngineeringProject (two half-course equivalents)

4. ENGO 501 Field Surveys

5. ENGO 419 Geomatics Networks



Geomatics Engineering ApprovedTechnical ElectivesSelect five half-course equivalents.

ENGO 545 Hydrography

ENGO 557 Design and Implementation ofGeospatial Information Systems

ENGO 559 Digital Imaging and Applications

ENGO 561 Satellite Positioning

ENGO 563 Data Analysis in Engineering

ENGO 567 High-Precision Surveys

ENGO 573 Digital Terrain Modelling

ENGO 579 Survey Law

ENGO 581 Land Use Planning

ENGO 583 Environmental Modelling

SGMA 395 Legal Environment

Notes:

1. A 400-level or higher technical coursefrom the Faculty of Science or anotherEngineering department may besubstituted for a technical elective withpermission of the Head of the Depart-ment of Geomatics Engineering.

2. Technical electives in the undergraduateprogram and all graduate courses areoffered, in any academic year, at thediscretion of the department.

3. Students are eligible to obtain aCertificate of Completion from theWestern Canadian Board of Examiners(WCBE) for Land Surveyors uponcompletion of approved courses on thefollowing subjects, in addition to therequired courses within the GeomaticsEngineering program (WCBE examina-tions are noted in parentheses):Canadian Economic, Legal andBusiness Systems (II-6); Survey Law (II-3) and Land Use Planning and Environ-mental Management (II-4). For moreinformation on the WCBE go to theirwebsite: www.geomatics.ucalgary.ca/wcbe/index.htm

ManufacturingEngineering

AdmissionRefer to “Faculty Regulations – Admissions”above.


2nd YearManufacturing Engineering, regular programand Minor in Mechatronics

1. AMAT 307 Differential Equations

2. CHEM 357 Industrial Inorganic Chemis-try for Engineers










Block Course — ENME 001 Mechanical andManufacturing Engineering BlockCourse (32 hours)

3rd YearManufacturing Engineering, regular programand Minor in Mechatronics

1. ENME 421 Materials I

2. ENME 461 Mechatronics

3. ENME 473 Kinematics and Dynamics ofMachines

4. ENMF 401 Computer-Aided Design andGraphics

5. ENMF 405 Mechanics of Materials

6. ENMF 407 Human Behaviour inOrganizations

7. ENMF 411 Quality Assurance

8. ENMF 415 Integrated ManufacturingSystems I

9. ENMF 417 Manufacturing and Produc-tion Processes


4th YearManufacturing Engineering, regularprogram1. ENGG 513 The Role and Responsibili-


2. ENMF 501 Modelling and Simulation ofManufacturing Systems

3. ENMF 509 Integrated ManufacturingSystems II

4., 5. ENMF 512 Manufacturing EngineeringDesign Methodology and Application(two half-course equivalents)

6. ENMF 521 Manufacturing Practicum*

7. ENMF 533 Elements of Automation




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* Occurs over a 2-week period during the Summer Session.This course may be taken prior to third year (subject tospace limitations). Contact department for dates.

Manufacturing Engineering with a Minorin Mechatronics1. ENGG 513 The Role and Responsibili-


2., 3. ENME 560 Mechatronics DesignLaboratory (two half-course equivalents)

4. ENME 585 Control Systems

5., 6. ENMF 512 Manufacturing EngineeringDesign Methodology and Application(two half-course equivalents)

7. ENMF 521 Manufacturing Practicum*

8. ENMF 533 Elements of Automation



* Occurs over a 2-week period during the Summer Session.This course may be taken prior to third year (subject tospace limitations). Contact department for dates.

Manufacturing EngineeringApproved Technical ElectivesRegular program.Select two half-course equivalents.ENME 521 Materials II

ENME 547 Finite Element Method

ENME 585 Control Systems

ENMF 503 Computer Numerically ControlledMachines

ENMF 505 Robotics

ENMF 507 Organization and TechnicalManagement in Manufacturing

ENMF 513 Artificial Intelligence inManufacturing

ENMF 515 Computer-Based Control forManufacturing

ENMF 519 Special Topics in ManufacturingEngineering

ENMF 527 Production and ProjectEngineering

ENMF 529 Introduction toMicroelectromechanical Systems

ENMF 577 Product and Process Develop-ment

Minor in Mechatronics.Select two half-course equivalents.ENME 547 Finite Element MethodENME 599 Vibrations and Machine DynamicsENMF 505 RoboticsENMF 513 Artificial Intelligence in Manufac-turingENMF 515 Computer-Based Control forManufacturingENMF 529 Introduction toMicroelectromechanical Systems

Mechanical EngineeringAdmissionRefer to “Faculty Regulations – Admissions”above.


2nd YearMechanical Engineering, regular programand Minors in Mechatronics and Petro-leum Engineering1. AMAT 307 Differential Equations

2. CHEM 357 Industrial InorganicChemistry for Engineers










Block Course – ENME 001 Mechanical andManufacturing Engineering BlockCourse (32 hours)

3rd YearMechanical Engineering, regular programand Minors in Mechatronics and Petro-leum Engineering1. ENME 421 Materials I

2. ENME 461 Mechatronics

3. ENME 471 Heat Transfer

4. ENME 473 Fundamentals of Kinematicsand Dynamics of Machines

5. ENME 479 Mechanics of Materials I

6. ENME 485 Mechanical EngineeringThermodynamics

7. ENME 493 Machine Component Design

8. ENME 495 Fluid Mechanics

9. ENMF 417 Manufacturing and Produc-tion Processes


4th YearMechanical Engineering, regular program1. ENGG 513 The Role and Responsibili-


2., 3. ENME 538 Mechanical EngineeringDesign Methodology and Application(two half-course equivalents)

4. ENME 585 Control Systems

5. ENME 599 Vibrations and MachineDynamics

6. — 9. Technical Electives (four half-courseequivalents)


Mechanical Engineering with a Minor inMechatronics1. ENGG 513[ENGG513] The Role and

Responsibilities of the ProfessionalEngineer in Society

2., 3. ENME 538[ENME538] MechanicalEngineering Design Methodology andApplication (two half-course equivalents)

4., 5. ENME 560[ENME560] MechatronicsDesign Laboratory (two half-courseequivalents)

6. ENME 585[ENME585] Control Systems

7. ENME 599[ENME599] Vibrations andMachine Dynamics

8. ENMF 533[ENMF533] Elements ofAutomation



Mechanical Engineering with a Minor inPetroleum Engineering


2., 3. ENME 538 Mechanical EngineeringDesign Methodology and Application(two half-course equivalents)

4. ENPE 523 Introduction to ReservoirEngineering



Mechanical Engineering Ap-proved Technical ElectivesRegular program.Select four half-course equivalents.

ENME 519 Special Topics

ENME 521 Materials II

ENME 547 Finite Element Method

ENME 583 Mechanical Systems in Buildings

ENME 587 Mechanics of Materials II

ENME 593 Energy Systems

ENME 595 Gas Dynamics

ENME 597 Turbomachinery

ENMF 401 Computer-Aided Design andGraphics

ENMF 415 Integrated ManufacturingSystems I

ENMF 503 Computer Numerically ControlledMachines

ENMF 505 Robotics


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ENMF 527 Production and Project Engineering





ENPE 565 Mechanics of Oil & Gas Production

ENPE 567 Offshore Mechanical Engineering

Minor in Mechatronics. Select two half-course equivalents.ENME 547 Finite Element Method

ENMF 505 Robotics

ENMF 513 Artificial Intelligence in Manufac-turing



Minor in Petroleum Engineering.Select five half-course equivalents.ENME 595 Gas Dynamics

ENME 597 Turbomachinery

ENPE 525 Waterflooding

ENPE 533 Petroleum Production Engineering




ENPE 565 Mechanics of Oil & Gas Production

ENPE 567 Offshore Mechanical Engineering

GLGY 377 Petroleum Engineering Geology

Oil & Gas EngineeringAdmissionRefer to “Faculty Regulations – Admissions”above.


2nd Year1. AMAT 307 Differential Equations for

Engineers

2. CHEM 357 Industrial Organic Chemistryfor Engineers

3. ENCH 315 Chemical EngineeringProcess Calculation

4. ENCH 331 Process Fluid Dynamics







11. GLGY 377 Petroleum EngineeringGeology

3rd Year1. ENCH 401 Analyses in Chemical, Oil &

Gas Engineering

2. ENCH 403 Heat and Mass Transfer

3. ENCH 405 Separation Processes I

4. ENCH 427 Chemical EngineeringThermodynamics

5. ENPE 423 Oil & Gas EngineeringProcess Development

6. ENPE 507 Well Logging and FormationEvaluation

7. ENPE 515 Drilling and Well Completions

8. ENPE 523 Introduction to ReservoirEngineering

9. ENPE 525 Waterflooding

10. ENPE 533 Petroleum ProductionEngineering


4th Year1. ENGG 407 Numerical Methods in

Engineering

2. ENGG 513 The Role and Responsibilitiesof the Professional Engineer in Society


4. ENPE 511 Design for Oil & GasEngineering I

5. ENPE 513 Flow in Porous Media

6. ENPE 531 Design for Oil & GasEngineering II

7. ENPE 551 Petroleum EngineeringLaboratory

8., 9 Technical Electives (two half-courseequivalents)

10.– 12. Complementary Studies Courses(three half-course equivalents)

Oil & Gas Engineering ApprovedTechnical ElectivesSelect two half-course equivalents.

CHEM 579 Surface and Colloid Chemistryfor Engineers

ENCH 503 Upgrading and RefiningProcesses

ENCH 535 Principles of BiochemicalEngineering

ENCH 537 Computational Thermodynamics

ENPE 509 Well Testing

ENPE 519 Special Topics

ENPE 543 Geological Characterization of Oiland Gas Reservoirs




Software EngineeringAdmissionRefer to “Faculty Regulations – Admissions”above.



2. CPSC 331 Information Structures




6. ENEL 329 Circuits for SoftwareEngineers



9. MATH 271 Discrete Mathematics



3rd Year1. CPSC 441 Computer Communications

2. CPSC 449 Principles of ProgrammingLanguages

3. CPSC 457 Principles of OperatingSystems

4. CPSC 471 Data Base ManagementSystems

5. ENCM 415 Assembly LanguageProgramming and Interfacing

6. ENCM 491 Real-Time System Design

7. SENG 311 Principles of SoftwareEngineering

8. SENG 411 Human and OrganizationalAspects in Software Engineering

9. SENG 421 Software Metrics

10. SENG 443 Software Architectures


4th Year1. CPSC 411 Compiler Construction


3. ENSF 583 Fourth Year Software TeamDesign Project, Part A

4. ENSF 589 Fourth Year Software TeamDesign Project, Part B

5. SENG 521 Software Reliability andTesting

6. — 9. Technical electives (four half-courseequivalents)



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Block Course — ENSF 007 Introduction tothe Fourth Year Software EngineeringTeam Design Project (20 hours)

Note: Students who took CPSC 599.24(Compiler Construction) as part of their 3rdyear program should not take CPSC 411 in4th year; instead they must include CPSC449 (Principles of Programming Languages)in their 4th year programs.

Software Engineering ApprovedTechnical ElectivesSelect four half-course equivalents.CPSC 453 Introduction to ComputerGraphics

CPSC 471 Data Base Management Systems

ENCM 503 Digital Video Processing

ENCM 505 Parallel Computer Architectures





ENEL 573 Telecommunication and ComputerCommunications



ENSF 519 Special Topics in SoftwareEngineering

ENSF 591 Individual Software EngineeringProject, Part II (1 session)

ENSF 598 Individual Software EngineeringResearch Project (2 sessions, two half-course equivalents)

ENSF 599 Individual Software EngineeringProject (1 session)

SENG 501 Advanced Topics in SoftwareEngineering

SENG 511 Software Process Improvement

SENG 513 Web Engineering

SENG 523 Formal Methods

SENG 531 Software Evolution

PHIL 279 Logic I or PHIL 377 ElementaryFormal Logic


Note: CPSC 471, Data Base ManagementSystems, may be used as a technicalelective only by students whose programsdid not include CPSC 471 as a requiredcourse.

Note: Students may not take CPSC 471 as atechnical elective if they have alreadycompleted ENSF 519.31 or ENCM 519.31.

Combined ProgramsBSc(Eng)/BA and BSc(Eng)/BScPrograms with the Faculties ofHumanities and Social Sciences

IntroductionThese programs, sponsored by the Facultiesof Engineering, Humanities and SocialSciences allow a student to fulfill therequirements for a BSc degree with speciali-zation in any of the six disciplines inEngineering plus:

(a) a BA degree in the Faculty of Humani-ties with specialization in any of:EnglishFrench, Italian and SpanishGermanic, Slavic and East AsianStudiesGreek and Roman StudiesPhilosophyReligious Studies

(b) a BA degree in the Faculty of SocialSciences with specialization in any of:Anthropology (Social and Cultural)EconomicsHistoryInternational RelationsLinguisticsPolitical ScienceSociology

(c) a BSc degree in the Faculty of SocialSciences with specialization in any of:Anthropology (Primatology)ArchaeologyArchaeology with concentration inPhysical AnthropologyGeographyPsychology

AdmissionRefer to “Faculty Regulations – Admissions”above.

Note: A quota applies to admission to thePsychology program. Students wishing topursue a combined degree in Engineeringand Psychology must consult the AssociateDean (Student Affairs) in the Faculty ofEngineering regarding admission proce-dures.

RequirementsA combined Engineering degree and a BAdegree in Humanities or a BA or BSc inSocial Sciences can be obtained by taking aprescribed program over a period of fiveyears. The framework of this program issummarized as follows (there are slightvariations depending upon the combineddegree sought):

1st Year

Four and one-half full-course equivalentsfrom the first year engineering program

One full-course equivalent from Humanities/Social Sciences Major

2nd YearOne half-course equivalent from the firstyear engineering program

Two and one-half full-course equivalentsfrom the second year engineering program

Two full-course equivalents from Humanities/Social Sciences Major

One full-course equivalent from the Engi-neering Complementary Studies requirement

3rd YearThree full-course equivalents from secondyear engineering program

Two full-course equivalents from Humanities/Social Sciences Major

One of Communications Studies 361 or 363

4th YearRequired courses from third year engineer-ing specialization


5th YearRequired courses from fourth year engineer-ing specialization


Engineering 513

Other RequirementsStudents planning a Humanities Major inFrench or German should present AlbertaGrade XII standing in the subject area.Programs of students in the combineddegrees will be approved by the associatedeans of both faculties. Upon successfulcompletion of the program requirementsstudents will receive two degree parchments.

Note: Students seeking a BA in InternationalRelations in the Faculty of Social Sciencesmust fulfill the requirement of two full-courseequivalents in a modern language other thanEnglish in addition to the requirements listedabove.

RegulationsIt is possible for students to opt out of acombined degree program after one yearand complete either the BSc (Engineering)or the Humanities or Social Sciences degreein the normal time.

DiplomasDiploma of the Faculty ofEngineeringIntroductionThe Faculty of Engineering sponsors adiploma program providing additional specialqualifications in designated departmentswhich lead to the Diploma of the Faculty ofEngineering. The designated departmentsoffering the diploma program are: Chemical& Petroleum, Civil, Electrical & Computer,and Mechanical & Manufacturing Engineer-ing. This program is intended primarily forprofessional engineers engaged in practicewho are not interested in submitting to thediscipline of a true graduate degree includinga thesis, or who are unable to meet theresidence requirements of the MSc degree.


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AdmissionAdmission to the diploma program may begranted to holders of an approved degree orits equivalent. Engineers, without a degree,who are registered as Professional Engi-neers with the Association of ProfessionalEngineers, Geologists and Geophysicists ofAlberta, or an equivalent association, mayalso be eligible for admission to the diplomaprogram.

RequirementsThe diploma program consists of eight halfcourses of which at least four must begraduate courses in engineering. Courseswhich normally fall within an undergraduateprogram in the same area in which thediploma is sought will not be credited towardthe diploma.

RegulationsA student must obtain a grade point averageof at least 2.50 in the courses taken for credittoward the diploma. The minimum passinggrade in courses taken for credit in thediploma program is “C.” Enquiries about thediploma program should be directed to thedepartment in which the diploma is sought.

Environmental EngineeringThe Faculty of Engineering also sponsors adiploma program providing additionalspecialization in Environmental Engineering,intended for professional engineers or holdersof equivalent approved degrees and leadingto the Diploma of the Faculty of Engineeringin Environmental Engineering. The admissioncriteria, requirements and regulations for thediploma are the same as for the Diploma ofthe Faculty of Engineering. Enquiries aboutthe specialization in Environmental Engineer-ing should be directed to the Department ofCivil Engineering.

Diploma of the Faculty of Engi-neering and the HaskayneSchool of Business in ProjectManagement SpecializationIntroductionThe Faculty of Engineering and theHaskayne School of Business jointly sponsora diploma program providing additionalspecial qualifications in the area of ProjectManagement which leads to the Diploma ofthe Faculty of Engineering and of theHaskayne School of Business in ProjectManagement. This program is intendedprimarily for professionals engaged inpractice who are not interested in the MSc orMEng degrees.

AdmissionAdmission to the diploma program may begranted to holders of an approved Engineer-ing degree, Engineers without a degree whoare registered with APEGGA or an equiva-lent association, and those having equivalentqualifications or experience as determinedby the Director of the Project Managementspecialization. Criteria for admission to theDiploma with a Specialization in Project

Management of the Faculty of Engineeringand the Haskayne School of Business are asfollows:

1. An approved Engineering degreeorregistration with APEGGA or anequivalent associationorequivalent qualifications or experienceas determined by the Director of theProject Management Specialization;

2. Up to five years of relevant experiencein industry as determined by the Directorof the Project Management Specializa-tion;

3. Successful completion of up to fourcourses in the Project ManagementSpecialization with a grade pointaverage of at least 2.50, and a minimumpassing grade of “C” for all courses.

RequirementsThe diploma program consists of eight halfcourses of which at least six must begraduate courses in project management.Courses which fall within an undergraduateprogram in the area of Project Managementwill not normally be credited toward thediploma.

RegulationsA student must obtain a grade point averageof at least 2.50 in the courses taken for credittoward the diploma. The minimum passinggrade in courses taken for credit in thediploma program is “C.” Enquiries about thediploma program should be directed to theDirector of the Project Managementspecialization.

Engineering InternshipProgram

IntroductionThe Engineering Internship Program is a five-year program which includes, in addition to theregular four-year academic program, aninternship year (a minimum of twelve and amaximum of sixteen consecutive months) ofsupervised work experience in industry. Theinternship year may commence in May orSeptember after the student has completed thefirst three years of the Engineering program.The student is expected to return to completethe final academic year of the program inSeptember of the following year. In certaincircumstances, it may be possible to com-mence the internship year in January, andreturn to the academic program the followingJanuary. Interested students are encouragedto contact either the Engineering Internshipoffice or the Career Services Office.

AdmissionStudents are encouraged to apply to theCareer Services Office after the completionof their second year, and before October 1 intheir third year. Students who do not meetthe application deadline should contact theEngineering Internship Office regardingadmission.

To be provisionally admitted to the Engineer-ing Internship Program, students must befull-time students in good academic standingafter second year, and have completed theCareer Development Workshop. In addition,a personal interview with the ExecutiveDirector or the Associate Director of theEngineering Internship Program is manda-tory. Only students who are eligible for full-time registration in the Faculty of Engineer-ing at the time they apply for the internshipprogram and at the time they expect to starttheir internship are eligible for access to theplacement processes of the EngineeringInternship Program. Students are formallyadmitted to the program when they accepttheir first placement. Students should refer tothe Co-operative Education/Internshipsection of this Calendar for general admis-sion requirements.

RequirementsStudents must complete a minimum oftwelve months work experience whileregistered in the Internship courses,Internship in Engineering 513.01-04 , inaddition to the regular requirements for theBSc in Engineering. Students who havecompleted any portion of the twelve monthrequirement will not be permitted to apply forpositions that extend beyond either thesixteen month maximum permitted tocomplete the requirements, or the date onwhich they are expected to resume theiracademic program.

RegulationsIf a student’s academic performance in thethird year results in the student beingrequired to withdraw from the Faculty ofEngineering, or being placed on probation,the student will be required to withdraw fromthe Engineering Internship Program.

Students who have been required towithdraw from the Engineering InternshipProgram will no longer have access to theprogram’s job search systems or support. Ifthe student is required to withdraw from theEngineering Internship Program but hasalready accepted a placement, the employerwill be informed that the student is no longerregistered in the Internship Program.

Students who have completed the twelvemonth minimum requirement will not bepermitted to apply for further internshippositions. Students who have accepted aplacement obtained through the Co-op/Internship Placement process are required toregister in the Internship courses corre-sponding to the length of the placement.Students failing to do so will be registered bythe office of Cooperative Education in theappropriate course(s) and appropriate feeswill be payable.

In order to have the Internship designationappear on the BSc parchment, a studentmust complete the twelve-month minimumrequirement and pass the requisite intern-ship courses.

Each work experience is supervised by aProfessional Engineer in the host company.


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Normally the entire internship year is spentwith the same employer. Students arerequired to present letter reports to theEngineering Internship Office at the end ofeach four month period during the internshipyear. In addition, a comprehensive report onthe student’s work experience is required atthe end of the internship assignment. Thiscomprehensive report must be approved bythe student’s work supervisor and is markedand graded by members of the Faculty.

MinorMinor in Entrepreneurship andEnterprise Development in theFaculty of Engineering

IntroductionThe Faculty of Engineering in partnershipwith the Haskayne School of Business offersa Minor in Entrepreneurship and EnterpriseDevelopment (MEED) open to all engineer-ing students. MEED typically commences inyear two of the engineering program andconsists of five Entrepreneurship andInnovation (ENTI) courses, all of which arecurrently offered by the Haskayne School ofBusiness plus any five fourth-year engineer-ing courses that are taken as part of thenormal requirements for the engineeringdegree. Thus, to satisfy MEED requirements,students must receive credit for five halfcourses over and above the engineeringdegree requirements.

AdmissionStudents apply for admission to MEED at thesame time as they apply for their choice ofengineering program specialization, in Aprilof their first year. Admission to the MEED

program is limited to 25 students. In theevent that the number of applicants exceedsthe number of spaces available, admissionwill be decided on the basis of academicperformance, using the same process as isused for admission to the engineeringprogram specialization. If students applylater in their program than second year, theywill be admitted in order of academicperformance according to the number ofspaces available. Students are encouragedto apply as soon as possible in order that theHaskayne School of Business may plan forthe required number of places in the ENTIcourses. Application forms are available fromand should be submitted to the Undergradu-ate Studies Office, Faculty of Engineering.Admission to the program depends upon theavailability of space in the required ENTIcourses.

RequirementsStudents must receive credit for five halfcourses in addition to five fourth-yearengineering courses that are part of theundergraduate engineering degree require-ments. The five courses that are done inaddition to the engineering degree require-ments are:

1. ENTI 201 Introduction to BusinessVenturing

2. ENTI 381 Introduction to Entrepreneur-ship

3. ENTI 401 Opportunity Identification

4. ENTI 403 New Venture Planning

5. ENTI 405 New Venture Start-Up

Note: ENTI 201 and 381 must be taken firstin order to fulfill prerequisite requirements forthe other ENTI courses.

RegulationsRegulations of the Faculty of Engineeringapply to students taking MEED courses. Inorder to have the Minor in Entrepreneurshipand Enterprise Development appear on thestudent’s transcript, the five-course MEEDprogram must be completed before thestudent graduates.

AdministrationFaculty AdministrativeOfficersDean

S.C. Wirasinghe

Associate Dean (Academic & Planning)R.L. Day

Associate Dean (Research)

M. Sideris

Associate Dean (Student Affairs &Internship)

M.J. Collins

Director of the Engineering InternshipProgram

N. Dorjee

Documents

Faculty of Engineering Faculty of EngineeringSchool of Business in Project Management Specialization The Faculty of Engineering and the Haskayne School of Business jointly sponsor