Calendar 007-008 Chapter 7 Curriculum & Programs CIVIL ENGINEERING UNDERGRADUATE PROGRAM IN CIVIL ENGINEERING (AECIVBASC) (AECIVBASCE) Offered by the Department of Civil Engineering. For a listing of Academic Staff in the Department, refer to Chapter. UNDERGRADUATE STUDENT COUNSELLOR: Ms Colleen Kerluk, Hon. B.A. Room 05, Galbraith Bldg., 46-978-0945 E-mail: kerluk@ecf.utoronto.ca Civil Engineering is the profession that plans, designs, constructs, operates, and manages the systems that make civilization possible and addresses their impacts on the environment. Supplying clean water, treating and disposing of wastes, providing efficient and safe transportation, energy and housing, and ensuring that structures such as high-rise buildings, bridges, dams, tunnels and sports stadia have the integrity to resist extreme events such as earthquakes, hurricanes and floods, are among the duties performed by Civil Engineers. These activities encompass a wide range of knowledge, which in turn are reflected in the curriculum features of the program in Civil Engineering. The General Option in Civil Engineering is designed so that students will undertake a broad study of the discipline followed by more comprehensive study in one or more of the principal fields (structural, materials, construction, geotechnical, transportation, and municipal and environmental engineering). The Collaborative Program Environmental Option in Civil Engineering is offered to those students with a more specialized interest in environmental engineering. These students share parts of their curriculum with students in the General Option and with students in the Collaborative Program Environmental Option in Chemical Engineering. For more information please refer to the section on the Environmental Engineering Collaborative Program. In the first two years, students receive a strong foundation in the fundamentals of mathematics, computing, chemistry and physics and in the applied sciences of structural mechanics, fluid mechanics, hydraulics, hydrology, materials, surveying, computer graphics, and engineering economics. In the third year, students continue to develop analytic, computer, design and management skills and to apply them as they develop engineering expertise, with the help of team projects, in the planning, design, construction, operation and management of civil engineering systems. There is considerable flexibility in the fourth year, provided by the selection of specialized elective courses and the area and topic of the undergraduate thesis. The Civil Engineering Program is designed to develop knowledgeable and creative engineers with strong capabilities for innovation and management. Graduates have a wide variety of employment opportunities in both the private and public sectors. Many such opportunities involve extensive interaction with clients and with the public; hence, the acquisition of communication and people management skills is emphasized. Many graduates of Civil Engineering pursue postgraduate studies to further advance their skills in an area of engineering specialization. Others pursue second degrees in areas such as law, medicine and business administration. A more comprehensive description of the Civil Engineering Department can be found on our Internet site. Our URL is http:// www.civil.engineering.utoronto.ca/ FIRST YEAR CIVIL ENGINEERING Lect. Lab Tut. Wgt. FALL SESSION YEAR Engineering Strategies & Practice I APSH F 3 0.50 Structures, Materials and Design CIV0H F 3-0.50 Calculus I MAT86H F 3-0.50 Linear Algebra MAT88H F 3-0.50 Physical Chemistry CHEH F 3-0.50 WINTER SESSION YEAR Engineering Strategies & Practice II APSH S 3-0.50 Calculus II MAT87H S 3-0.50 Fundamentals of Computer Programming APS06H S 3 0.50 Applied Science: Materials MSE0H S 3 0.50 Earth Systems Engineering MIN85H S 3 0.50 5
Faculty of Applied Science and Engineering University of Toronto CHAPTER 7 CHAPTER 6 CHAPTER 5 CHAPTER 4 CHAPTER 3 CHAPTER CHAPTER SECOND YEAR CIVIL ENGINEERING FALL SESSION YEAR Solid Mechanics I CIV0H F 3.5.5 0.50 Engineering Mathematics I CIV6H F 3 0.50 Civil Engineering Materials CIV09H F 3 0.50 Fluid Mechanics I JVM70H F 3.5 0.50 Engineering Ecology EDV0H F 3-0.50 And Social Sciences Elective (HSS) - - - 0.50 WINTER SESSION YEAR Structural Analysis I CIV4H S 3-0.50 Civil Engineering Graphics CIV35H S 0.50 Transport I- Introduction to Transportation Systems CIV3H S 3-0.50 Hydraulics & Hydrology EDV50H S 3.5 0.50 Probability Theory for Civil Engineers CIV63H S 3-0.50 And Social Sciences Elective (HSS) - - - 0.50 The student must acquire two half or one full year course equivalent of both CS and HSS credits before entering fourth year; please see environmental curriculum for CS and HSS credits. PERSONAL PROTECTIVE EQUIPMENT During the course of studies in the CIV/MIN program there will be many occasions where personal protective equipment is required for field trips, laboratories, and other events. Students are required to purchase their own safety shoes (footwear bearing CSA green patch ), hard hats, protective eye wear (with side shields) and ear protection. All field trips, laboratories, and other events require advance briefings on the nature of potential hazards and students are required to attend all such briefings and to follow the instructions provided. PRACTICAL EXPERIENCE REQUIREMENT: As described in previous pages of this chapter, students are required to have completed a total of 600 hours of acceptable practical experience before graduation (normally during their summer vacation periods). PROFESSIONAL EXPERIENCE YEAR Students registered within this program, and all other undergraduate programs within the Faculty of Applied Science and Engineering, may elect to enrol and participate in the Professional Experience Year (PEY) program. The PEY program requires that qualified students undertake a paid, full-time -6 month continuous work period with a cooperating industry. Details are described in the beginning of this chapter. For more information, consult the Professional Experience Year Office, Room 07 in the Bahen Centre for Information Technology early in session H F or 3H F. BIOENGINEERING MINOR Via an appropriate choice of six courses in the Third and Fourth year, students enrolled within this Program may achieve a Minor in Bioengineering, while still fulfilling the Program Requirements described herein. Details are described in the beginning of this chapter. Students interested in the Bioengineering Minor Course of Study should consult with their Undergraduate Student Counsellor and with the Director of the Collaborative Undergraduate Bioengineering Program for guidance on course selection. CHAPTER 8 6
Calendar 007-008 Chapter 7 Curriculum & Programs THIRD YEAR CIVIL ENGINEERING (GENERAL OPTION) FALL SESSION YEAR 3 Steel and Timber Design CIV3H F 3-0.50 Geomechanics CIV3H F 3.5 0.50 Survey Camp CIV358H F - - - 0.50 Engineering Mathematics II CIV36H F 3-0.50 Engineering Economics & Decision Making CIV368H F 3-0.50 And Social Sciences Elective (HSS) - - - 0.50 WINTER SESSION YEAR 3 Reinforced Concrete I CIV33H S 3-0.50 Management of Construction CIV30H S 3-0.50 Transport II - Performance CIV33H S 3-0.50 Municipal Engineering CIV340H S 3-0.50 And Social Sciences Elective (HSS) - - - 0.50 Survey Camp is taken prior to the commencement of regular courses in Third Year and the results included with those for the subsequent session on the basis of a weighting of 0.50 units. The student must acquire two half or one full year course equivalent of both CS and HSS credits before entering fourth year. All students enrolled within this Program are eligible to apply for admission into the Skoll Program. Details are described in the beginning of this chapter. Students accepted into the Skoll Program are required to consult with their Undergraduate Counsellor on the composition of the session 4H F courses that will be required. FOURTH YEAR CIVIL ENGINEERING (GENERAL OPTION) FALL SESSION YEAR 4 Building Science CIV575H F 3-0.50 Design Project CIV45Y Y - - Technical Elective 3-0.50 Technical Elective 3-0.50 Free Elective WINTER SESSION YEAR 4 Foundations and Earthworks CIV44H S 3 0.50 Design Project (cont d) CIV45Y Y -.00 Technical Elective 3-0.50 Technical Elective 3-0.50 Free Elective Technical Electives: Fourth year students are expected to take four Technical Electives of which one can be the thesis course CIV499H. The Technical Electives that students select from are listed below. Students are advised to consult with their Undergraduate Counsellor if they have any questions. Students may take their electives in any order between sessions. Free Electives: Free electives can be CS, HSS or Technical Electives selected from the list below. 7
Faculty of Applied Science and Engineering University of Toronto CHAPTER 6 CHAPTER 5 CHAPTER 4 CHAPTER 3 CHAPTER CHAPTER FALL SESSION TECHNICAL ELECTIVES CIV46H F Reinforced Concrete II CIV40H F Construction Engineering CIV47H F Fundamentals of Geomatics Engineering I CIV477H F Special Studies in Civil Engineering (not offered) CIV499H F Thesis CIV50H F Solid Mechanics II CIV54H F Concrete Technology CIV59H F Structural Analysis II CIV53H F Transport III-Planning CIV540H F Treatment Processes CIV549H F Groundwater Flow and Contamination CIV550H F Water Resources Engineering CHE353H F Engineering Biology MIE5H F Air Pollution: Its Formation and Control GRADUATE S Eligible students who have an overall average of 75% or greater in their third year, and are interested in taking a graduate course must fill out a form that requires the following four signatures: Undergraduate Counselor; Associate Chair, Undergraduate Studies; Associate Chair, Graduate Studies; and the instructor of the graduate course. Once the form is signed and permission is granted, the Graduate Co-ordinator will add the course to ROSI. Graduate courses that count towards an undergraduate degree cannot be credited towards a graduate degree. AECIVBASCE - COLLABORATIVE PROGRAM OPTION IN ENVIRONMENTAL ENGINEERING SPRING SESSION TECHNICAL ELECTIVES CIV33H S Reinforced Concrete I (Elective for Environmental Option only) CIV47H S Prestressed Concrete CIV48H S Geomatics Engineering II CIV477H S Special Studies in Civil Engineering (see chpt. 7 for full description) CIV499H S Thesis CIV53H S Collaborative Engineering and Architectural Design Studio (offered spring session 009) CIV56H S Public Transit Operations and Planning CIV58H S Behaviour and Design of Steel Structures CIV53H S Geotechnical Design CIV59H S Rock Engineering EDV360H S Environmental Impact and Risk Assessment (Elective for General Option only) MIE33H S Physiological Control Systems MIE48H S Fluid Mechanics II THIRD YEAR CIVIL ENGINEERING (COLLABORATIVE ENVIRONMENTAL OPTION) Lect. Lab. Tut. Wgt FALL SESSION-YEAR 3 Structural Design CIV34H F 3-0.50 Geomechanics CIV3H F 3.5 0.50 Survey Camp CIV358H F - - - 0.50 Engineering Mathematics II CIV36H F 3-0.50 Engineering Economics and Decision Making CIV368H F 3-0.50 Technology in Society and the Biosphere APS30H F 3-0.50 CHAPTER 7 CHAPTER 8 8 WINTER SESSION-YEAR 3 Management of Construction CIV30H S 3-0.50 Transport II - Performance CIV33H S 3-0.50 Municipal Engineering CIV340H S 3-0.50 Environmental Impact and Risk Assessment EDV360H S 3-0.50 Complementary Studies Elective (CS) /Humanities And Social Sciences Elective (HSS) 3 - - - 0.50 Survey Camp is taken prior to the commencement of regular courses in Third Year and the results included with those for the subsequent session on the basis of a weighting of 0.50 units. If you have previously taken APS03H, you are exempt from taking APS30 and MUST take another HSS/CS elective in its place. 3 The student must acquire two half or one full year course equivalent of both CS and HSS credits by the end of fourth year. All students enrolled within this Program are eligible to apply for admission into the Skoll Program. Details are described in the beginning of this chapter. Students accepted into the Skoll Program are required to consult with their Undergraduate Counsellor on the composition of the session 4H F courses that will be required.
Calendar 007-008 Chapter 7 Curriculum & Programs FOURTH YEAR CIVIL ENGINEERING (COLLABORATIVE ENVIRONMENTAL OPTION) FALL SESSION-YEAR 4 Environmental Engineering Design Project EDC430Y F.5-6.00 Choose One of: Building Science (Fall) CIV575H F 3-0.50 OR Foundations and Earthworks (Winter) Treatment Processes CIV540H F 3 0.50 Environmental Technical Elective 3-0.50 Free Elective - - - 0.50 WINTER SESSION-YEAR 4 Foundations and Earthworks CIV44H S 3 0.50 Environmental Technical Elective 3-0.50 Environmental Technical Elective 3-0.50 And Social Sciences Elective (HSS) - - - 0.50 Free Elective - - - 0.50 The Technical or Environmental Technical Electives must be chosen from the list shown under Fourth Year of the General Option or the list of courses approved by the Division of Environmental Engineering (see Section on the Environmental Engineering Collaborative Program). The student must have a total of three technical electives by the end of fourth year. Note: CIV33H S is considered a technical elective for environmental option students. Students may take their electives in any order between sessions. Free Electives: Free electives can be CS, HSS or from the list of Technical Electives. GRADUATE PROGRAM IN CIVIL ENGINEERING Qualified candidates are accepted for advanced studies in geotechnical engineering, environmental engineering, structural engineering, transportation engineering, construction engineering and management, welding engineering, and hydraulic engineering. The latter is a cooperative program with the Department of Mechanical Engineering. Welding Engineering is a cooperative program with the Department of Materials Science and Engineering, as well as the University of Waterloo. 9