| APSC 1053 |
INTRODUCTION TO ENGINEERING 1 |
Yes |
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| Introduction to Engineering acquaints non-engineering students with basic engineering concepts and shows how these are applied in the workplace. Topics include graphics, surveying, mechanics, electrical/mechanical theory, building acoustics, illumination, project analysis and engineering economy. The course is designed for members of the general student body who wish to expand their knowledge in the applied science field, but may especially appeal to those with an interest in architecture. |
| APSC 1113 |
STATICS |
Yes |
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| Cartesian geometry, lines and planes, directed vectors, dot and cross products. Equivalent force and moment systems, particle and rigid body equilibrium. Analysis of loads and struts, beams, trusses, rope and pulley arrangements, frames and machines. Friction centroids and moments of interia. Coreq: Math 1013 |
| APSC 1133 |
STRENGTH OF MATERIALS |
Yes |
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| Elastic deformation and failure analysis for common engineering elements. Material properties, stress strain testing and diagrams. Axial, torsion, transverse and bending loads. Stress transformations and principal stresses. Statistically inderminate problems. Design of struts, pins, shats, pressure vessels, beams and columns. Prereq: Apsc 1113, Pre/Coreq: Math 1023 |
| APSC 1213 |
TECHNICAL COMMUNICATION |
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| This course deals with several aspects of professional engineering practice. Topics include the regulatory role of professional associations, the engineer's obligation to society, engineering ethics and the work of engineering societies in developing various codes and standards. Students are also instructed in the preparation of technical memos, letters and reports of all kinds. Use of the library, electronic methods for information retrieval and the fundamentals of effective public presentations are also discussed. |
| APSC 1223 |
DESIGN 1 (CAD) |
Yes |
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| An introduction to the engineering design process focusing on the role of graphics in design. Students are instructed in the use of modern CAD software for the production of mechanical drawings and learn standards for same. Free hand sketching, 3-D visualization techniques and report writing are also covered. Students complete a major design project and submit a set of drawings with a written report to obtain a significant portion of their grade. |
| APSC 1413 |
COMPUTER PROGRAMMING FOR APSC 1 |
Yes |
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| This course covers the fundamental programming principles of flow control, modularity and structured programming. The student will implement significant programs in the "C" programming language to solve a variety of engineering problems. Prereq or coreq: Math 1013 |
| APSC 2113 |
THERMOFLUIDS 1 |
Yes |
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| Definitions and systems of units. The ideal gas equation of state. Simple compressible substances. Work and heat interactions. First and second laws of refrigeration cycles. Prereq: Apsc 1113, Math 1023 |
| APSC 2123 |
THERMOFLUIDS 2 |
Yes |
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| Fluid flow definitions and material properties. Fluid statics, forces on submerged surfaces, buoyancy and stability. Continuity, Euler, energy, and momentum equations with engineering applications. Dimensional analysis, similitude, theory of physical models. Reynolds number, laminar vs turbulent flows, friction factor, simple piping systems. Lift and drag of submerged objects. Prereq: Apsc 2113 and Math 1023 |
| APSC 2213 |
ELECTRIC CIRCUITS 1 |
Yes |
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| Introductory circuit analysis. Kirchoff's laws, node and mesh analysis, terminal behaviour and circuit equivalence including Thévenin and Norton circuits. Controlled sources and energy storage elements, steady state and transient response of first order networks. Steady state AC power, phasor diagrams, power and power factor are introduced. Prereq: Math 1023 |
| APSC 2223 |
DIGITAL SYSTEMS |
Yes |
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| Digital logic, digital systems, machine level representation of data, principles of assembly level machine organization, principles of CPU design. Cross-listed as Comp 2203. Prereq: permission of school |
| APSC 2323 |
SURVEYING |
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| Chain, level, transit, EDM; Differential, contour, profile, vertical curves, grade stakes, slope stakes; triangulations, traversing, horizontal curves, coordinates; areas and volumes. Two weeks field work required. Prereq: permission of school |
| APSC 2413 |
ENGINEERING ECONOMICS |
Yes |
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| Topics of theoretical and applied economics of interest and use to engineering and professionals in related fields. Topics include market equilibria, interest rate determination, present and future values, investment criteria, budgeting and replacement analysis, depreciation, taxation, inflation, sensitivity and risk analysis, and multi-staged and multi-attribute decision making. Prereq: Math 1023 |
| APSC 2523 |
ELECTRICAL CIRCUITS 2 |
Yes |
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| Advanced circuit analysis dealing primarily with AC systems. The concepts of sinusoidal excitation, phasors and complex impedance are fully developed. Mutual inductance and magnetically coupled coils are used to describe transformer behaviour and performance. Power calculations for single and balanced three phase systems are covered, introducing the concepts of real and reactive power. Unbalanced networks, grounding and harmonics are also examined. Prereq: Apsc 2213 |
| APSC 2613 |
COMPUTER PROGRAMMING FOR APSC 2 |
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| Computer programming in the C++ language. Topics discussed include object oriented versus procedural programming, objects, stacks, queues, linked lists, trees, various sorting and searching algorithms. Students may apply the theory to develop programs for hardware control, graphics or the numerical solution of various engineering problems. Prereq: Apsc 1413 |
| APSC 2683 |
DESIGN II |
Yes |
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| This course provides a project-based exercise in the engineering design process. Students work in teams and as individuals on defined projects which utilize knowledge gained from their previous engineering courses. The projects encompass conceptual design, detailed analysis, engineering drawings, physical model fabrication, experimentation, testing and report writing. |
| APSC 2713 |
DYNAMICS |
Yes |
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| The kinematics and kinetics of particles and rigid bodies. Rectangular, tangential/normal and cylindrical coordinates in translating reference frames. Application of Newton's laws, energy method, and impulse and momentum method. Simple mechanisms with emphasis on linkages. Prereq: Apsc 1113, Math 1023 |
| APSC 2813 |
ENGINEERING & THE BIOSPHERE |
Yes |
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| The course explores the effect of engineered systems and structures on the biosphere. Topics include cell structure and function, microbiology and toxicology, nutrient cycles, communities and ecology as these relate to engineering projects. The application of technology and design to minimize the impact of human activities on living systems is also considered. Laboratory sessions will consist of field-trips to local sites. NOTE: APSC 2813 is not considered an equivalent to any course offered through the Biology department. Prereq: Chem 1023 or permission of instructor |
| APSC 3213 |
INDUSTRIAL CHEMISTRY |
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| An introduction to selected chemical industries, with particular emphasis on the Canadian scene. Examination of basic chemical industries and the relationship between chemistry of the process, engineering design, and equipment requirement is performed. (1h lab) Prereq: Math 1023 and Chem 1023 |
| APSC 3313 |
FUNDAMENTALS OF PROCESS ENGINEERING |
Yes |
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| This course seeks to develop the student's ability to perform mass and energy balances on reactive and non-reactive processes. Topics include the fundamental properties of multiphase systems, phase equilibrium, vapour pressure, phase rule, Roault's and Henry's laws and colligative properties. Emphasis is placed on developing problem solving skills. Prereq: Chem 1023 or 1123, Math 1023 |
| APSC 3413 |
INTRO ENVIRONMENTAL ENGINEERING |
Yes |
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| Overview of environmental engineering terms and definitions. Air and water quality, impact of domestic, agricultural and industrial operations on the environment. Review of pertinent legislation, measurement techniques and common control methods. Construction practices and their effects on the environment. Prereq: Chem 1023, Math 1023 |
