Programmes, cours et politiques de l'Université 2014–2015

Faculté:

Course title (long):

Mohawk Heritage Language 1

Concatenation:

2014-2015EDEC275Mohawk Heritage Language 1Mohawk Heritage Language 1EDED0518Standard 91ɬ�� GradingStudents will develop a basic knowledge of the Mohawk phonological system and have some understanding of the morphological and syntactic rules, the stress and intonation patterns which control the language, and how Mohawk culture is reflected in the language.3089659Restriction(s): Not open to students who have taken EDEE 296.

Faculty code:

Faculté des sciences de l’éducation

Département:

Études intégrées en éducation

Default grading mode:

Standard 91ɬ�� Grading

CE units indicator:

Schedules:

EDEC 275 201505

EDEC 275

Anonymous — Fri, 13 Apr 2018 14:46:06 +0000

Admin faculty code:

Faculté des sciences de l’éducation

Credit hours:

3.00

Terme:

201505

Course note:

Restriction(s): Not open to students who have taken EDEE 296.

Objet:

Programmes d’études et formation

Course number:

275

Course text narrative:

Titre du cours:

Mohawk Heritage Language 1

Academic year:

2014-2015

Admin faculty:

Faculté:

Course title (long):

Mohawk Heritage Language 1

Concatenation:

Faculty code:

Faculté des sciences de l’éducation

Département:

Études intégrées en éducation

Default grading mode:

Standard 91ɬ�� Grading

CE units indicator:

Schedules:

EDEC 275 201505

CENG 113

Anonymous — Fri, 13 Apr 2018 14:46:06 +0000

Admin faculty code:

École d’éducation permanente

Credit hours:

2.40

Terme:

201505

Course note:

15 hours of classroom instruction, 9 hours of additional work (project).

Objet:

Génie (CCE)

Course number:

113

Course text narrative:

Aircraft/helicopter engines architecture (compressor, turbine, combustion chamber). General equations of motion in rotordynamics (basic assumptions and parametrization). Shaft (simplifying assumptions and rotating beams), supporting devices (journal and roller bearings). Finite element discretization, structural matrices (mass, stiffness, gyroscopic terms, damping). Modal analysis – eigenfrequencies and modes of vibration, Campbell diagrams, critical rotational velocities. Rotor imbalances, forced responses, frequency domain analysis. Bladed disk assemblies, mistuning and cyclic symmetry.

Titre du cours:

Dynamics of Turbomachines

Academic year:

2014-2015

Admin faculty:

Faculté:

Course title (long):

Dynamics of Turbomachines

Concatenation:

2014-2015CENG113Dynamics of TurbomachinesDynamics of TurbomachinesCECE0042Standard 91ɬ�� GradingAircraft/helicopter engines architecture (compressor, turbine, combustion chamber). General equations of motion in rotordynamics (basic assumptions and parametrization). Shaft (simplifying assumptions and rotating beams), supporting devices (journal and roller bearings). Finite element discretization, structural matrices (mass, stiffness, gyroscopic terms, damping). Modal analysis – eigenfrequencies and modes of vibration, Campbell diagrams, critical rotational velocities. Rotor imbalances, forced responses, frequency domain analysis. Bladed disk assemblies, mistuning and cyclic symmetry.2.418963315 hours of classroom instruction, 9 hours of additional work (project).

Faculty code:

École d’éducation permanente

Département:

Fac Partner & Summer Studies

Default grading mode:

Standard 91ɬ�� Grading

CE units indicator:

Schedules:

CENG 113 201505

CENG 113

Anonymous — Fri, 13 Apr 2018 14:46:06 +0000

Admin faculty code:

École d’éducation permanente

Credit hours:

2.40

Terme:

201505

Course note:

15 hours of classroom instruction, 9 hours of additional work (project).

Objet:

Génie (CCE)

Course number:

113

Course text narrative:

Titre du cours:

Dynamics of Turbomachines

Academic year:

2014-2015

Admin faculty:

Faculté:

Course title (long):

Dynamics of Turbomachines

Concatenation:

Faculty code:

École d’éducation permanente

Département:

Fac Partner & Summer Studies

Default grading mode:

Standard 91ɬ�� Grading

CE units indicator:

Schedules:

CENG 113 201505

CENG 112

Anonymous — Fri, 13 Apr 2018 14:46:06 +0000

Admin faculty code:

École d’éducation permanente

Credit hours:

2.40

Terme:

201505

Course note:

15 hours of classroom instruction, 9 hours of additional work (project). Some basic understanding of calculus and linear algebra as well as programming and computer skills (e.g. Matlab) is helpful, but is not required as the course module will introduce and review all necessary concepts.

Objet:

Génie (CCE)

Course number:

112

Course text narrative:

Systems modeling and optimization: Basic modeling concepts, parametrization, data fit, design space sampling, mathematical problem formulation (linear and nonlinear), monotonicity and boundedness, constraint activity. Unconstrained optimization problems: Function approximation, optimality conditions, convexity, line search, gradient-based methods, Newton method. Constrained optimization problems: Feasibility, Lagrange multipliers, generalized reduced gradient method, Karush-KuhnTucker (KKT) conditions. Algorithms and software: Global and local convergence terminology and properties, termination criteria, scaling, commercial tools (Matlab optimization toolbox), derivative-free algorithms (search methods and genetic algorithms).

Titre du cours:

Intro to Engin Design Optimiz

Academic year:

2014-2015

Admin faculty:

Faculté:

Course title (long):

Introduction to Engineering Design Optimization

Concatenation:

2014-2015CENG112Intro to Engin Design OptimizIntroduction to Engineering Design OptimizationCECE0042Standard 91ɬ�� GradingSystems modeling and optimization: Basic modeling concepts, parametrization, data fit, design space sampling, mathematical problem formulation (linear and nonlinear), monotonicity and boundedness, constraint activity. Unconstrained optimization problems: Function approximation, optimality conditions, convexity, line search, gradient-based methods, Newton method. Constrained optimization problems: Feasibility, Lagrange multipliers, generalized reduced gradient method, Karush-KuhnTucker (KKT) conditions. Algorithms and software: Global and local convergence terminology and properties, termination criteria, scaling, commercial tools (Matlab optimization toolbox), derivative-free algorithms (search methods and genetic algorithms).2.418963215 hours of classroom instruction, 9 hours of additional work (project). Some basic understanding of calculus and linear algebra as well as programming and computer skills (e.g. Matlab) is helpful, but is not required as the course module will introduce and review all necessary concepts.

Faculty code:

École d’éducation permanente

Département:

Fac Partner & Summer Studies

Default grading mode:

Standard 91ɬ�� Grading

CE units indicator:

Schedules:

CENG 112 201505

CENG 112

Anonymous — Fri, 13 Apr 2018 14:46:06 +0000

Admin faculty code:

École d’éducation permanente

Credit hours:

2.40

Terme:

201505

Course note:

Objet:

Génie (CCE)

Course number:

112

Course text narrative:

Titre du cours:

Intro to Engin Design Optimiz

Academic year:

2014-2015

Admin faculty:

Faculté:

Course title (long):

Introduction to Engineering Design Optimization

Concatenation:

Faculty code:

École d’éducation permanente

Département:

Fac Partner & Summer Studies

Default grading mode:

Standard 91ɬ�� Grading

CE units indicator:

Schedules:

CENG 112 201505

FIGF PMCO

Anonymous — Fri, 13 Apr 2018 14:46:06 +0000

Admin faculty code:

Faculté des arts

Credit hours:

0.00

Terme:

201505

Objet:

FIGF

Course number:

PMCO

Course text narrative:

Titre du cours:

Proj 91ɬ��-Comm orale int/ava

Academic year:

2014-2015

Admin faculty:

Faculté:

Course title (long):

Concatenation:

2014-2015FIGFPMCOProj 91ɬ��-Comm orale int/avaARAR0104Standard 91ɬ�� Grading008717789618

Faculty code:

Faculté des arts

Département:

Langue et litt. françaises

Default grading mode:

Standard 91ɬ�� Grading

CE units indicator:

Schedules:

FIGF PMCO 201501

FIGF PMCO 201505

FIGF PMCO

Anonymous — Fri, 13 Apr 2018 14:46:06 +0000

Admin faculty code:

Faculté des arts

Credit hours:

0.00

Terme:

201505

Objet:

FIGF

Course number:

PMCO

Course text narrative:

Titre du cours:

Proj 91ɬ��-Comm orale int/ava

Academic year:

2014-2015

Admin faculty:

Faculté: