Intended Learning Outcomes 1. Advance and apply a knowledge base of concepts related to the mechanics of materials. 2. Analyze stress and strain within structures that are subjected to complex loading conditions. 3. Analyze the deflections of structures under complex loading conditions. 4. Predict component failure (yielding or buckling) under complex loading conditions. 5. Design load bearing structures using analytical and numerical techniques and create engineering design reports in a team environment. Learning Attribute Outcome KB PA IN DE ET IT CS PR IE EE EP LL 1 D 2 D D 3 D D 4 D 5 D D I D D I = Introduced, D = Developed (Intermediate), A = Applied (Advanced) Assessment Components, Attributes and Indicators Component Attributes Covered Indicators being assessed (explicit or implicit) Feedback Assignments 10% 1 Knowledge Base KB.3: Knowledge base for fundamental engineering S 2 Problem Analysis PA.2: Develops or implements a strategy PA.3: Analyzes and solves problems Term Test 10% 1 Knowledge Base KB.3: Knowledge base for fundamental engineering S, F 2 Problem Analysis PA.2: Develops or implements a strategy PA.3: Analyzes and solves problems Project: 2 Problem 10% Analysis PA.1: Identifies and Defines Problems S,F Report 1 (2%) PA.2: Develops or implements a strategy PA.3: Analyzes and solves problems PA.4: Evaluates solution 4 Design DE.1: Understands the complexities and defines S,F (6%) appropriate objectives and constraints DE.2: Uses an appropriate design process DE.3: Develops/implements possible solutions to an design problem, leading to an appropriate recommendation DE.4: Devises and implements a plan to evaluate a proposed design solution
Intended Learning Outcomes 1. Advance and apply a knowledge base of concepts related to the mechanics of materials. 2. Analyze stress and strain within structures that are subjected to complex loading conditions. 3. Analyze the deflections of structures under complex loading conditions. 4. Predict component failure (yielding or buckling) under complex loading conditions. 5. Design load bearing structures using analytical and numerical techniques and create engineering design reports in a team environment. Learning Outcome Attribute KB PA IN DE ET IT CS PR IE EE EP LL 1 D 2 D D 3 D D 4 D 5 D D I D D I = Introduced, D = Developed (Intermediate), A = Applied (Advanced) Assessment Components, Attributes and Indicators Component Attributes Covered Indicators being assessed (explicit or implicit) Feedback Assignments 10% 1 Knowledge Base 2 Problem Analysis KB.3: Knowledge base for fundamental engineering PA.2: Develops or implements a strategy PA.3: Analyzes and solves problems S Term Test 10% 1 Knowledge Base 2 Problem Analysis KB.3: Knowledge base for fundamental engineering PA.2: Develops or implements a strategy PA.3: Analyzes and solves problems S, F Project: Report 1 10% 2 Problem Analysis (2%) PA.1: Identifies and Defines Problems PA.2: Develops or implements a strategy PA.3: Analyzes and solves problems PA.4: Evaluates solution S,F 4 Design (6%) DE.1: Understands the complexities and defines appropriate objectives and constraints DE.2: Uses an appropriate design process DE.3: Develops/implements possible solutions to an design problem, leading to an appropriate recommendation DE.4: Devises and implements a plan to evaluate a proposed design solution S,F
Course-Syllabus-MECH3502-ROASS.docx