UPEI Moodle

This course is intended to broaden pre-service teachers' theoretical and pedagogical perspectives on global citizenship education by gaining an enhanced awareness of a world view that recognizes the interdependence and interconnections of the natural and social worlds. Participants will be introduced to the concept of global citizenship and, from this, develop an understanding of social justice, diversity, socio-cultural responsibility, sustainability, and agency. Demonstrating how to integrate global citizenship into educational practices is a key learning outcome of this course. 3 credit course. 06-09-2023-06-12-2023 Web Days to be Announced, Times to be Announced, Room to be Announced

In this course, students examine the field of educational leadership. Educational leadership extends beyond the role of the school administrator and focuses upon the development of teachers as leaders who impact on creating effective educational environments. Students research aspects of leadership which impact on schools, and explore models of effective leadership through case studies and simulation. 07-09-2023-30-11-2023 Lecture Thursday 08:30AM - 11:20AM, Memorial Hall, Room 417

This course develops fundamental concepts in electricity and magnetism. Topics include electric fields and potentials, capacitance, dielectric materials, magnetic fields, magnetic properties of materials, electromagnetic induction, inductance, Maxwell's equations, and an introduction to electromagnetic waves. Three hours lecture per week. 06-09-2023-22-12-2023 Lecture Monday, Wednesday, Friday 09:30AM - 10:20AM, Irving Chemistry Ctr, Room 202

Engineering 2310 Lab. 06-09-2023-20-12-2023 Lab Wednesday 02:30PM - 05:20PM, Faculty Sustainable Design Eng, Room 103

Engineering 3630 Lab. 08-09-2023-22-12-2023 Lab Friday 02:30PM - 05:20PM, Faculty Sustainable Design Eng, Room 101

Engineering 4330 Lab. 06-09-2023-20-12-2023 Lab Wednesday 02:30PM - 05:20PM, Faculty Sustainable Design Eng, Room 115

This course is an introduction to the most widely accepted engineering management practices in the workforce today. Through lectures, case studies, guest speakers, and facilitated discussion, students will develop managerial knowledge and skills and be exposed to a spectrum of corporate activities in the engineering environment. Topics presented in this course include strategic management of research and development, organizational management, knowledge, risk and IP management, new product development, globalization, ethics, project management in a technology-based organization. This course will focus on "management for future engineering leaders" and examine national guidelines, practice engineering team dynamics, apply quantitative quality and supply chain concepts, and present financial/accounting basics for engineers. Cross-level listed with SDE 8021. Objectives, assessment and outcomes will be commensurate with the undergraduate level. Note: Permission of instructor required. 06-09-2023-22-12-2023

Combined with Engineering 2220, this course provides a complete community/industry design project experience. Emphasis is placed on strong technical design knowledge and team dynamics to facilitate learning and critical thinking. Students are encouraged to develop and apply CAD, economics, sustainability, social justice, and ethics concepts in their own community/industry design projects. Students are required to research and analyze the client's situation (internal/external) and develop detailed analytical proposals and conceptual design options. Innovative project management tools and communication skills (team/client) are also introduced to achieve project deliverables in an effective manner. Three hours lecture and three hours design studio per week. 12-09-2023-19-12-2023 Lecture Tuesday 02:30PM - 05:20PM, Faculty Sustainable Design Eng, Room 202

This course focuses on the equilibrium conditions for the state of rest of particles and rigid bodies subject to forces and moments. Topics to be discussed include vector operations, equilibrium conditions, free-body diagrams, moments and couples, distributed loadings, support reactions, truss analysis, centroids, moments of inertia, products of inertia, shear and bending moment diagrams, and friction. Three lecture hours and three lab hours per week. 07-09-2023-21-12-2023 Lecture Tuesday, Thursday 11:30AM - 12:45PM, Health Sciences Bldg, Room 105