Overview

  • Credential:
  • Duration:
  • Area Of Interest: General
  • Program Code: 1524X01FWO
  • Academic Year: Sept - Aug 1
  • Campus: Ottawa
  • Other Campuses: Ottawa
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    Courses

    Programs at Algonquin College are delivered using a variety of instruction modes. Courses may be offered in the classroom or lab, entirely online, or in a hybrid mode which combines classroom sessions with online learning activities. Upon registration, each full-time student is provided an Algonquin email account which is used to communicate important information about program or course events.
    Level: 01 Hours
    BSC6000 Advanced Building Systems Mechanical systems and equipment account for almost two-thirds of the electricity consumed in typical industrial and commercial sectors. Major topics include ways in which improvements to these systems could yield dramatic energy and cost savings. Students examine in-building electrical and mechanical systems and their impact on energy performance. Through in-class discussions and field trips, students gain an advanced perspective on energy management in various types of building systems. 56.0
    ELE9001 Energy Concepts Energy systems are complex and practitioners are required to have a broad understanding of the sector. Students explore the technical complexities of energy supply, distribution and consumption. In-class discussions and learning activities focus on the energy industry locally and globally. 56.0
    ELE9002 Energy Industry Landscape The energy industry is both highly regulated and complex. Students learn about the structure of the energy industry and how utilities operate. In-class lectures and discussions focus on the energy industry in North America with particular attention to the state of the energy industry in Ontario. Students learn various standards relevant to the energy industry. 42.0
    ENV9000 Alternative Energy Systems Traditional forms of energy supply are evolving to incorporate newer technologies and innovations. Students learn about traditional and renewable forms of generation including distributed, co-generation, micro-grids and nano-grids. In-class discussions and field visits focus on providing students with the knowledge to assess viable forms of alternate energy supply. 42.0
    MGT4500 Project Management Fundamentals Managing projects is an essential component in today's business environment, and mastering concepts, tools, and techniques can help manage projects more efficiently. Students focus on the fundamental principles of project management: How to initiate, plan and execute a project that meets objectives and satisfies stakeholder's expectations. Through case studies and teamwork, students examine key project management principles, tools and techniques and learn the concepts behind the foundation of project management. 42.0
    SCI4003 Scientific Communication for Public Policy Clear, concise and effective communication is required for success in this industry. Students explore and apply industry-specific technical writing strategies, such as assessing scientific procedures and clearly articulating complex technological problems. Through written assignments, presentations and simulating briefing activities, students develop written and spoken communication skills essential for professionals in this sector. 42.0
    Level: 02 Hours
    BSC6001 Control Systems and Building Automation To ensure the operational performance of a facility, as well as the comfort and safety of building occupants, intelligent systems including hardware, software and networks are integrated. Students examine the components of a Building Automation System, and through in-class discussion and field trips, gain the technical knowledge needed to make assessments and recommendations on their use. 42.0
    BSC6002 Energy Assessment A thorough and systematic review of how energy is used within a system is necessary before any recommendations or improvements can be made. Students learn which measurements are critical and what types of data impact energy flow. In-class discussions and real-world data provide experiential learning opportunities for conducting energy assessments. 42.0
    BSC6003 Presenting an Effective Energy Business Case A comprehensive energy management business case fosters informed decision-making within an organization regarding energy management goals, identifying priority actions to achieve goals, the costs and benefits of proposed actions and potential risks to the business case. Students are exposed to the fundamentals of creating and presenting an effective business case, learn the information requirements and methods for assessing proposed actions, apply business case templates to guide the drafting of business cases and apply these lessons to an actual energy management business case scenario. 28.0
    ELE9003 Smart Grid and Advanced Metering Technology Technology advances in sensing, computing and communications are resulting in an evolving and 'smarter' distribution grid. Students explore the technological, environmental and societal benefits of a Smart Grid. Focus is on practical applications of metering for energy providers, producers and consumers. 42.0
    ENG9001 Advanced Analytics and Modelling Consumption and cost of energy is influenced by many factors, all of which require an in-depth understanding before recommendations are made to improve or change a system. Students learn where to get data and how to normalize it so that it can be used accurately in comparisons when recommending different options. In class discussions, as well as use of key software systems and energy benchmarking data sources provide students with the tools to support data analysis. 42.0
    ENG9002 Energy Management Project Possessing real-world experience in the Energy Management field is desirable from an employer's perspective. Students work in groups with peers and industry partners, through in-class discussions and remote collaboration, to conduct a situational analysis and develop an energy strategy for a commercial building. Students report on and present findings and recommendations using actual data and real-world circumstances. 84.0
    Every attempt is made to ensure the accuracy of the information in this publication. The College reserves the right to modify or cancel any course, program, fee, timetable, or campus location at any time