Deep Dives Module

• A bachelor's degree or college diploma in a related science or technical discipline is typically required.
• A master’s degree in a related discipline is considered an asset.
• Experience administering and coordinating programs in a natural or applied science related area. 
• Work experience in a similar energy industry environment (relevant work experience may vary depending on the job posting). 
• Strong knowledge in environmental management and related legislation and regulations.
• General knowledge in energy conservation, energy efficiency, renewable energy, as well as business and overall management tasks.

• Leadership skills to steer projects, programs, and initiatives related to energy conservation and energy efficiency.
• Strong analytical skills to prepare reports by analyzing extensive data. 
• Organizational skills to coordinate multiple projects with different deadlines.
• Excellent verbal and written communication skills, organizational skills, and computer skills.
• Problem-solving skills to identify complex problems and review related information to propose appropriate solutions.
• Ability to engage with the public and effectively communicate planning issues to a broad range of audiences.

• Lead projects, programs, and initiatives related to energy conservation and energy efficiency.
• Increase public awareness and education on the use of natural resources, the environment, the reduction of waste, the impacts of GHG emissions, etc. 
• Prepare reports such as audit reports including results of energy analysis or recommendations for energy cost savings. 
• Develop and/or implement plans and programs to meet environmental regulatory requirements and/or environmental and sustainability standards.
• Work with colleagues in developing goals, objectives, initiatives, and strategies for sustainable projects.

• Completion of secondary school is typically required.
• Completion of a college training program in stationary or power engineering and several years of work experience in the field.
• A provincial or territorial power engineering or stationary engineering certificate according to class required (the class required may vary depending on the job posting).
• Working knowledge of applicable regulations.

• Mechanical aptitude to operate plant equipment (.e.g., DCS control systems, turbo generators, pumps, compressors, heaters).
• Operation monitoring and control: Watching gauges, dials, or other indicators to make sure a machine is working properly.
• Critical thinking to identify the strength and weaknesses of alternative solutions, conclusions or approaches to problems.
• Effective communication – verbal and written.
• Detail oriented. They have to keep track of complex electrical systems, components and electronic products. They also design and develop a wide range of electrical systems, components and electronic devices.
• Leadership skills. They frequently provide support to project planning managers, along with leadership teams from a variety of technical backgrounds, such as other engineers, surveyors, construction managers, or technicians.

• Offer energy system design and support to development and construction staff operating power plant projects.
• Manage and conduct system studies including interconnection, power system or grounding system studies.
• Startup and shut down power plant equipment, control switching operations, control water levels and communicate with systems operators to regulate and coordinate transmission loads, frequency and line voltages.
• Make sure that the construction and interconnection protocols have been complied with.
• Prepare drawings of grid interconnection and collection system for interconnection applications
• Optimize power transmission systems.
• Coordinate, program and direct generating station and substation power loads and line voltages to meet distribution demands during daily operations, system outages, repairs and importing or exporting of power.
• Gather system data from customers, utilities, suppliers and subcontractors for system modeling.

Power Engineers should not be confused with Professional Engineers. In some jurisdictions, individuals who hold a bachelor's degree in Mechanical Engineering can take their 4th Class Certificate without attending a course. Do you want to learn more? Click here for more information on Power Engineers in Canada.

• A bachelor's degree in electrical or electronics engineering or in a related field
• A master's degree or doctorate in a related engineering discipline may be required
• Licensed by a provincial or territorial association of professional engineers or eligible to become licensed  
• A minimum of 3 years of relevant work experience or demonstrated equivalency of experience and education. (Relevant work experience may vary depending on the job posting)
• Demonstrated knowledge and experience working in a power generation facility with specific experience desirable.
• Usually, this position requires good working knowledge of production methods and industrial processes such as quality control assurance and cost evaluation.
• Deep understanding of the tools used in electronic and electrical applications.
• Working knowledge of the principles of engineering and skills used in designing, implementing and applying technology for certain goods and services.

• Ability to stay focused for long periods of time. They are expected to maintain control of several project elements and technical features when carrying out these tasks.
• Leadership skills in all phases of the project involving clients, consultants, contractors and other parties involved in the project.
• Excellent interpersonal skills, verbal and written communication skills, contract negotiation skills.
• Ability to organize and analyze extensive data to determine and/or recommend actions.
• Ability to work efficiently as part of the team and independently as required.

• Manufacturing, installing and testing to make sure that the product as built complies with the product specifications.
• Assess the different systems and propose either repairs or alterations to the project.
• Elaborate reports and project specifications.
• Work closely with project managers to assure that projects are delivered smoothly, on time and within budget.
• Lead feasibility assessment, project operation and performance of power generation and distribution networks.

• A bachelor’s degree in computer science, network administration, Web technology or a related field is normally required
• Training or certification may be needed 
• Good understanding of computer programming, hardware and software
• Good understanding of principles and practices of providing service to clients to maintain and build organizational success
• Good understanding of transmission, broadcasting, switching, control and operations of telecommunication systems
• Knowledge of data analysis, experimental design, data integration and algorithm development
• Great understanding of mathematical sciences and statistics

• Able to assess, analyze, and apply IT related procedures in a wide range of scenarios and propose appropriate solutions
• Able to convey technical issues effectively, both verbally and in writing
• Excellent verbal and written communication skills
• Ability to work efficiently as part of the team and independently as required

• Assess, set up, and monitor computer hardware, network software, operating system software, and software applications
• Carry out tests and perform safety and quality controls
• Conduct data backups and disaster recovery operations.
• implement data analysis, computer science, simulation, visualization, applied mathematics and statistics methods