Graduate Certificate in Emergency Management and Incident Response

at Loyalist College - Belleville Campus Canada

From sustainable houses to sophisticated office buildings and community recreation centres, you can help design and build residential, commercial and institutional spaces that will shape our communities and the way people live.

Experiential learning

• Creative problem solving and real-world skills will build the buildings and cities of the future. In this program, students will learn the significance of architecture to human culture and how buildings are designed, developed and constructed.
• Learning combines studio work, classroom instruction and field trips to study the design and construction of major construction and renovation projects – working independently and in teams.
• Develop skills in manual and computer design and drafting (CADD), and then create 3D models using the latest software in our state-of-the-art design studios.
• During independent design projects, students determine a structure’s physical needs, and design solutions that creatively address the use of space, materials, codes, structure, construction methods, zoning and the environment.
• There will be an optional work integrated learning opportunity upon completion of semester four.
• In their last year, Technology students use 3D modelling software to design a public facility in a local community.

The field of business, finance and analytics are rapidly evolving. As new challenges present themselves, professionals need to be equipped with the tools that can help solve and innovate businesses for future success. There has never been a better time to gain the skills needed to translate real-world data to generate growth and calculate shifts in market dynamics. This program enables students to develop required business skills to help consumers and businesses secure their finances.

Experiential learning
In the Business – Finance and Analytics program students will:

• Process and maintain financial records in compliance with relevant policies, procedures and regulations for individuals and/or organizations.
• Prepare and present financial information in compliance with relevant legislation and regulations for individuals and/or organizations.
• Generate financial reports for individuals and/or organizations by applying financial mathematics and statistics.
• Contribute to the development and the implementation of a financial plan to meet individuals’ and/or organizations’ needs and objectives.
• Contribute to the development and the implementation of marketing strategies to promote financial products and services and to enhance customer service.
• Develop and implement strategies to establish and maintain professional networking and business relationships in the finance sector.
• Analyze, within a Canadian context, the impact of economic variables, legislation, ethics, technology and the environment on individuals’ and/or organizations’ operations.
• Develop and implement ongoing strategies for personal and professional development, highlighting ethics, values and standards in the finance sector.
• Develop strategies to scrape and mine financial data to meet clients and/or organizational goals.
• Develop and pitch new product ideas based on data analysis that will enhance the user experience of financial products.

As our dependence on electricity grows, so too does the demand for skilled electrical workers. Electrical Engineering Techniques students are introduced to electrical principles and building construction wiring while technician students advance into industrial automation and PLC programming, preparing for tomorrow's trends in next generation robotics.

Experiential learning
Get practical, real-life training in a supportive learning environment that nurtures one-on-one relationships with instructors:

• The first year provides a working understanding of electricity and electronics, as well as the fundamental skills needed in electrical construction and automation.
• Develop skills in electrical installation, motor control and the basics of industrial processes — including Programmable Logic Controllers (PLCs), fluid power and process control.
• Hands-on work with actual PLCs in your first year, not just simulation software.
• Students gain a solid understanding of the Ontario Electrical Safety Code.
• A second year of study delivers skills required in installing, configuring, maintaining and calibrating industrial control systems, including industrial robotic and automated production systems.
•  Students can apply their knowledge to extracurricular projects, such as building a racecar simulator arcade game using only automation equipment and software.

As our dependence on electricity grows, so too does the demand for skilled electrical workers. Electrical Engineering Techniques students are introduced to electrical principles and building construction wiring while technician students advance into industrial automation and PLC programming, preparing for tomorrow's trends in next generation robotics.

Experiential learning
Get practical, real-life training in a supportive learning environment that nurtures one-on-one relationships with instructors:

• The first year provides a working understanding of electricity and electronics, as well as the fundamental skills needed in electrical construction and automation.
• Develop skills in electrical installation, motor control and the basics of industrial processes — including Programmable Logic Controllers (PLCs), fluid power and process control.
• Hands-on work with actual PLCs in your first year, not just simulation software.
• Students gain a solid understanding of the Ontario Electrical Safety Code.
• A second year of study delivers skills required in installing, configuring, maintaining and calibrating industrial control systems, including industrial robotic and automated production systems.
•  Students can apply their knowledge to extracurricular projects, such as building a racecar simulator arcade game using only automation equipment and software.

As our dependence on electricity grows, so too does the demand for skilled electrical workers. Electrical Engineering Techniques students are introduced to electrical principles and building construction wiring while technician students advance into industrial automation and PLC programming, preparing for tomorrow's trends in next-generation robotics.

Experiential learning
Get practical, real-life training in a supportive learning environment that nurtures one-on-one relationships with instructors:

• The first year provides a working understanding of electricity and electronics, as well as the fundamental skills needed in electrical construction and automation.
• Develop skills in electrical installation, motor control and the basics of industrial processes — including Programmable Logic Controllers (PLCs), fluid power and process control.
• Hands-on work with actual PLCs in your first year, not just simulation software.
• Students gain a solid understanding of the Ontario Electrical Safety Code.
• A second year of study delivers skills required in installing, configuring, maintaining and calibrating industrial control systems, including industrial robotic and automated production systems.
•  Students can apply their knowledge to extracurricular projects, such as building a racecar simulator arcade game using only automation equipment and software.

The Heating, Refrigeration and Air Conditioning Techniques and Technician programs provide students with a balanced blend of theoretical knowledge and experiential learning to enable its graduates to install, service, maintain and update heating, refrigeration, and air conditioning systems. With multiple pathways to follow and a variety of career options to choose from, Loyalist's HRAC programs are designed to prepare its graduates to operate in an environment dominated by climate change, rising fuel costs, and sustainable choices.

Experiential learning
In the Heating, Refrigeration and Air Conditioning (HRAC) Techniques program students will:

• Gain solid skills and knowledge in the design, operation and maintenance of energy-efficient, building environmental systems, in heating, ventilation, air conditioning and refrigeration (HVAC/R).
• Learn to size, install, repair and maintain building environmental systems for the residential and light commercial sector.
• Develop practical skills through hands-on experience in Loyalist's labs, working on a wide range of furnaces, air conditioners, refrigeration equipment and other appliances, including the latest sustainable heating and cooling technology.
• Develop cross-disciplinary, industry-ready skills in soldering, wiring and electrical control circuitry and troubleshooting for HVAC and gas installations.
• Use computer-aided design software to assess building heating and cooling requirements, select appropriate equipment, review HVAC system drawings and specifications for the residential market and light commercial market and confirm building code requirements.

Construction engineering technicians work in the construction industry with contractors, government building departments and engineers on a range of building construction projects. Learn how to integrate science and engineering concepts with industry-specific technologies to assist in the development and implementation of project goals in accordance with project plans, sustainability practices, and industry laws, codes and standards.

Experiential learning
Enjoy a mix of learning experiences, indoors and out, with lots of personal attention from faculty:

• Work with current versions of industry software, including AutoCAD, to create engineering drawings for land development applications and building engineering according to provincial and municipal standards. 
• The program combines classroom instruction, hands-on learning in the field and lab work in Loyalist’s Building Sciences Lab.
• Gain experience in surveying, structural drafting, testing and inspection of construction materials, project supervision and estimating.
• Apply your skills on a construction site while working one day a week during a semester-long on-the-job field placement.
• Year one is common with the Civil Engineering Technician program, allowing for ease of transfer.

Biotechnology plays a critical role in the battles against hunger, disease and pollution. It is used in developing precision medicines and gene therapies, environmental decontamination to restore polluted spaces and engineering crops to improve their yield and nutrition.

Experiential learning
Study in the newly equipped Bay of Quinte Skills Centre:

• Hands-on learning combines classroom theory and practical, lab-based instruction.
• Work in state-of-the-art Instrumentation and Molecular Biology labs equipped with PCR and DNA sequencing technology.
• Get experience with a wide variety of instrumentation used in genetics, microbiology, fermentation and forensics.
• Get on-the-job, practical experience with field placements in the second and third year.

Expand your knowledge in Biotechnology – Advanced:

• The third year focuses on intensive, laboratory-based instruction and project-based learning in molecular biology, microbiology, analytical instrumentation, tissue culture and cutting-edge extraction technologies.
• A placement in your final semester can be a foot in the door to your next job.

Before products hit the shelves, there’s a lot of work that goes on behind the scenes — from purchasing materials and coordinating inventory to the distribution of finished goods. As global trade widens and deepens, demand continues to rise for skilled workers in the areas of supply chain logistics and international trade compliance.

Experiential learning
Prepare hands-on for a career in supply chain management concentrating on trade compliance and logistics planning:

• Gain a depth of knowledge in customs, including compliance, risk management and the global movement of goods.
• Navigate international customs and business practices.
• Get applied knowledge of project management including planning and reporting, scheduling techniques, element interdependencies, and project costing and crashing.
• Explore consultative selling and marketing intelligence.
• Learn first hand during local field trips and presentations by guest speakers.
• Gain critical workplace experience with a four-week field placement.

Chemical engineering technicians and technologists are at the heart of many growing fields, from leading-edge research around alternative fuels to protecting the safety of our food and water supply. Prepare for an exciting career working in high-tech labs with real-world results.

Experiential learning
Study in the newly equipped Bay of Quinte Skills Centre:

• Understand the principles and techniques of organic and analytical chemistry, chemical engineering and industrial processes.
• Gain applied skills with chemical instrumentation, extraction technology, health and safety, and microbiology techniques.
• Apply theory to practice with problem-based assignments.
• Graduates are prepared to work in research and development, analyze and interpret data, manage lab operations, assess analytical methods and develop new techniques.
• Observe chemical engineers in action with tours of professional lab facilities.
• Applied project learning and field placements in the second and third years provide practical experience, preparing you for a smooth transition to the workforce with a wide range of skills.