Diploma in Biotechnology - Health

at Georgian College - Barrie Campus Canada

The Artificial Intelligence (AI) computing paradigm radically changes the functionality and capabilities of computer systems. This greatly increases the possibilities of what businesses can do with this exciting new technology and is causing disruption across all industry sectors. Artificial Intelligence systems can think, learn and take self-directed action in order to maximize the chance of successfully achieving a goal without having to be explicitly programmed or human intervention.

This program provides students with the necessary background to become Artificial Intelligence (AI) system designers, programmers, implementers, or machine learning analysts. With a strong focus on applied skills, students learn how to design and implement supervised, unsupervised and reinforcement learning solutions for a variety of situations and solve AI challenges for a diverse set of industries. 

Advanced study in AI infrastructure, architecture, machine learning frameworks, reinforcement learning, neural networks, vision system, conversational AI and deep learning help students understand how to select, configure and apply the right technology tools to build the correct AI solution to solve a given challenge.

Students in this program prepare to work alongside architects, designers and project managers. While developing skills in architectural drafting and design as well as an understanding of the building design and construction process, students take courses in computer-aided drafting and project design, building codes, contracts and specifications. Teamwork and project-based learning is emphasized. This program is common with the first four semesters of the Architectural Technology program and graduates may choose to continue into the third year of that program.

This program gives students many project opportunities that develop the foundational knowledge and skills for the cabinetmaking industry. Many hands-on opportunities ensure that graduates are competent in all aspects of the industrial cabinetmaking/woodworking field, from the planning stages to the application of final finishes on various products.

Students are introduced to skills and knowledge needed to succeed in recreation and leisure services. The curriculum includes: community recreation, outdoor adventure, arts, culture, heritage, leisure, fitness, retirement activities, life enrichment in long term care, adaptive-therapeutic recreation, facility operations, programming and event planning. Business administration fundamentals are incorporated with courses in marketing, accounting, technology, human resources, entrepreneurship and research. Experiential learning opportunities include a paid co-operative work semester, field trips, and participating in a number of events or programs working with children to seniors. Students gain proficiencies in leadership and group facilitation by designing, delivering and evaluating diverse, inclusive, relevant, environmentally sustainable recreation leisure and wellness initiatives.

This one-year post-graduate diploma program is directed towards students wishing to pursue goldsmithing or silversmithing as a self-directed career.

Students will refine their jewellery and metalworking skills, develop their design abilities and acquire the knowledge and skills necessary to design, produce and market jewellery, flatware and hollowware. Students specialize in either goldsmithing or silversmithing. Within their area of specialization, students choose a number of advanced techniques to concentrate on, and develop the in-depth knowledge and skills that would allow them to work independently or as designers.

• Goldsmith - A goldsmith is one who would design, as well as produce, jewelry as an employee or in one's own studio.
• Silversmith - A silversmith is one who would design, as well as produce, hollowware and flatware items as an employee or in one's own studio.

Program Learning Outcomes
The graduate has reliably demonstrated the ability to:

• Design, develop and produce a portfolio of personal work (jewellery and metalwork) and a skills inventory;
• Be adaptable in applying various technical skills and aesthetic development to a wide variety of jobs in the jewellery and fine metals field;
• Respond to style and marketing trends in the industry;
• Plan and execute marketing and sales strategies;
• Design and fabricate products that would produce sales and marketing opportunities in wholesale and/or retail venues, such as Kempenfest, Muskoka Arts & Crafts, galleries and custom work;
• Recognize and identify materials as to their suitability for gem materials;
• Cut and polish various shapes of cabochon and faceted stones;
• Use advanced gem cutting and polishing techniques, including channel inlay and carving, and incorporate finished products into jewellery and hollowware;
• Understand the history and tradition of vessels and other regalia used in various religious rituals and domestic occasions;
• Use technical skills and dexterity in a variety of advanced metal working techniques as listed in the course descriptions, including reactive metal techniques, lathe work and machining, knifemaking and toolmaking;
• Apply their skill to the production aspects of the industry;
• Seek employment with an existing manufacturing or embark on a self-employment career such as a production studio;
• Work in design, production and/or retailing within the industry;
• Employ environmentally sustainable practices within the profession.

Students acquire the knowledge and skills required to perform in the administrative health field. Students learn document production, medical terminology, transcription, electronic health records, human anatomy, as well as courses in communication and social sciences. Students have the opportunity for hands-on learning.

Initially, students in all Office Administration streams enroll in a common first semester. Eligible students in this program are offered the opportunity for office experience within the health services community.

In this program, students prepare  for careers as Denturists. Students  develop knowledge, skills and attitudes consistent with their scope of practice, in particular assisting clients in attaining and maintaining oral health. Students gain knowledge and train specifically in clinical and laboratory aspects related to their field, including complete, partial and immediate dentures, and dentures over implants. Students use a problem-solving framework, basing all decisions, judgments and interventions on current research and theory. Students are prepared for the legal and ethical responsibilities of a Denturist with an understanding of business practices related to self-employment. 

Additional program specific fee information for Denturism

Learn to code using in-demand programming languages. Design and build applications for desktop, mobile and web. Be job-ready in two years.

In this program, students focus on computer programming, web development, and designing data-driven systems. Students learn how to write code in a variety of programming languages such as Arduino, ASP.NET, C#, Java, JavaScript, HTML/CSS, PHP and Swift. Students gain experience developing software for diverse platforms including embedded systems, desktop, mobile and mainframe systems. With a strong emphasis on business and entrepreneurial values, students gain experience in problem solving, troubleshooting and system building through a series of applied assignments, projects and co-op work terms.

This Ontario Association of Certified Engineering Technicians and Technologists (OACETT) accredited program, offers students advanced courses in electrical power systems, robotics, programmable logic controllers, networking, instrumentation and project management. Students gain hands-on experience in associated lab classes using state of the art hardware and test equipment.  These courses, together with experience gained in three coop work terms with industry partners, provide students with a broad technical background and a wide range of employment opportunities in the electrical industry.

If this doesn't sound quite right for you, why not take a look at the Electrical Engineering Technician program? Get into the workforce faster and start building your career in just two years.

Building automation systems don't just control the basics: they regulate airflow, monitor energy use and are integrated with security, lighting and other building systems to deliver comfort, safety and energy efficiency. Today’s buildings are increasingly complex, and they differ in use and size, but also in operating hours, comfort levels and environmental conditions. Offices, residences, hotels, schools and administrative buildings all have different requirements. Optimal building services technology is the result of appropriate systems design and integration during planning, construction, commissioning and operation.

This advanced diploma program in Building Automation provides students the technical skills they need for success in the job market. Students learn to:

• Install, program, adjust and maintain building automation systems
• Program and install sensors, actuators and controllers
• Collect data for use in real-time or for archiving in a central server
• Work with building software platforms that interconnect different systems

Graduates will have a diverse set of skills and abilities that will also prepare them for "green" careers focused on energy efficiency, renewable energy and the environment. This program provides a skill set that is in high demand in both the construction industry and the controls and automation industry.