Graduate Certificate in Brain Disorders Management

at Mohawk College of Applied Arts and Technology - Fennel Campus Canada

Program Highlights

• Courses span all of the functional areas of business.
• Ideal for future entrepreneurs.
• Upon completion of a common first semester, you may choose to transfer into second semester of one of the following programs:
  • Business - Accounting (non co-op 316 or co-op 356)
  • Business Administration (632)
  • Business Administration - Accounting (364)
  • Business Administration - Human Resources (363)
  • Business Administration - Marketing (non co-op 362 or co-op 366)
  • Business - Financial Services (303)
  • Business - Marketing (319)
  • Insurance (non co-op 318 or co-op 368)

What you’ll learn

• Solid foundation for success in decision making.
• Master fundamental skills in the core business processes:
• Accounting and finance
• Marketing
• Operations and distribution
• Human resources and labour
• Business information systems and technology
• Project management

Orchestrate your musical future with practical and theoretical training in classical, jazz and contemporary genres.

Program Highlights

• Personalized instruction by passionate professional musicians.
• Perform at the 1,000 seat McIntyre Performing Arts Centre at Fennell Campus.
• Clinics and workshops with world-renowned musicians.

What you'll learn

• Perform in a variety of ensembles, coached by faculty.
• Use the latest music technology in a state-of-the-art facility.
• Compose your own arrangements and works and have them performed by student groups under your direction.
• Participate in professional recording studio experiences.
• Write musical scores for various productions.
• Explore the business side of the music profession
• Gain the advice of industry experts.

Explore opportunities in the service and maintenance of gas, propane and oil-fired technology.

Program Highlights

• Accredited by the Technical Standards and Safety Authority (TSSA).
• Complete your training in one year.  
• Upon successful completion of each semester, you are eligible to write the Gas and Oil Burner Technician Provincial Fuel Certifications. You may write the examinations without acquiring additional workplace experience.

What you'll learn

• Fundamentals of home heating appliances that use fuel oil or natural gas.
• Experience the challenges in the service and maintenance of gas, propane, oil fired burners, furnaces, boilers and hot water heaters.
• Understand fuel delivery systems, set up and adjust combustion efficiencies, size ventilation systems and combustion air requirements. 
• Enjoy a practical lab to experience troubleshooting, combustion, electrical, fabricating piping systems and other related aspects.  
• The first semester prepares participants for testing and certification by the Technical Standards and Safety Authority as an Oil Burner Technician 3 (OBT 3) and a Gas Technician 3 (G3); providing eligibility on successful completion to write the Oil Burner Technician 2 (OBT 2) and Gas Technician 2 (G2) examination in the later part of the second semester. 
• Optional training includes fluorocarbon refrigerant, Ozone Layer Protection Awareness Certification, Gastite and IPEX certification training.

View the Exceptions Calendar for start dates and semester break information.

Orchestrate your musical future with practical and theoretical training in classical, jazz and contemporary genres.

Program Highlights

• Personalized instruction by passionate professional musicians.
• Perform at the 1,000 seat McIntyre Performing Arts Centre at Fennell Campus.
• Clinics and workshops with world-renowned musicians.

What you'll learn

• Perform in a variety of ensembles, coached by faculty.
• Use the latest music technology in a state-of-the-art facility.
• Compose your own arrangements and works and have them performed by student groups under your direction.
• Participate in professional recording studio experiences.
• Write musical scores for various productions.
• Explore the business side of the music profession
• Gain the advice of industry experts.

Program Highlights

• Field placements in a variety of settings such as recreational therapy centres, varsity teams, physiotherapy clinics, school boards, retirement residences, large corporate gyms, small private businesses and more.
• Experiential learning and events in collaboration with industry partners including Fit to Pitch and Wellness Expo.
• Experience a cadaver lab tour at McMaster University
• Students may challenge fitness certifications
• Many pathways to further education
• Get involved in special events and volunteer opportunities.

What you'll learn

• Strategies to improve quality of life for people of various ages and abilities.
• Work with specialists of specific populations such as emergency service personnel, children, older adults, pregnant women or those with increased medical risk factors such as diabetes and high blood pressure.
• Study topics such as athletic injury management, sport psychology and exercise physiology, anatomy, biomechanics, wellness management strategies and many more.

Computer engineering technology ties together automation and robotics with networking and data handling.

What you'll learn

• Acquire competence in Computer Engineering with both hardware and software skills.
• Explore automation and programmable logic controllers, computer networking, and web applications through theory and hands-on practice.
• Study curriculum and contents from organizations including IEEE, CompTIA and Cisco Academy, Altera, Siemens and other industrial partners.
• Learn about computer hardware and interfacing, Arduino and embedded systems, CAD Systems and internet technologies, electronics and electrical systems, instrumentation and industrial automation.
• Robotics and systems integration have become the hot topics on all management’s strategic discussions – in all industries. Whether it is a discussion about the telephone systems in an insurance office or the manufacturing of a widget on the shop floor, smart systems integration changes the capabilities and efficiencies of the work environment.

Increasingly, individuals and organizations look to computers, be they stand-alone or networked, to optimize workflow, establish a presence in global markets and improve communication. This pervasive integration of computers and their associated technologies has led to an emergence of job opportunities in the creation, integration and support of technology systems and infrastructures. Computer Engineering Technician will merge together computer networking and electrical engineering to create a Smart Systems Integration hybrid engineering model.

Program Highlights

• You will gain hands-on experience with various expressive arts modalities, including:
  • Drumming, Story-telling, Drama, Dance, Journaling, Painting, Sculpting, and more.
• Study various populations and communities focusing on their strengths and specialized needs.
• Learn to develop, implement and facilitate programming within various communities.
• You will join the growing field of expressive arts practitioners and can choose to set up your own practice or incorporate this specialization into your current career path.
• As a graduate of the program, you can join the Ontario Expressive Arts Therapy Association (OEATA) as an Expressive Arts Practitioner.

What you’ll learn

• Design, organize, facilitate and manage expressive arts programs.
• Explore, participate in and facilitate various expressive arts modalities including:
  • Drumming, Storytelling, Theatre, Movement and Dance, Journaling, Painting, Poetry, and Sculpture.
• Propose programs, create budgets and funding applications, and consider long-term program growth strategies and staffing needs.
• Analyze differences within the population and methods for best catering programming to address the needs of client groups.
• Field placement offers real-programming experience and hands-on experience with client groups.

Gain the knowledge, skills and qualification to deliver IT services in various healthcare settings.

Program Highlights

• Learn and apply information technology principles including software development, networking, operating systems, user interface design and databases to the field of digital health.
• Integrate and leverage digital health devices to provide and improve patient care.
• Utilize information technology to provide efficiency improvements to the health system.
• Apply digital health principles to the Canadian Healthcare system with an emphasis on the systems, supports, and tools used in the province of Ontario.
• Focus on patient safety, personalized health delivery, self-management and behaviour modification.
• Apply research methods and statistics in a final-year applied research capstone project.

What you will learn: 

• Design and development of health informatics solutions.
• Application of technology to the design and implementation of digital health systems.
• Measurement tracking and improvement of health through devices, sensors and wearables.
• Use of data analytics principles to produce data visualizations and build predictive models of disease transmission and treatment outcomes to inform decision making.
• Policies pertaining to privacy and security of personal health information and records including the Canadian Institute for Health Information (CIHI), Personal Health Information Protection Act (PHIPA), and The Personal Information Protection and Electronic Documents Act (PIPEDA).
• Cloud computing and the processing of large health-related datasets.
• Health system standards, integration and interoperability.
• Telehealth and virtual care systems for safe and efficient remote patient monitoring and interactions.
• Utilization of digital health technologies for remote care, health delivery and patient self-management.
• Management of healthcare records, systems and processes.

Biotechnology encompasses a wide field of studies including molecular biology, biochemistry, genetics (including genetic engineering), cell biology,  microbiology (including forensics and food processing), analytical instrumentation, and  bioengineering.

The program is designed to prepare students as biotechnology technicians through the familiarization with scientific methods and experimental techniques, in accordance with accepted principles of quality assurance and manufacturing.

The first academic semester is common with the Environmental Technician and Biotechnology Technician (Health) program of studies, followed by three semesters focusing on specialized courses relating to manufacturing, and laboratory quantitative and qualitative analyses in the field of biotechnology.

Program Highlights

• Strong foundational program in biotechnology with training in unit operations and instrumentation. 
• Graduates are ready for in-demand careers in the biotechnology field, one of the most rapidly expanding fields in Canada.

What you'll learn

• Fundamentals of biotechnology, microbiology, pharmacology, genetics, bioinformatics and bioengineering.
• Explore scientific methods and experimental techniques in accordance with accepted principles of quality assurance and manufacturing in the biotech industry
• Gain knowledge and skills in scientific methods and experimental techniques using established principles of quality assurance and manufacturing.
• How to perform tasks in the following areas: 
  • DNA analysis using electrophoresis, and PCR (polymerase chain reaction)
  • Protein analysis using electrophoresis, blotting and chromatography
  • Micropipetting, extractions, titrations, centrifugation and pH measurements using GLP (good laboratory practices)
  • Instrumentation including spectrometry
  • Basic techniques in microbiology

Experiential Learning

• How you’ll gain skills
  • Extensive hands-on laboratory practice.
  • Gain valuable experience during co-op work terms.
  • To learn more, please visit the Centre for Experiential Learning.

Co-op Format

Biotechnology encompasses a wide field of studies including molecular biology, biochemistry, genetics (including genetic engineering), cell biology,  microbiology (including forensics and food processing), analytical instrumentation, and  bioengineering.

The program is designed to prepare students as biotechnology technicians through the familiarization with scientific methods and experimental techniques, in accordance with accepted principles of quality assurance and manufacturing.

The first academic semester is common with the Environmental Technician and Biotechnology Technician (Health) program of studies, followed by three semesters focusing on specialized courses relating to manufacturing, and laboratory quantitative and qualitative analyses in the field of biotechnology.

Program Highlights

• Strong foundational program in biotechnology with training in unit operations and instrumentation. 
• Graduates are ready for in-demand careers in the biotechnology field, one of the most rapidly expanding fields in Canada.

What you'll learn

• Fundamentals of biotechnology, microbiology, pharmacology, genetics, bioinformatics and bioengineering.
• Explore scientific methods and experimental techniques in accordance with accepted principles of quality assurance and manufacturing in the biotech industry
• Gain knowledge and skills in scientific methods and experimental techniques using established principles of quality assurance and manufacturing.
• How to perform tasks in the following areas: 
  • DNA analysis using electrophoresis, and PCR (polymerase chain reaction)
  • Protein analysis using electrophoresis, blotting and chromatography
  • Micropipetting, extractions, titrations, centrifugation and pH measurements using GLP (good laboratory practices)
  • Instrumentation including spectrometry
  • Basic techniques in microbiology