2026-2027 FGS Academic Calendar /gradstudies/academiccalendar/2026-2027/ Tue, 22 Sep 2026 20:08:22 +0000 en-CA hourly 1 https://wordpress.org/?v=6.9.10 Athletic Therapy /gradstudies/academiccalendar/2026-2027/athletic-therapy/ Thu, 03 Sep 2026 15:33:49 +0000 /gradstudies/academiccalendar/2026-2027/?p=3653 Connect with FGS

The post Athletic Therapy appeared first on 2026-2027 FGS Academic Calendar.

]]>
LocationEmail AddressProgram Website
341 Norman Bethune Collegematinfo@yorku.cayorku.ca/gradstudies/athletic-therapy/

Offered through the School of Kinesiology and Health Science in the Faculty of Health, the Master of Athletic Therapy (MAT) is a full-time, six-term program designed to meet the evolving demands of the athletic therapy profession. This graduate-level program reflects the growing standard for advanced education among Certified Athletic Therapists across North America. Through a blend of rigorous academic coursework and hands-on field and clinical experience, the MAT prepares graduates with the knowledge, skills, and competencies required for meaningful and rewarding careers as athletic therapy professionals. 

Admission Requirements

Master of Athletic Therapy (MAT) Program

1. Applicants must have completed a four-year baccalaureate degree (equivalent to 120 credits) from an accredited Canadian college or university or international equivalent with a minimum GPA of 3.25 – 3.30 (based on 4.00 scale, equivalent to a B+ grade point average) in the final 60 credit hours (or equivalent) based on complete transcripts submitted. A bachelor’s degree in Kinesiology and/or Health Sciences is recommended but not required. Each of the prerequisite courses listed also require a minimum grade of B+. (If the applicant has less than a B+, an alternative pathway from the normal standards may be applied as explained in Application Reviews.).

2. The following are a list of required pre-requisite courses:
• Minimum of 3 credit hours or equivalent of anatomy or applied anatomy
• Minimum of 3 credit hours or equivalent of human physiology or exercise physiology
• 3 credit hours or equivalent of sports injury
• 3 credit hours or equivalent of applied kinesiology, biomechanics, or equivalent
• 3 credit hours of nutrition or equivalent

3. In addition to course prerequisites, the student must hold a First Responder certification through an authorized body such as the Canadian Red Cross. The certification will not be required at application but will be required to start the program as a matriculating student.

4. Personal statement letter citing experiences, interest and commitment to health equity and diversity. (maximum 750 words).

5. In addition, two letters of recommendation are required: one from a professor/professional such as a certified athletic therapist or sport physical therapist; second letter from any individual (that is not a member of the family or a family friend) that can attest to the applicant’s attributes such as professionalism, critical thinking, leadership, communication, collaboration, health advocate, coaching/teaching, and empathy. If a student has difficulty with this aspect, they will be able to contact the program to discuss.

Degree Requirements

Master of Athletic Therapy Program

Subject to Senate approval, these courses may be updated.

Candidates for the Master of Athletic Therapy (MAT) degree must successfully complete the following 78 core credits from the Graduate Program in Athletic Therapy as well as an additional 3 elective credits from graduate courses offered within the School of Kinesiology and Health Science:

Kinesiology & Health Science 6500 3.0: First Responder for Athletic Therapy Professionals
Kinesiology & Health Science 6501 3.0:  Introduction to Professional Practice and Management
Kinesiology & Health Science 6502 3.0: Athletic Therapy Analysis of Field-Based Care
Kinesiology & Health Science 6503 3.0:  Athletic Therapy Field-Based Psychomotor Skills
Kinesiology & Health Science 6504 6.0:  Application of Foundational Basic Sciences for Healthcare Professionals
Kinesiology & Health Science 6505 3.0: I ntroduction to Clinical Research Methods
Kinesiology & Health Science 6506 3.0: Introduction to Clinic and Field Care Practice
Kinesiology & Health Science 6507 3.0: Athletic Therapy Analysis of the Extremities
Kinesiology & Health Science 6508 3.0:  Athletic Therapy Physical Examination for the Extremities
Kinesiology & Health Science 6509 3.0:  Advanced Topics in Clinical Research
Kinesiology & Health Science 6510 6.0:  Clinic and Field Care Practice I
Kinesiology & Health Science 6511 3.0: Data Analysis Elective
Kinesiology & Health Science 6512 6.0:  Clinic and Field Care Practice II
Kinesiology & Health Science 6513 3.0: Advanced Athletic Therapy Analysis of the Head, Trunk and Spine
Kinesiology & Health Science 6514 3.0:  Advanced Athletic Therapy Physical Examination for the Head, Trunk and Spine
Kinesiology & Health Science 6515 3.0:  Advanced Professional Practice and Management
Kinesiology & Health Science 6516 6.0:  Clinic and Field Care Practice III
Kinesiology & Health Science 6517 3.0:  Advanced Athletic Therapy Analysis of the Upper and Lower Quadrant
Kinesiology & Health Science 6518 3.0:  Advanced Athletic Therapy Physical Examination for the Upper & Lower Quadrant
Kinesiology & Health Science 6519 3.0:  Culminating Applied Research Experience
Kinesiology & Health Science 6520 6.0:  Integrative Athletic Therapy Capstone Practice Experience

ճѴDzdzٱDzڳܱ-پ.ԳٰԲٱ.

The expected degree completion time for full-time Master of Athletic Therapy students is 6 terms (the equivalent of two full years). Students must register and pay fees for a minimum of the equivalent of 6 terms offull-timestudy.

The post Athletic Therapy appeared first on 2026-2027 FGS Academic Calendar.

]]> Sustainable Energy Systems /gradstudies/academiccalendar/2026-2027/sustainable-energy-systems/ Thu, 13 Aug 2026 15:13:09 +0000 /gradstudies/academiccalendar/2026-2027/?p=3575 Connect with FGS

The post Sustainable Energy Systems appeared first on 2026-2027 FGS Academic Calendar.

]]>
LocationEmail AddressProgram Website
4th Floor, Bergeron Centre for Engineering Excellencemeng_grad@lassonde.yorku.ca

The Master of Engineering (MEng) in Sustainable Energy Systems provides an opportunity for recent graduates and industry professionals to enhance their knowledge and skills in (or transition into) the field of sustainable energy systems, with emphasis on professional development for the job market. In addition to deepening a range of industry/sector-informed technical skills, in areas such as sustainable energy systems, advanced materials, energy storage and conversion, and disruptive technologies in sustainability, this program focuses on real-world applications, communications, teamwork, policy/regulations, and project management in the field of sustainable energy. 

This experiential learning program, with both in-person and online components, allows a flexible structure for students to complete either full-time in one calendar year (3 terms) or part-time spread over a longer time span. 

Admission Requirements

Master of Engineering (MEng) Program

An undergraduate degree in engineering, science, or related fields from a recognized institution with a minimum “B” average in the last two full years (or equivalent) of academic work. 

Three-year cycle undergraduate degrees from institutions that meet the criteria set forth in the Bologna Declaration (an internationally developed guideline on comparability in higher education) are acceptable as the equivalent of an undergraduate honours degree.

Have successfully completed undergraduate coursework in fundamental engineering topics of heat transfer, thermodynamics and fluid mechanics. For applicants who have not completed studies at the secondary-school level or university level in a country where English is a primary language or where English is the primary language of instruction, they must demonstrate their language proficiency in English. For such students, minimum IELTS academic score of 6.5 or TOEFL iBT score of 88 is required.

Degree Requirements

Master of Engineering (MEng) Program

MEng Degree by Coursework

This course‑based master’s degree program requires students to complete eleven (11) courses in total, consisting of two complementary studies courses, four technical depth courses, and five technical breadth courses.

The MEng program can be completed on a full- or part-time basis. Entry is fall or winter term.

The expected degree completion time for full-time master’s students is normally 3 terms. Part-time students may take up to 12 terms to complete all degree requirements All requirements for a master’s degree must be fulfilled within 12 terms (4 years) of registration as a full-time or part-time master’s student in accordance with Faculty of Graduate Studies’ registration policies.

The post Sustainable Energy Systems appeared first on 2026-2027 FGS Academic Calendar.

]]> Nurse Practitioner /gradstudies/academiccalendar/2026-2027/nurse-practitioner/ Fri, 29 Aug 2025 19:32:41 +0000 /gradstudies-academiccalendar-2026-2027/?p=3421 Connect with FGS

The post Nurse Practitioner appeared first on 2026-2027 FGS Academic Calendar.

]]>

The post Nurse Practitioner appeared first on 2026-2027 FGS Academic Calendar.

]]> Vision Research /gradstudies/academiccalendar/2026-2027/vision-research/ Thu, 26 Jun 2025 16:02:50 +0000 /gradstudies-academiccalendar-2026-2027/?p=3212 The post Vision Research appeared first on 2026-2027 FGS Academic Calendar.

]]>
LocationEmail AddressProgram Website
Centre for Vision Research, 009B Lassonde Building
cvr@yorku.cayorku.ca/cvr/training-opportunities/collaborative-specialization/

Offered in conjunction with the Centre for Vision Research, the Collaborative Graduate Specialization in Vision Research prepares students from multiple graduate programs (Biology, Electrical Engineering & Computer Science, Digital Media, Kinesiology & Health Science, Philosophy, Physics & Astronomy, and Psychology) for interdisciplinary and translational research in human, animal, or computer vision. Students learn the computational and biological basis of seeing and how it helps to act successfully in the world. Students learn from vision researchers using a broad range of experimental and theoretical approaches which prepare them for careers in academic, industrial, or public sector settings in vision research and related fields.

Students are introduced to translational approaches to moving vision research results from the lab to application in the clinic, community, or industry.

Admission Requirements

Students pursuing thesis and dissertation based graduate degrees in the Graduate Programs in Biology, Electrical Engineering and Computer Science, Digital Media, Interdisciplinary Studies, Kinesiology, Philosophy, Physics and Astronomy, and Psychology may apply for the Collaborative Graduate Specialization in Vision Research. Students must undertake thesis research supervised by a member of the Centre for Vision Research (CVR). With permission of the specialization coordinator, students under the supervision of another member of the graduate faculty may enroll in the specialization if a member of the CVR serves on their supervisory committee. In either case the CVR member (referred to as the specialization faculty advisor) must confirm that the thesis topic meets the requirements of the specialization (see program requirements).

Specialization Requirements

In addition to the requirements of their home graduate program, students seeking the Collaborative Graduate Specialization in Vision Research must successfully complete the following requirements:

  • VIS 6001 0.0: Seminar in Vision Research
  • A research thesis or dissertation in vision research (broadly defined including visual neuroscience, visual psychophysics, visually guided motor action, visualization, visual cognition, computer vision, image processing, visual human factors, and clinical vision science).
  • Experiential Breadth Requirement: Students must demonstrate engagement in academic and scholarly activities in vision research at 91ɫ. Given the broad interdisciplinary background of students this requirement is met by at least one major activity such as a leadership role at the summer school, industry practicum or internship, or project in another vision-related laboratory.

The post Vision Research appeared first on 2026-2027 FGS Academic Calendar.

]]> Advanced Management /gradstudies/academiccalendar/2026-2027/advanced-management/ Fri, 23 Aug 2024 15:51:32 +0000 /gradstudies-academiccalendar-2025-2026/?p=2953 The post Advanced Management appeared first on 2026-2027 FGS Academic Calendar.

]]>

LocationEmail AddressProgram Website
Schulich School of Businessinfo@schulich.yorku.ca

The Advanced Management Diploma (AMD) is a two-term (18-credit) concurrent graduate diploma open to students who are enrolled in any Schulich master’s degree who want to deepen their management education by completing a high quality experiential education opportunity (a 6-credit graduate placement.)

AMD is open to open to students concurrently enrolled in any of the following Schulich professional master’s programs: Master of Business Administration, Master of Accounting, Master of Finance, Master of Management, Master of Marketing, Master of Real Estate and Infrastructure, Master of Health Industry Administration, Master of Business Analytics, Master of Management in Artificial Intelligence, or the Master of Supply Chain Management.

Admission Requirements

Students are required to be in good academic standing in the Schulich professional master’s degree program in which they are enrolled.

Diploma Requirements

To earn the AMD diploma, students must complete:

  • 9.00 credits of courses in the Schulich master degree in which the student is registered.
  • MGMT 6350 3.00 Case Analysis and Presentation Skills or MGMT 6300 3.00 Professional Development for Managers or 3.00 credit degree core course approved by the degree program director.
  • MGMT 5300 6.00 Mandatory Experiential Learning Course (the graduate placement)

The post Advanced Management appeared first on 2026-2027 FGS Academic Calendar.

]]> Biotechnology /gradstudies/academiccalendar/2026-2027/biotechnology/ Tue, 30 Jul 2024 14:36:15 +0000 /gradstudies-academiccalendar-2025-2026/?p=2711 The post Biotechnology appeared first on 2026-2027 FGS Academic Calendar.

]]>
LocationEmail AddressProgram Website
1 University Boulevard, Markham, ONbiot-mkm@yorku.cayorku.ca/gradstudies/biotech-diploma/

The Graduate Diploma in Biotechnology is a stand-alone, direct-entry 8-month graduate diploma designed for students who hold a Bachelor of Science degree in Biology, Biological Sciences, Biotechnology, Life Science, or related discipline, and have little/no work experience in Biotechnology. The degree will provide students with theoretical and practical training in Biotechnology to enhance their competitiveness and employability in Biotechnology related sectors.

In particular, the program will:

  • Develop a solid understanding in the latest biotechnology theories, discoveries, and laboratory techniques.
  • Build knowledge in pharmaceuticals, standard operating procedures, packaging and labeling, good manufacturing practices, and clinical research.
  • Build knowledge in scientific data analysis, writing and communication and biotechnology ethical practices.
  • Develop the ability to work effectively with others and to communicate scientific and concepts to a variety of target audiences.
  • Develop understanding of the evolving ethical obligations and responsibilities in running Biotechnology organizations.

Admission Requirements

The minimum admission requirements are as follows:

  • An undergraduate degree in any area of biology, biological science, biochemistry, chemistry, life sciences or related field from a recognized post-secondary institution with a B+ average in the last two years (or equivalent) of academic work. Undergraduate degrees must include at least one course in statistics at the second-year level or above, as well as three courses in molecular biology, cell biology, biochemistry, genetics or equivalent at the second-year level or above.
  • Work experience is not required, but internships or prior work experience is encouraged.
  • Alternate admission requirement: Graduates with other Science degrees or 3-year degrees may be admitted as well with at least one year of post-graduation work experience in a sector relevant to the program.
  • Proof of English language proficiency if prior studies were not completed in English: a minimum TOEFL score of 577 (paper-based), or 90-91 (internet-based); and a minimum IELTS score of 7 (Academic Module).
  • Two letters of recommendation. Letters can be from previous professors, employers, or other persons with whom the applicant has had interactions and who can attest to their professional and/or academic qualifications. It is recommended that one of these letters should be from a professor if you graduated in the last 3 years.
  • A supplementary application form with a statement of interest providing evidence of commitment to advanced work in the biotechnology sector. The statement should include a discussion of the applicant's background, interests, skills, and career goals.
  • and an up-to-date résumé or CV.

Students are expected to remain in good academic standing as per Faculty of Graduate Studies (FGS) guidelines to remain in the program. FGS guidelines on academic standing are available at: yorku.ca/gradstudies/students/current-students/regulations/graduate-courses-and-grading/.

Diploma Requirements

The Graduate Diploma in Biotechnology is a full-time, course-based graduate diploma program comprised of 15 academic credits, delivered through 5 required 3.0-credit courses. Coursework emphasizes both theoretical foundations and practical applications in biotechnology, including laboratory methodologies and industry-relevant skills. The program requires students to complete all 15 credits in good standing in accordance with the Faculty of Graduate Studies’ minimum grade requirements.

At this point, part-time completion is not being offered, and the full-time format will take 2 semesters over a period of 8 months.

Students enrolled in the graduate diploma will complete the same course requirements as students in the Graduate Program in Biotechnology Management program, as the five diploma courses also constitute one component of the 36-credit Graduate Program in Biotechnology Management curriculum. All courses are delivered in an integrated classroom environment shared with Graduate Program in Biotechnology Management students.

The post Biotechnology appeared first on 2026-2027 FGS Academic Calendar.

]]> Biotechnology Management /gradstudies/academiccalendar/2026-2027/biotechnology-management/ Tue, 30 Jul 2024 12:59:32 +0000 /gradstudies-academiccalendar-2025-2026/?p=2684 The post Biotechnology Management appeared first on 2026-2027 FGS Academic Calendar.

]]>
LocationEmail AddressProgram Website
1 University Boulevard, Markham, ONbiot-mkm@yorku.cayorku.ca/gradstudies/biotech-mgmt/

The Master's in Biotechnology Management is a stand-alone, course-based, direct-entry 20-month professional graduate program designed for students who hold a Bachelor of Science degree in Biology, Biological Sciences, Biotechnology, Life Science, or related discipline, and have little/no work experience in Biotechnology. The degree will provide students with theoretical and practical training in Biotechnology and a graduate diploma in Management to enhance their competitiveness and employability in Biotechnology related sectors. Students would be awarded two credentials upon completion of the program requirements: A Master's in Biotechnology Management together with a Graduate Diploma in Management.

In particular, the program will:

  • Develop a solid understanding in the latest biotechnology theories, discoveries, and laboratory techniques.
  • Build knowledge in pharmaceuticals, standard operating procedures, packaging and labeling, good manufacturing practices, and clinical research.
  • Develop competencies in the major fields of management and how to advance organizational goals.
  • Build knowledge in scientific data analysis, writing and communication and biotechnology ethical practices.
  • Develop the ability to work effectively with others and to communicate scientific and management concepts to a variety of target audiences.
  • Develop understanding of the evolving ethical obligations and responsibilities in running Biotechnology organizations.
  • Gain practical hands-on experience in biotechnology through two industry paid internships, and an interdisciplinary capstone project.
  • Prime students to start contributing and adding value to a Biotechnology organization within six months after hiring.

The Master in Biotechnology Management combines theoretical knowledge with practical application. The program is highly experiential, integrating two paid internships in Terms 3-5, and culminating with an interdisciplinary capstone experience that integrates the Biotechnology and Management components of the degree.

Admission Requirements

The minimum admission requirements are as follows:

  • An undergraduate degree in any area of biology, biological science, biochemistry, chemistry, life sciences or related field from a recognized post-secondary institution with a B+ average in the last two years (or equivalent) of academic work. Undergraduate degrees must include at least one course in statistics at the second-year level or above, as well as three courses in molecular biology, cell biology, biochemistry, genetics or equivalent at the second-year level or above.
  • Work experience is not required, but internships or prior work experience is encouraged.
  • Alternate admission requirement: Graduates with other Science degrees or 3-year degrees may be admitted as well with at least one year of post graduation work experience in a sector relevant to the program.
  • Proof of English language proficiency if prior studies were not completed in English: a minimum TOEFL score of 577 (paper-based), or 90-91 (internet-based); and a minimum IELTS score of 7 (Academic Module).
  • Two letters of recommendation. Letters can be from previous professors, employers, or other persons with whom the applicant has had interactions and who can attest to their professional and/or academic qualifications. It is recommended that one of these letters should be from a professor if you graduated in the last 3 years.
  • A supplementary application form with a statement of interest providing evidence of commitment to advanced work in the biotechnology sector. The statement should include a discussion of the applicant's background, interests, skills, and career goals.
  • And an up-to-date résumé or CV.

Degree Requirements

Candidates for the Master s in Biotechnology Management must successfully complete the following requirements:

  • 14 required courses: 5 (3 credit) biotechnology-related courses, 8 (1.5 credit) management-related courses, and 1 (3 credit) integrative capstone course for a total of 30 credits. Students must successfully pass all courses in line with FGS degree requirements.
  • Program milestones: Two paid internships that satisfy a duration determined by the employer (total of 12 months and no less than 8 months). Students must receive a grade of "pass" on each internship from their Industry Supervisor/Faculty Liaison.

Program Entry

The Master's in Biotechnology Management can be completed on a full-time basis. Entry is fall term.

Program Length

The expected degree completion time for full- 5 terms. Students must register and pay fees for a minimum of the equivalent of 5 terms of full-time study. All requirements for a master's degree must be fulfilled within 12 terms (4 years) of registration as a full-time in accordance with the Faculty of Graduate Studies' registration policies.

Students are expected to remain in good academic standing as per Faculty of Graduate Studies (FGS) guidelines to remain in the program. Students must also have passed courses that precede the internships with a minimum grade of C+ before becoming eligible for their paid internship.
FGS guidelines on academic standing are available at: yorku.ca/gradstudies/students/current-students/regulations/graduate-courses-and-grading/.

The post Biotechnology Management appeared first on 2026-2027 FGS Academic Calendar.

]]> Global Health /gradstudies/academiccalendar/2026-2027/global-health/ Wed, 03 Jul 2024 13:13:15 +0000 /gradstudies-academiccalendar-2025-2026/?p=2440 Connect with FGS

The post Global Health appeared first on 2026-2027 FGS Academic Calendar.

]]>
LocationEmail AddressProgram Website
Victor Phillip Dahdaleh Building, Room 5022, 4700 Keele Street, Toronto, ON M3J1P3sgh_phd@yorku.cayorku.ca/gradstudies/global-health/

The Graduate Program in Global Health offers courses and opportunities for research leading to the degree of Doctor of Philosophy in Global Health. Graduate teaching and training cultivate critical and solutions-focused inquiry, enabling students to engage in interdisciplinary original research that is tailored to individual interests, centred around an Independent Learning Plan (ILP).

Core courses of the Program unite expertise across multiple disciplines in health, social sciences, biological sciences, and the humanities and the natural sciences, that are relevant for research and practice in global health, in areas such as but not limited to public policy, health policy, law, human rights, humanitarianism, planetary health, governance, security, systems thinking, complex evaluation, and quantitative and qualitative methods. Elective courses may be taken outside the Program based on students’ ILP.

Student supervision is provided through interdisciplinary committees comprised of Graduate Program Faculty Members with primary appointments at the School of Global Health, other Faculties and Departments at 91ɫ and, where applicable, other institutions. Students also have opportunities to engage with such as the Dahdaleh Institute for Global Health Research, Global Strategy Lab, and Global & Environmental Health Lab, and Faculty Members’ extensive global networks, to build expertise and partnerships, and receive training in Canada and internationally.

Intra- and inter-institutional cotutelles or joint degrees can be supported on a case-by-case basis. Inquiries should be directed to sgh_phd@yorku.ca and ideally, prior to application.

Admission Requirements

PhD

  • Master’s degree or Professional degree, minimum A- average, and
  • Demonstrable evidence of capacity to undertake research at the doctoral level, and
  • Demonstrable experience (minimum 3 years) working or studying in a context relevant to global health.

Students whose first language is not English must have a minimum TOEFL score of 600 or equivalent. For further information regarding English Language Proficiency requirements please visit the .

Applications are open from September 30 to December 1 for admission to the subsequent Fall term. Applicants who meet the admission criteria are required to submit transcripts from all universities attended, two letters of reference, a statement of interest, writing sample, curriculum vitae, and a supplementary information form. They are encouraged to contact Faculty Members for their research interests and availability for supervision prior to submitting an application. Supervisor-supported applications, that is where a Faculty Member confirms willingness to supervise as explicated in the application package (e.g., through a letter or refence or notation within the statement of interest) are encouraged for all applicants. Supervisor-supported applications are mandatory for international applicants.

We welcome applicants from health and non-health backgrounds, who have experience working or studying in global contexts, and meet the admission requirements, to apply. For detailed information on the application requirements, visit the Global Health PhD Program Website.

Degree Requirements

PhD

Students are required to achieve the following to earn a Doctor of Philosophy (PhD) in Global Health, under the guidance of a supervisory committee:

  1. Independent Learning Plan (Year 1);
  2. Courses
    • Global Health 6000 6.0;
    • Global Health 6100 6.0;
    • Global Health 6110 6.0; and,
    • Electives, based on the Independent Learning Plan.
  3. Comprehensive examination, including dissertation proposal (Year 2); and
  4. Doctoral research culminating in dissertation product/s that demonstrate independence, originality, and an advanced understanding of the interdisciplinary field of global health, in accordance with the (Years 3-4).

Additional information and guidance on degree requirements are detailed in the PhD in Global Health Handbook.

Students are required to complete their degree requirements under the guidance of a supervisory committee comprising of a primary supervisor and minimum two committee members. Students are matched to a primary supervisor by the Graduate Program in Global Health at the point of admission to the Program, and latest by the first term of the first year of full-time study. They are supported in identifying minimum one committee member by the end of the first year of full-time study (i.e., at the time of their final ILP submission), and minimum two committee members by the end of the second year of full-time study (i.e., at the time of their comprehensive examination). Additional committee members may be invited. The supervisory committee, comprising minimum three members must be confirmed by the sixth term of the Program.

Additional information and guidance on the supervisory committee and doctoral supervision are detailed in the Faculty of Graduate Studies: Graduate Supervision Website and PhD in Global Health Handbook.

Students are required to complete an Independent Learning Plan (ILP) in consultation with their supervisor and, where formed, supervisory committee. The ILP is individualized, and outlines the strategies and resources needed to gain the interdisciplinary knowledge, skillsets, and expertise to fulfill doctoral research requirements and dissertation product/s.

Components of an ILP:

  • Summary of the global health issue to be addressed
  • Strategies to acquire the needed skills and content, including elective courses and/or trainings that would ensure the breadth and depth of knowledge needed for doctoral research, with a rationale for each strategy
  • Draft research objectives and/or questions 
  • Theories to explore to guide research processes, including analysis
  • Methodologic approach
  • Plans for manuscripts or relevant other outputs
  • Student learning objectives and timeline
  • Supervisory committee members, including a confirmed primary supervisor and minimum one confirmed committee member, with plans for up to additional committee members

The ILP is developed in close consultation with the primary supervisor, and once identified, other committee members. A preliminary ILP is due to the primary supervisor in the first term, a refined ILP by the second term, and a final ILP by the third term of the first year of full-time study. The final ILP must be approved by the primary supervisor and identified members of the supervisory committee, and submitted to the Graduate Program in Global Health Office by the end of Year 1. In the event of failure to satisfactorily develop an ILP within the first three terms of the Program, and progress in the ILP over the course of the PhD, the student will normally be required to withdraw from the Program. The ILP may be amended in exceptional circumstances with the supervisory committee’s approval. Amended ILPs must be submitted to the Graduate Program in Global Health Office.  

Additional information and guidance on the ILP are detailed in the PhD in Global Health Handbook.

Students are required to complete two core courses in Year 1. Additional elective courses may be taken based on the ILP. The schedule for all courses is available on the .

Required courses

1. Global Health 6000 6.0: Fostering Transformative Change in Global Health

Global Health 6000 6.0 is an intensive in-person course taught over three week-long modules in Year 1 to develop students’ skills and capacity for critical and transformative problem-solving. Modules follow a unique schedule that supports students with concurrent enrolment in elective courses.

2. Global Health 6100 6.0: Critical Problem Solving for Priority Issues in 21st Century Global Health I

Global Health 6100 6.0 is a seminar course focussing on interdisciplinary approaches and scientific and technical innovations in Planetary Health, Humanitarianism Global Health, and Global Health Foresighting as examples of global health issues affecting individuals and populations, addressed at the level of global commons. Students are introduced to critical social sciences problem-solving perspectives, guided by principles of equity, effectiveness and excellence in global health science, policy and practice. Seminars are held over the Fall and Winter terms. Students are required to meet every two weeks in-person. Additional meetings may also be scheduled as per the course schedule.

3.Global Health 6110 6.0: Critical Problem Solving for Priority Issues in 21st Century Global Health II

Global Health 6110 6.0 is a continuation of the seminar course. Students critique social sciences problem-solving perspectives, guided by principles of equity, effectiveness and excellence in global health science, policy and practice, in the context of a research proposal. Students have to the option to meet in-person or online..

In the event of failure to satisfactorily complete Global Health 6000 6.0 or Global Health 6100 6.0 within the first two terms of the program, andGlobal Health 6100 6.0by the fifth term of the program,the student will normally be required to withdraw from the program.

Elective courses

Elective course decisions are based on students’ ILP. Electives may include courses required to develop substantive knowledge or methodological skills to undertake doctoral research, or core courses required of a cotutelle arrangement. Students are encouraged to explore courses available within other Faculties and Departments at 91ɫ (or external institutions, where applicable), consult with their supervisory committee, and complete electives in Year 1 or 2.

A sample of potentially relevant courses is listed ahead. Their annual availability and formats vary. Students should seek timely support from the Graduate Program Office to secure enrollment in elective courses.

TopicSuggested courses
Quantitative analysis   Sociology 6112 3.0: Quantitative Analysis  
Kinesiology & Health Science 6020 3.0: Multivariate Analysis and Design 
Economics 5025 3.0: Applied Econometrics 
Qualitative methods  Sociology 6060 3.0: Qualitative Methods of Research  
Health 5060 3.0: Qualitative Methods for Health Studies
Kinesiology & Health Science 6030 3.0: Qualitative Research Methods  
Visual methodsAnthropology 2130 6.0: Anthropology Through the Visual: Images of Resistance/Irresistible Images 
Professional Writing 4800 3.0:  Advanced Workshop 1 Visual Information and Document Design 
Film 6254 3.0:  Critical Visualization as Media Practice: Connecting Data to Social Practice 
Feminist approaches  Environmental Studies 5106 3.0: Critical Perspectives on Race, Gender and Environment 
Gender, Feminist & Women's Studies 6008 3.0: Feminist Research Methodologies and Methods 
Gender, Feminist & Women's Studies 6225 3.0: Feminism in Black Africa 
Indigenous health  Environmental Studies 6152 3.0: Reshaping research with Indigenous Peoples 
Political Science 6145 3.0: Indigenous Politics: Decolonization or “Development”?   
Equity and intersectionalitySocial Anthropology 5135 3.0: Globalization and Cultural Identities 
Social Work 5030 3.0: Oppression and Intersectionality 
Global governance and political theoryEnvironmental Studies 6173 3.0: Planning and Politics  
Political Science 6410 6.0: The Study of Comparative Politics 
Social & Political Thought 6106 3.0: Social and Political Thought: Theories, Approaches, and Methods I
Social & Political Thought 6107 3.0: Social and Political Thought: Theories, Approaches, and Methods II
Global health emergencies  Disaster & Emergency Management 5082 3.0: Disaster and Emergency Management in Healthcare
Disaster & Emergency Management 6073 3.0: Public Capacities for Disaster Management (Public Policy, Governance & International Response) 
Social Anthropology 5225 3.0: The Anthropology of Global Health and Humanitarianism 
Global health treaties  Law 6610 3.0: Legal Research 
History 5590 3.0: Transnational and Global Histories  
Socio-Legal Studies 6005 3.0: Advanced Research Strategies in Socio-Legal Methods 
 Environmental StudiesEnvironmental Studies 5055 3.0: Climate Justice
Environmental Studies 6275A 3.0: International Political Economy and Ecology Summer School

Elective trainings

Students are encouraged to consult with their supervisory committee to gain access to additional trainings, certifications, and/or professional development opportunities within and outside of 91ɫ, based on their ILP.

Students are required to satisfactorily pass a comprehensive examination before advancing as candidates. The objective of the examination is to determine whether:

  • The student’s proposed research is suitable for doctoral research;
  • The student has demonstrated aptitude for conducting the proposed research by means of adequate progress and productivity in their ILP; and
  • The student has adequate background and intellectual ability to pursue independent research in the interdisciplinary field of global health.

The 2-3 hour examination is based on an oral presentation to a comprehensive examining committee; quality of responses to examiner questions; and a written submission. The written submission is due minimum 3 weeks prior to the oral presentation and comprises of a comprehensive and critical literature review of the doctoral research topic where the student is expected to demonstrate an in-depth understanding of the scholarly literature and methodological approaches in their field of global health; and a research proposal articulating the questions, theory and methodologic approach including ethics oversight, where applicable, that will guide the doctoral research.The student is expected to demonstrate an appreciation of how their work fits within the broader field of global health. The student is expected to consult with their supervisory committee in preparatory stages of the examination.

The comprehensive examining committee includes the supervisory committee and is adjudicated by an internal examiner or an external examiner. (At the time of preparation for the comprehensive examination, the student is expected to have secured a supervisory committee, including a primary supervisor and minimum two committee members.) A chair will be appointed from the supervisory committee and/or internal examiner. The Graduate Program Director may attend, and the Graduate Program Assistant may be requested to lend administrative support. A comprehensive examination report, confirming the student’s successful passage of the examination and the final approved written submission, must be submitted to the Graduate Program in Global Health Office by the end of the second year of full-time study. In the event of failure to complete the comprehensive examination in the first six terms of the program, the student will normally be required to withdraw from the program.

Candidates must prepare and submit a doctoral dissertation product based on original research carried out under the supervision and guidance of a supervisory committee. The research should demonstrate the candidate’s independence, originality, and understanding of the area of investigation at an advanced level. Acceptable dissertation product formats are monograph, manuscript-based, and complex electronic and multimodal, and may follow upon the disciplinary norms in which the student’s doctoral research is rooted. All formats must contain a written component, though additional components may take on different formats in accordance with the .

The doctoral dissertation product/s must be submitted to the Graduate Program in Global Health Office, followed by an oral defense to a doctoral dissertation examining committee that centres on the dissertation and matters related to it. The doctoral dissertation examining committee includes the supervisory committee, an internal examiner, an external examiner, and a chair. The external examiner must be at arm’s length of the dissertation and have not been involved in prior student assessments such as the comprehensive examination. The Graduate Program Director, other Faculty Members, and graduate students may attend. The Graduate Program Assistant may be requested to lend administrative support. By the time of the dissertation defence, there is the strong expectation that students will have led 1-2 substantial outputs stemming from their doctoral research that have been peer-reviewed or are available for peer-review, such as publications, book chapters, technical reports, or multi/media exhibits. A doctoral dissertation examination report, confirming the doctoral dissertation examining committee’s approval of the dissertation product/s, and the final approved doctoral dissertation product/s must be submitted to the Graduate Program in Global Health Office. Students are expected to complete their doctoral dissertation by the end of the fourth year of full-time study, and in exceptional situations by the fifth year.

Additional information and guidance on the doctoral dissertation are detailed in the PhD in Global Health Handbook.

Normally, the PhD is to be completed on a full-time basis. Entry is Fall term. A change to enrollment status including leave of absence must be petitioned with Graduate Academic Petitions.

Normal degree completion time for full-time PhD students is 12 terms (4 years). Students must register and pay fees for a minimum of the equivalent of six terms of full-time registration.

All requirements for the doctoral degree must be fulfilled within 18 terms (6 years) of registration as a full-time or part-time doctoral student in accordance with Faculty of Graduate Studies’ registration policies.

Students are required to present an annual Progress Report to their supervisory committee, detailing their progression in the PhD and successful completion of degree requirements (i.e., Program milestones such as the ILP and comprehensive examination). The approved Progress Report must be submitted to the Graduate Program in Global Health Office by May 31 in each year of enrollment in the Program. 

The post Global Health appeared first on 2026-2027 FGS Academic Calendar.

]]> Health Industry Administration /gradstudies/academiccalendar/2026-2027/health-industry-administration/ Tue, 26 Sep 2023 18:14:35 +0000 /gradstudies-academiccalendar-2024-2025/?p=2292 Connect with FGS

The post Health Industry Administration appeared first on 2026-2027 FGS Academic Calendar.

]]>
LocationEmail AddressProgram Website
W263, Seymour Schulich Buildingadmissions@schulich.yorku.ca

A specialized professional degree to develop managers, leaders and innovators who can tackle tomorrow's healthcare challenges.

The Master of Health Industry Administration (MHIA) is a highly specialized 37.5-credit program designed with industry input to provide in-depth knowledge and skills necessary to navigate and manage in a highly complex and competitive field.  The degree can be completed full-time over 12 months or part-time over 24 months. Graduates have gone to work for business, government, and not-for-profit organizations.

The Canadian healthcare system, along with others around the world, requires major transformational changes to adapt to limited financial resources, an aging population, growing incidence of chronic illness, the emergence and adoption of new delivery models and technologies, including artificial intelligence, business analytics, and virtual care.

The MHIA combines the Schulich School of Business’ strengths in leading-edge management education with specialized industry expertise in the field of healthcare administration.  Building on Schulich’s existing  and graduate diploma, along with a diverse alumni pool and wide range of sector partners, this highly applied professional program integrates leadership development with a focus on strategic thinking, systems design, healthcare quality, and value-creation.

The graduate program’s curriculum is designed by faculty members within Schulich’s , a holistic initiative designed to promote thought leadership in the field of health and management through education, applied research, and industry collaboration.

The Graduate Program in Health Industry Administration offers several prestigious scholarships:  the Robert Krembil Scholarship of Merit (worth approximately $60,000), awarded to one MHIA student each year; the Dr. L. O. Bradley Leadership Entrance Award awarded to two MHIA students each year; and the Benoît Lauzé Scholarship of Excellence awarded to one MHIA student each year.

Admission Requirements

The general admission requirements for the MHIA are listed below. Meeting the minimum admission requirements does not guarantee admission, as space in each program is limited. A holistic approach is taken during the application review process and all components of the application are thoroughly reviewed.

  1. An undergraduate degree from a recognized post-secondary institution, with a minimum B+ average in the last two full years (or equivalent) of academic work.
  2. Work Experience is not required, but considered for admission.
    • One year of full-time, post-graduate work experience is required for applicants holding 3-year degrees.
  3. Completion of the online application which requires:
    1. Essays (2 written, 1 timed written, 2 video)
    2. An up-to-date resume
    3. Two references (at least one academic reference is recommended)
    4. Unofficial copies of transcripts from all previously attended post-secondary institutions**Official copies of transcripts will be required if an applicant receives an offer to the program.
      Applicants are NOT required to take the Graduate Management Admission Test (GMAT) or the Graduate Record Examination (GRE). 
  4. Proof of English language proficiency if studies were not completed in English.

Degree Requirements

The Graduate Program in Health Industry Administration is comprised of 37.5 credits of core and elective courses. 

Students are eligible for graduation upon their successful completion of 37.50 credits. 

Term 1 Fall
Health Industry Administration 5000 1.5:   Workshop on Overview of Canadian Healthcare Industry
Health Industry Administration 5130 1.5: Preventative Healthcare
Accounting 5200 3.0:  Financial Decisions for Managers
Marketing 5201 3.0:  Marketing Management for Healthcare 
Science & Technology Management 5210 3.0:  Design and Management of Organizational Processes

Term 2 Winter
Health Industry Administration 5500 1.5:   Workshop on Leadership and Strategy in Canadian Healthcare
Health Industry Administration 5140 1.5:  Digital Health
Operations Management & Information Systems 5150 1.5:  Analytics and Modelling For Healthcare  
Health Industry Administration 6120 3.0:  Leadership & Healthcare Strategy 
Health Industry Administration 6150 3.0:  Economics of Healthcare
Health Industry Administration 6160 1.5:  Quality and Value in Healthcare

Term 3 Summer
Health Industry Administration 6000 1.5:   Workshop on Healthcare Systems and Public Policy
Health Industry Administration 6170 1.5:  Performance Indicators in Healthcare 
Health Industry Administration 6180 3.0:  Entrepreneurship and Innovation in Healthcare
Health Industry Administration 6200 1.5:  Public Policy for Healthcare
Health Industry Administration 6100 3.0:  Strategy Consulting Study in Healthcare

3.0 Credit Elective  

If the student has taken a university-level accounting course and earned a grade of B+ or higher, they may replace the Accounting 5200 3.0 course with other 3 credit electives.

In addition to the curriculum requirements, the Graduate Program in Health Industry Administration is preceded by a review of online course modules in Accounting, Finance and Statistics available on Canvas.A Schulich-specific access code and instruction will be sent to admitted, confirmed students before they begin their first academic term.All other requirements are identical to those of Schulich’s other master’s programs.

The Graduate Program in Health Industry Administration can be completed in 12 months on a full-time basis or in 24 months on a part-time basis.  Entry is Fall term.

The Graduate Program in Health Industry Administration is a three-term program on a full-time basis and a six-term program on a part-time basis.

The post Health Industry Administration appeared first on 2026-2027 FGS Academic Calendar.

]]> Business Administration in Technology Leadership /gradstudies/academiccalendar/2026-2027/business-administration-in-technology-leadership/ Tue, 26 Sep 2023 18:12:03 +0000 /gradstudies-academiccalendar-2024-2025/?p=2289 Connect with FGS

The post Business Administration in Technology Leadership appeared first on 2026-2027 FGS Academic Calendar.

]]>
LocationEmail AddressProgram Website
W263, Seymour Schulich Buildingadmissions@schulich.yorku.ca

The Business Administration in Technology Leadership curriculum includes 52.5 credits of core courses designed to equip students with a common set of capabilities necessary for effective management in the tech sectors.

In term 3 (full-time) or term 6 (part-time), students can choose between the Venture Studio project or a Technology Consulting project. In the Venture Studio students learn leading product design, management strategies and frameworks for high-growth potential technology firms. Students explore how those strategies and frameworks connect directly to the investments placed by Venture Investors seeking to scale tech firms. The Technology Consulting Project enables students to apply their knowledge and methodologies in a real-world consulting environment. Working in teams, students collaborate with an organization (“client site”) to analyze a technology-related challenge, develop strategic recommendations, and deliver actionable insights. The course culminates in a final report and presentation to a panel of experts, including the course director, as well as to the client organization.

Term 4 (full-time) or term 8 (part-time) includes a Mandatory Graduate Placement. Through the placement experience, students will build upon, practice and reflect on key learnings and build relevant experience for their career post-graduation. A minimum of 12 weeks of full-time work is required to complete this graduate placement. Part-time students may fulfill this requirement within their current role or use it as a chance to explore a new employer or industry.

Students are eligible for graduation upon their successful completion of 52.5 credits.

Admission Requirements

The minimum admission requirements are as follows:

  • An undergraduate degree from a recognized post-secondary institution with a minimum B average in the last two full years (or equivalent) of academic work. Three-year cycle undergraduate degrees from institutions that meet the criteria set forth in the Bologna Declaration may be acceptable as the equivalent of an undergraduate honors degree.
  • 2 to 5 years of work experience in technology firms and/or in technology-enabled roles in non-technology firms is required.
  • Alternate admissions requirement: Graduates with other 3-year degrees may be admitted as well. All graduates with 3-year degrees must possess at least three years of post-graduation work experience in a sector relevant to the program.
  • Proof of English language proficiency if prior studies were not completed in English:
    • o TOEFL (iBT): 100 with a minimum component score of 23 or IELTS: 7.0 overall with a minimum component score of 6.5.
  • A supplementary application form that shows strong evidence of leadership ability.
  • Two letters of recommendation. It is recommended that one of these is from a professor.
  • An interview

Degree Requirements

The program will require students to complete 52.5 credits over four terms of full-time study. The curriculum comprises 22 courses that range in credit value from 1.5 to 6.0. Term 1 = 12 credits; Term 2 = 12 credits; Term 3 = 13.5 credits; and Term 4 = 15 credits – for a total of 52.5 credits. The first half of the program includes core MBA fundamentals with technical knowledge integration.

The program outcomes will be achieved via a course-based and primarily in-person delivery format. The nature of the coursework varies, depending on the expected learning outcomes for each course. In-person lectures and learning activities will be complemented with synchronous and asynchronous virtual learning opportunities embedded within each course (e.g., live and/or recorded interactive lectures in the flipped classroom format, along with other learning activities that help develop an understanding of course concepts as well as promote teamwork and collaboration). Other learning activities include case analysis and discussion, teamwork exercises, guest speaker presentations, simulations, and outreach to external organizations.

Designed with flexibility in mind, the program offers both full-time and part-time pathways. Carefully synchronized course schedule ensures integration of both cohorts, creating a dynamic and comprehensive learning environment.

The program makes an explicit commitment to experiential learning. This includes a commitment to devoting 30% of total time to experiential learning initiatives in each course, the development of sustained relationships with practitioners in the classroom, a mandatory workplace internship, and a project designed to add value to real-world clients involving the creation and implementation of a technological solution to a business problem.

The post Business Administration in Technology Leadership appeared first on 2026-2027 FGS Academic Calendar.

]]>