Bachelor of Arts (Honours) in Language and Intercultural Relations

at Toronto Metropolitan University Canada

First Year: The BSc (Hons) in Medical Physics shares a point of entry with the programs in Biology and Chemistry. This allows students to explore various science-based routes to degree completion before they commit to the Medical Physics program. In addition to foundation courses, the first year of studies will include an introduction to the use of computers as scientific tools, and an orientation course that will support students in making a successful transition to university and planning their steps to degree completion. All students in Science programs must enrol in SCI 180 in their first semester of studies.

Upper Years: In the upper years, students will develop expertise and technical skills in physics, focusing on the applications of physics principles and methodologies in medicine, such as diagnostic imaging and radiation therapy. Students will also explore applications in health physics which deals with environmental exposures to radiation. Laboratory work will provide students with relevant practical experiences, reinforcing key concepts. In the final year, students will consolidate their learning by undertaking an independent, faculty-supervised thesis project in an area of their academic focus.

The Department offers a competitive co-operative program which provides top-performing students who have completed their third year in the architectural science program, with 16 months of work experience that enhances their acumen in the architecture, engineering, and construction (AEC) industry. Although neither the Department nor the Co-operative Education Office can guarantee a placement, they provide major assistance in locating suitable positions and counselling of students in their search for suitable jobs. This co-operative program enables students to earn competitive wages to offset the costs of a university education. Students will work directly with architects, engineers and other skilled professionals from the AEC industry, gaining experience in several different settings.

The architectural science program promotes an integrated approach to architectural science, through studio and lecture courses. Students have the opportunity to apply theory learned in the lecture courses to studio projects which engage with real-life problems in design, construction, management, and the environment.

The Architecture Option/Concentration offers a focus on in depth exploration of architectural design principles in society today. Through lectures, seminars, and hands-on studio projects, students learn program planning, design, presentation techniques, research, planning and the role of architecture today.

The Building Science Option/Concentration offers a more detailed technical base of studies including the selection and design of building construction assemblies, the evaluation of their suitability and performance, and the development of construction and technical drawings.

The Project Management Option/Concentration examines the managerial and economic aspects of construction projects, including the planning, organization, management, supervision and control of the process.

Graduates of this program will find career opportunities in:

• the design, documentation, and management of projects in architectural, engineering, environmental management, and planning firms
• the production, marketing, sales, research, development, testing, and evaluation of building products or systems in material fabrication, product manufacturing, and construction firms
• office and field supervision in trade and general construction organizations
• development and management of real estate/planning/conservation feasibility studies; environmental and management strategy planning
• local, regional, provincial, federal, and international government agencies
• post graduate education and research

The curriculum in the School of Image Arts is designed to educate artists, storytellers and digital media practitioners. The programs lead to careers in film, photography, digital media, visual arts and the cultural industries.

Graduates are capable of performing responsibly in the relevant industries as professionals in both creative and managerial positions, ranging from the commercial to the artistic and experimental.

The curriculum provides students with the necessary grounding to pursue graduate studies in a variety of media-related academic and artistic disciplines. The Film and Photography Studies Programs and the Integrated Digital Option provide an experiential education with a foundation in design, art history, and cultural studies.

There is a strong link between theory and practice in each of these programs. The curriculum is enhanced by a broad offering of liberal studies courses, and professional and professionally related electives. In the third year of the Film and Photography Programs students can decide to pursue the Integrated Digital Option. The focus of this Option is on cross-disciplinarity, hybridity and digital fluency.

The School of Image Arts houses both analogue and digital resources and students are expected to develop a professional proficiency in these tools. Access to facilities is governed by School policies and curriculum. Students will be required to own certain items of equipment appropriate to the program they enter. Please refer to the sections on Special Department Charges and on the Cost of Attending Ryerson in the Student Services portion of this calendar.

Film Studies Program
The Film Studies Program offers a comprehensive academic framework for undergraduate studies in the theory and practice of analogue and digital storytelling leading to career choices in the Canadian screen industries and to further study at the graduate level. The program emphasizes experiential learning and is designed to nurture personal visions that will contribute to the growth and diversity of Canadian culture, as well as enhancing Canada’s presence in international film and video. In addition, the program aims to create flexible, quick-thinking, highly adaptable film/video makers capable of working effectively in a variety of circumstances and roles. Graduates are equipped to take advantage of many different artistic and commercial opportunities in the world of visual communication.

Integrated Digital Option
The Integrated Digital (ID) Option is available to film and photography majors starting in third year. The Option is comprised of studio and lecture courses in image-based media and visual studies. The Option is designed to expand creative and analytical skills beyond the borders of film and photography. Areas such as multi-channel, titling, web-based image book design are among the many cross-platform, interactive art practices offered within the Integrated Digital Option.

Professional and Professionally-Related Courses
From second year, students choose electives from the professional and professionally related offerings. These courses are designed to enhance and deepen a student’s professional practice and critical-theoretical knowledge. For example, professional courses include studio and location lighting, sound design, art direction, screenwriting. Professionally related courses include advanced courses in photo and film history, visual culture, national cinemas, history of animation and gaming, curatorial practices and advanced topics in film and photo criticism.

The Bachelor of Arts (Early Childhood Studies) program offers a combination of academic studies and professional education including practicum experiences.  The courses link theory with field practice that is undertaken in child care programs, public schools (early primary classrooms), specialized programs, family resource centres, children's hospitals, and other related settings.

The curriculum provides for a general four-year Civil Engineering program. Graduates from the Civil Engineering program would expect to be employed by engineering technology and consulting companies, the construction industry, the mining industry, and municipal and government agencies.

After completing two years in the Civil Engineering program students may continue in the regular Civil Engineering program or choose the Structural Engineering option. There will be a 60% cap for enrolment in either the Civil Engineering program or the Structural Engineering option. Enrolment in the Civil Engineering program or the Structural Engineering option after the second year will be made on a competitive basis, subject to program capacity. (Please visit ryerson.ca/civil/undergraduate for more details.) In addition, students continuing in the Civil Engineering program will have the option of pursuing either the Environmental or Transportation Engineering Streams in the 4th year of the program. An enrolment cap for the Environmental or Transportation Streams will be similar to that mentioned above.

The Civil Engineering program curriculum focuses mainly on four areas: environmental, geomatics, structural/materials and transportation engineering. The subjects include environmental sustainable development, impact of civil engineering, water and wastewater management, soil mechanics , geomatics measurement, remote sensing and digital mapping, satellite navigation, structural analysis and design, concrete and highway materials, highway design, transportation planning, road safety, traffic and transit operation, pavement design and project management.

The curriculum of the Structural Engineering option provides further focus on structural analysis, computer-aided structural analysis, structural building systems, structural design of concrete, steel, timber and masonry, bridge design and construction, and renovation/repair of existing structures.

A student graduating from the Civil Engineering program will earn a Bachelor of Engineering (BEng) degree in Civil Engineering. A student graduating from the Structural Engineering option will earn a BEng in Civil Engineering with a Structural Engineering option.

Optional Co-operative Internship
Third-year full-time students may be eligible to enroll in the optional Co-operative Internship Program. Upon successful enrolment in the program and securing an approved co-op job, students are required to spend a period of 8-16 consecutive months in a work placement. After completing the requirements of the co-operative internship work placement, students return to the academic program to complete their final year of studies. Enrolment in the Co-operative Internship extends the program length to five years.

Scientific findings in the last fifty years have caused a massive shift in our understanding of biology. We have accumulated an atlas of thousands of genomes. Now, in the post-genomic era, we aim to understand how these genes, and the proteins encoded by these genes, are regulated and integrated in space and time at the molecular and cellular levels. These processes are fundamentally linked to health, infection and the development of disease states.

Therefore, a deep understanding of biomedical sciences, such as molecular and cell biology, genetics and genomics, and microbiology, is important for medical research, and the biotechnology and pharmaceutical industries.

Biomedical Sciences undergraduates will follow a curriculum that emphasizes the molecular and cellular mechanisms that drive health and development of disease-states in all living organisms. The curriculum will also provide opportunities to learn about biomedical technology and innovation and offer versatility between theoretical and applied education so that graduates are poised to enter the workforce directly or further their education in graduate school.

The Biomedical Sciences program aims to train students in the scientific concepts, models and theories in biomedical sciences, applying the knowledge to derive and test new hypotheses and synthesize better models of knowledge. The Biomedical Sciences program is primarily hosted by the Department of Chemistry and Biology, with contributions from the Departments of Medical Physics and Psychology.

Students in science programs must enroll in SCI 180 in their first semester of studies.

Year 1 of the program primarily consists of science courses in Biology, Physics, Chemistry and Math. Year 1 is designed to give all Biomedical Sciences students a foundational understanding in science to build upon in upper years.

Year 2 is comprised of cell biology, microbiology, biochemistry and biomedical science courses, which will provide foundational knowledge in cornerstone areas of the biomedical sciences as well as being necessary for specialization and development of expertise in Years 3 and 4.

In Year 3, students will begin developing depth of knowledge by acquiring and applying advanced knowledge in biomedical sciences. This will be implemented through specific core courses that include advanced biochemistry, molecular biology and immunology.

In Year 4, students will take specialized courses in biomedical science and select electives so they can gain either a greater depth of knowledge in one area and/or develop multi-disciplinary knowledge in several areas

The Faculty of Engineering and Architectural Science (FEAS) through the Department of Electrical, Computer, and Biomedical Engineering offers the BEng in Biomedical Engineering four-year degree program. The Bachelor of Engineering, Biomedical Engineering program is accredited by the Canadian Engineering Accreditation Board (CEAB). Our Biomedical Engineering program aims to take advantage of the strategic location of Ryerson University in proximity to Toronto's Discovery District and seven world-class hospitals.

The Department of Electrical, Computer, and Biomedical Engineering in collaboration with the Departments of Aerospace Engineering, Biology, Chemical Engineering, Chemistry, Physics, Computer Science, Industrial and Mechanical Engineering, and Mathematics at Ryerson University will deliver the curriculum.

According to the working definition of the National Institutes of Health (NIH), biomedical engineering integrates physical, chemical, mathematical and computational sciences and engineering principles to study biology, medicine, behaviour, and health. It advances fundamental concepts, creates knowledge from the molecular to the organ system levels, and develops innovative biologics, materials, processes, implants, devices and informatics approaches for the prevention, diagnosis, and treatment of disease; for patient rehabilitation; and for improving health.

The Biomedical Engineering program has been developed to benefit from, enhance and expand the multidisciplinary collaboration among the various engineering and science programs at Ryerson; to attract more students of higher quality to the university and retain them, as well as enhance the reputation of engineering education at Ryerson. It will offer students excellent opportunities to build strong backgrounds in biomedical engineering and benefit from the collaborative interdisciplinary relationships between engineering and life sciences, being key strategic areas of strength at FEAS, Ryerson. The Faculty has expertise in almost all of the areas of biomedical engineering. At this point the expertise is primarily devoted to the research activities of the faculty members.

This program is run within the framework of engineering programs at Ryerson. In the first year, all engineering students are enrolled in common courses, followed by a more program-specific second term. During the second year, Biomedical Engineering students will study fundamental courses in electronic circuits, biomaterials, cell biology, physiology, engineering algorithms, digital systems, statics and mechanics of materials. In third year the students will focus in microprocessor systems, fluid mechanics, biomedical transducers, bioinformatics, biomechanics, biostatistics, signals and systems, control systems, and biomedical instrumentation. In the fourth year, the students will study a range of state-of-the-art topics in biomedical engineering, and will also be involved in a capstone design project.

Optional Co-operative Internship
Third-year full-time students may be eligible to enroll in the optional Co-operative Internship Program. Upon successful enrolment in the program and securing an approved co-op job, students are required to spend a period of 8-16 consecutive months in a work placement. After completing the requirements of the co-operative internship work placement, students return to the academic program to complete their final year of studies. Enrolment in the Co-operative Internship extends the program length to five years.

Students are introduced to journalism as practised across all forms of media within the first two years, after which they may choose courses to concentrate in specific media (online, newspaper, magazine and broadcast) or gain expertise in a cross-media skill such as editing, or in a specific beat in journalism (including sports, business or international reporting).

After taking courses building skills and evaluating theories associated with journalism, students may finish their program with an internship at a professional news organization and/or with the chance to work on the School of Journalism's print, broadcast and online products (see the School's website for details).

Students are coached and assisted by instructors drawn from major newspapers, magazines, online news, and television and radio networks. Students also take a variety of liberal studies and professionally-related subjects.

The graphic communications industry is one of the most important and the largest employers in Canada, producing visual communications in the form packaging, marketing materials, eBooks, online graphics, direct mail, point of purchase displays, books and magazines. This program prepares students for a dynamic and exciting career in graphic communications through three main pillars: Creativity and design, technology and innovation, and business and entrepreneurship. Between third and fourth year, students gain real-world experience through paid internship.

First Year: The BSc (Hons) in Chemistry shares a point of entry with the programs in Biology and Medical Physics. This allows students to explore various science-based routes to degree completion before they commit to the Chemistry program. In addition to foundation courses, the first year of studies will include an introduction to the use of computers as scientific tools, and an orientation course that will support students in making a successful transition to university and planning their steps to degree completion. All students in Science programs must enroll in SCI 180 in their first semester of studies.

Upper Years: Because this is a strongly applications-oriented program, a large proportion of student learning will take place in the laboratory. Lab hours account for a significant amount of learning time in every semester, supported by a solid grounding in the theory and principles of chemical science. In the upper years of the curriculum, students will focus on developing their technological expertise and exploring the research and industrial applications of chemical science. Depending on the course sequence selected they may pursue a BSc (Hons) in Chemistry, Chemistry with a Biology Minor, Chemistry with an option in Applied Physics.