Honours Bachelor of Aviation Technology (FPR)

Start in September

PGWP-eligible Program

Campus

Newnham, Peterborough

Delivery

In-person

Duration

8 Semesters (4 Years)

Study Option

Full-time

Credential

Honours Bachelor Degree

School

School of Aviation

Courses

Delivery: At Seneca, courses are delivered in four formats: online, in-person, hybrid (an online, in-person combination) or flexible (offered in-person and online at the same time).

The chart below outlines the delivery options available for each course in this program. For some academic terms, there may be more than one delivery option available. You’ll be able to choose your preferred options when you select classes to build your course schedule. Selection for preferred course delivery will be considered on a first come, first served basis.

International students: Please review the Post-Graduation Work Permit (PGWP) eligibility before choosing your program and course delivery options.

Semester 1

Course Code	Course Name	Winter	Summer	Fall
AER100	Aeronautics Fundamentals	Not offered	Not offered	In-person
	This course addresses basic theory of flight, aircraft engines, airframes, and propellers, aircraft instruments, aircraft performance, aeronautical facilities, the Canadian airspace structure, aeronautical radio communications, personnel and aircraft licensing, air traffic rules and procedures and an introduction to medical facts for pilots and flight safety.
COM100	Technical Communications	Not offered	Not offered	Online
	This course focuses on the knowledge and skills required to communicate effectively in basic aviation-specific situations,ranging from pilot-position job application letters and resumes, to industry-related research methodology, aviation incident reporting, and technical comparison analyses.
ELE100	Electricity Fundamentals	Not offered	Not offered	In-person
	This course gives an introduction to basic electricity. The topics covered are directly related to material covered in future courses such as electronics, instruments and avionics and automatic flight controls. The course starts of with basic current and voltage definitions and wire gauge and properties and is followed by Ohms law, series and parallel DC circuits. DC networks and their solutions by mesh, nodal and Thevenin analysis is covered next followed by capacitance, magnetism, electromagnetic induction. The course wraps up with Alternating Sinusoidal theory and solution of AC networks. Special emphasis is placed on the solution of numerical problems and conditions that arise in the airplane wiring, circuits and electronics appliances.
ISR104	Computer Fundamentals	Not offered	Not offered	In-person
	Students are introduced to basic computer operating systems, Microsoft Office software, online applications and an introduction to programming. The course starts off with hardware and operating systems, followed by Word, PowerPoint, Excel, and programming.
MEC110	Mechanics	Not offered	Not offered	In-person
	Students study particles and rigid bodies in equilibrium. Also, students are introduced to vectors to solve problems involving, the equilibrium of particles and rigid bodies in two and in three dimensions. Truss analyses and the calculation of forces in the members of trusses is also covered. Students solve problems involving equilibrium including dry friction.
MTH110	Mathematics	Not offered	Not offered	In-person
	Along with MTH200, this course provides the facility in calculus required by later technical courses in the program. The main focus is on differential calculus and its applications, with an introduction to integral calculus. The course includes a review of matrices and determinants, vector analysis, coordinate geometry of lines and planes in 2-space and 3-space, and an introduction to complex numbers.

Semester 2

Course Code	Course Name	Winter	Summer	Fall
AER200	Advanced Aeronautics	In-person	Not offered	Not offered
	Students assess aircraft performance and weather and learn how to collect information to support pre-flight and in-flight decisions. Students also examine the basic navigation aids that are applicable during flight. Students learn about the interdependence between weather and navigation while developing the beginning levels of situational awareness and its importance for a pilot.
CHM300	Chemistry	In-person	Not offered	Not offered
	This course provides an overview of the basic chemical concepts, terminology and principles required by the student for their professional career. The course is divided into three main sections. The first section will provide a review of the periodic table, chemical reactions and the mole concept. Detailed discussions of gases, liquids, solids pH, buffers, and equilibrium concepts will follow. The second section will focus on analytical chemistry and methodology, with emphasis placed on pH measurements, titration, gravimetric analysis, spectroscopy and conductometric analysis. The third section will emphasize physical-chemical concepts including partitioning behaviour of chemicals, colligative properties, thermodynamics and chemical kinetics. Laboratory work will emphasis lecture material and introduce the student to basic lab procedures, with emphasis placed on analytical techniques.
ELE200	Fundamentals of Electronics	Hybrid	Not offered	Not offered
	This course gives the student the background required to understand the material covered in the second year avionics courses. It therefore covers a large number of topics in electronics and digital circuits. Students learn about the electrical properties of semiconductors, and then study the operation and applications of diodes and transistors. Operational amplifiers are also studied including, the characteristics and circuit configurations. Students finally study the logic gates, digital circuits and some of their applications. All the above topics are supplemented by a practical laboratory.
MEC200	Mechanics II	In-person	Not offered	Not offered
	This course is a continuation of Mechanics. It is designed to provide the student with a thorough understanding of the basic concepts of the kinematics and kinetics of particles, systems of particles and rigid bodies. Topics dealing with the rigid bodies cover two types of motion plane translational motion and rotation about a fixed axis. Those topics include also the determination of the equations of motion describing the relations between the applied forces and moments on one hand and the resulting motion on the other hand. Moreover, the course covers energy and power methods, linear and angular momentum and the principle of impulse and momentum. The topics delivered are essential to the study of the aviation applied subjects such as Aerodynamics, Aircraft structures, Flight propulsion and Aircraft stability and control in higher semesters.
MTH200	Mathematics II	In-person	Not offered	Not offered
	This subject is a continuation of MTH 100.In this course the study of the derivative is continues with emphasis placed on the derivatives of trigonometric, exponential and logarithmic functions. Rate problems are also investigated. Students are then introduced to the integral, its applications and methods of evaluation. The course finishes with an introduction to vectors and analytic geometry in two and three dimensions; emphasis is placed on solving problems related to the field of aviation.Pre-requisite: MTH 100
PHY200	Fluid Mechanics	In-person	Not offered	Not offered
	Students study fluid statics including pressure scales, the hydrostatic equation, manometry, forces on submerged surfaces, and buoyancy. Also, students study the equation of the conservation of mass, Bernoullis equation, the general energy equation, and the power delivered to or removed from flowing fluid by a pump or motor. Students also learn about viscosity, laminar flow and turbulent flow, and energy losses in pipes. Students use their knowledge of fluids in motion to solve flow problems occurring in involved pipe systems. The course concludes with topics of special interest to aviation students are flow and speed measurement instrument like Venturi meters and Pitot tube, boundary layers on flat plates, the drag on both streamlined and bluff bodies and the lift and drag on some NACA air foils.

Semester 3

Course Code	Course Name	Winter	Summer	Fall
AVN300	Instruments and Avionics Fundamentals	Not offered	Not offered	Online
	This course provides an introduction to basic aircraft communications and aircraft instruments. Topics covered in this course will give the students insight into the design strategy and its mechanization, errors and performance, specs evaluation and installation. Air to ground VHF communications, aircraft audio integration systems as well as flight gyro and pressure instruments are covered.
COM400	Advanced Technical Communications	Not offered	Not offered	Online
	This course focuses on the knowledge and skills required to write pertinent business and technical documents, as well as the knowledge and skills required to explain and convey data and recommendations made by technical specialists - Subject Matter Experts (SMEs). All assignments will be drawn from the field of study.
MTS300	Materials Science	Not offered	Not offered	Hybrid
	Students study the basic concepts of the strength of Materials by examining applied loads and resultant stresses in different scenarios. Students learn about the physical properties of metals and alloys and their application in the aviation industry. Students also examine composite materials and smart structures.
plus: Liberal Studies Course (1)

Semester 4

Course Code	Course Name	Winter	Summer	Fall
ARO400	Fundamentals of Aerodynamics	Hybrid	Not offered	Not offered
	This course starts the preparation process for the design project in the fourth year of the Aviation degree program. In order to begin an airplane design process the student must be able to carry out the following steps in the design process: identification of design constraints; generation and quick evaluation of potential approaches; selection of the most promising design concept, identification of critical mission requirements; assignment of responsibilities to group members; preliminary design, followed by detailed design; prototype definition, analysis and evaluation, followed by preparation of a final design report.To be able to proceed in the best manner the student requires a solid knowledge and comprehension of airplane aerodynamics and performance. This course is designed to introduce all the required elements in preliminary aerodynamics evaluation such as the basics of the ICAO atmosphere, airflow and airspeed measurement, aerodynamic forces on airfoils, airfoil geometry, lift and stall, lift, drag and moment characteristics and coefficients, aerodynamic properties of low, high and supersonic flows and wings, aerodynamic properties of high lift devices.
ASD400	Aircraft Structural Design	Hybrid	Not offered	Not offered
	This course will introduce the student to the main design concepts applied to the major components of the aircraft structures (wings, tail units, fuselage, landing gears, etc.) with emphasis on the different types of loads encountered.Particular attention is paid to the airworthiness requirements given in the FAR and Aviation Safety regulations by Transport Canada.
AVN400	Advanced Instruments and Avionics	Online	Not offered	Not offered
	This course, AVN400, is a continuation of the AVN300 class from the previous semester. Radio Navigation, Pulse Avionics and Aircraft Electrics will be studied to provide the students with the design strategy, electronic realization, system errors and performance criterions of these systems. AVN400 will apply the radio and modulation techniques/principles studied and developed in AVN300 and use them to explain the operation of radio navigation beacon systems such as GPS, ADF, VOR, and LORAN C. This study will include how these systems are implemented, designed and used by aircrews. AVN400 will also provide the student a solid understanding of the integration of advanced state-of-the-art ground and airborne systems used to land the commuter, airline/cargo transport and executive-transport type aircraft. This study will include ILS, MLS, GPS Approach & Free Flight systems. AVN400 will also give the students solid knowledge and comprehension of advanced on-board aircraft systems including as TCAS, GPWS and RNAV systems. This course will also explore aircraft electric systems typically used in general aviation aircraft and then compare and contrast them to that implemented in advanced airline transport type aircraft.
MET400	Meteorology	In-person	Not offered	Not offered
	Students examine the atmospheric environment including the foundations of meteorology. Students learn about violent weather phenomena that influence flight operations. Students plan for various meteorological conditions by examining case studies to support future flight operations.
THE300	Thermodynamics	Online	Not offered	Not offered
	Thermodynamics is everywhere around us. It is a science related to energy and energy transfer in a nutshell. Students learn about different forms of energy and how the energy changes form via heat transfer, work interaction, and mass transport. Students also learn about the fundamental laws of thermodynamics that govern the way the energy is transferred between a system and the surroundings. Both closed system and open system will be introduced to allow the students to practice the first law thermodynamics in a wide range of applications. Finally, the concept of entropy will be introduced, which paves the road for the study of flight propulsion in the near future.

Summer 2

Course Code	Course Name	Winter	Summer	Fall
IRT500	Instrument Rating Procedures	Not offered	Not offered	In-person
	This course covers advanced instrument flying rules, regulations and procedures, and leads to a comprehensive program of in-class planning of I.F.R. cross-country exercises. The student is required to call on knowledge acquired in previous courses such as meteorology, navigation, VFR flight operations and aircraft systems. IRT500 prepares the student for advanced instrument flight operations associated with the qualifications required to hold a Canadian Instrument Rating. On completion of the subject the student will be prepared to undertake the written and practical Transport Canada Instrument Rating examinations.

Semester 5

Course Code	Course Name	Winter	Summer	Fall
ARO500	Advanced Aerodynamics	Not offered	Not offered	Hybrid
	Students examine some preliminary aspects of inviscid compressible flow and learn the principle of the measurements of velocity in a compressible flow, and how to use tables to solve compressible flow problems. Students also learn about the development of shock-wave theory. Students will calculate the change in the flow properties across a wave. Students will study in detail the compressible flow through nozzles, diffusers and wind tunnel. Some emphasis is given to boundary layer analysis.
ASY500	Basic Aircraft Systems	Not offered	Not offered	Online
	This course is designed to provide the class with a complete technical and operating knowledge of the CARS 704 and 705 class aircraft. This course, although similar to those provided by commercial air carriers, is a more in-depth study of the technical aspects of the above-mentioned aircraft. Among the many topics covered will be aircraft limitations, safety equipment, hydraulics systems, flight controls, landing gear, fuel system, power plant, propellers, electrical system, environmental system, ice and rain protection, brakes, fire detection and protection system, normal, abnormal, and emergency procedures. Coverage of these topics will give the student knowledge and insight into how all aircraft systems are designed and integrated to provide safe aircraft operation, monitoring and operation for all predicted normal and emergency operation significantly prior to their actual operation of these aircraft.
BAB100	Introduction to Canadian Business	Not offered	Online	Not offered
	Introduction to Canadian Business introduces learners to the Canadian business environment, business issues, and functions and forces at work in the global economy. Learners will gain an understanding of Canadian business firms as integrated organizations composed of a number of specialized functions.
FLP500	Flight Propulsion	Not offered	Not offered	Online
	This course introduces the student to the theory and construction of Aviation Gas Turbine engines (main component, complete engine and engine characteristics). The course is further completed by covering the components and operation of the main systems of the engine: Intake system (subsonic and supersonic), Exhaust systems (fixed, variable, noise suppressors, thrust vectoring, afterburners)
HUM500	Human Factors Ethics and Safety	Not offered	Not offered	Hybrid
	This course focuses on the physiology and psychology of human factors with respect to a career in aviation. It stresses work and flight crew ethics and concludes with security and safety issues in aviation given the present day climate in the industry. Topics include the effects of stress and fatigue on performance and safety, high-altitude physiology including hypoxia, hyperventilation and rapid decompression, mental and physical health, study of Hawkins SHEL model, Kerns airmanship model and Reasons model, human factors engineering in cockpit design, crew resource management, survival (including first aid, cardiopulmonary resuscitation, exposure and wilderness survival techniques) and human factors in aircraft accidents. Ethical standards and practices are introduced and methods of adherence carried out in a practicum setting.

Semester 6

Course Code	Course Name	Winter	Summer	Fall
AAS700	Advanced Aircraft Systems	Online	Not offered	Not offered
	ASY500 and AAS700 together provide students with a complete technical and operating knowledge of CARS 704 and 705 class aircraft. The two courses combined are similar to courses given by commercial air carriers but they provide a more in-depth study of the technical aspects of these aircraft. Among the many topics covered in AAS700 are: Flight Management Systems (FMS); Flight Navigation Systems (FNS); Auto-pilot and Auto-land Systems. Coverage of the topics of ASY500 and AAS700 will give the student knowledge and insight into how transport category aircraft systems are designed and integrated in order to provide safe aircraft operation for all possible normal and emergency flight situations. The Canadair Regional Jet CRJ200 aircraft is used as an example of CARS704 and 705 aircraft and its systems are studied in detail using the latest advanced multimedia software. This software allows for interactive student participation and real time displays of systems operation.
ACP700	Air Carrier Procedure	Online	Not offered	Not offered
	This course focuses on the essential knowledge and skills a commercial pilot requires to function effectively in a multi-flight crew commercial operation. It includes an in-depth study of Canadian Air Regulations (CARS) sections 604, 703 and 704 which govern corporate, air taxi and commuter flight operations. Students learn about aircraft operations in extreme conditions: aircraft icing on the ground and in the air; severe cold and other winter conditions; remote operations. Also studied is the importance of documents and procedures for commercial air carriers such as: company operations manuals; minimum equipment lists; approved company check pilot programs; etc. Professional conduct, duties and responsibilities of commercial pilots, and corporate culture are included in the course in order to prepare students for employment in the industry. Topics such as multi-crew standard operating procedures (SOP), pilot duties, crew resource management, etc., will be applied by the students in Line Oriented Flight Training (LOFT), which is done in FLY700 and FLY800.
ASC600	Aircraft Stability and Control	Hybrid	Not offered	Not offered
	In this course, students learn about those aspects of aircraft static and dynamic stability that can be investigated when the aircraft is assumed to behave like a rigid body. Topics on static stability covered include: factors determining the longitudinal static stability of aircraft; longitudinal control of aircraft; expressions for the stick forces required for longitudinal control; the effects of fuselages, propulsion systems, etc. on longitudinal static stability; lateral static stability and control, directional static stability and control. The following aspects of dynamic stability are studied: longitudinal and lateral - directional modes of transient aircraft motion; the stability of the longitudinal and lateral-directional modes; aircraft handling qualities and the stability criteria required for satisfactory longitudinal and lateral-directional flying qualities.
BAB700	Management Principles and Practices	Online	Not offered	Not offered
	This course introduces current management theory and practice. The various management functions are analyzed in the context of the organizational environment. Practical application of the theory is experienced through participation in project teams. Important tools and techniques for decision-making, communication, performance management, project management as well as managing individuals and teams are introduced. The theories are applied in group discussions, presentations and case analysis.
CPA600	Computer Programming Aerospace	Online	Not offered	Not offered
	CPA600 is, in part, an introductory course in Visual programming for Windows. The student learns to develop graphical user interface applications using Visual programming software. Emphasis is placed on using software to write programmes to solve aviation related problems. In this course, the student is also introduced to the Collins 4200 Flight Management System (FMS). It is studied in order to prepare the student for its use in the Jet Transition Program and Phase 9 Line Oriented Flight Training. Students learn the necessary programming skills for advanced Flight Control Computer systems and they learn how they are integrated with the FMS and the Electronic Flight Instrument System (EFIS) for all phases of commercial flight operations. Students also will obtain proficiency in Area Navigation (RNAV) and Managed Vertical Navigation (VNAV) by using all available flight deck automation tools, including error detection and correction methods.
SMS600	Safety Management System	Hybrid	Not offered	Not offered
	Students learn the concept of quality assurance (QA) and the statistical process used to control a safety management system. Students learn about the tools used in the role of safety officer in an aviation organization. Students build on their knowledge from HUM500 and present safety in an organizational context. Students will have the opportunity to do practical exercises to reinforce concepts presented in class.
WTP200	Work Term Preparation	Online	Not offered	Not offered
	This Work Term Preparation course is designed to empower students with the tools, skills, and strategies needed to navigate the modern job market and achieve long-term career success. Through self-assessment, career exploration, helping students to identify and leverage skills from their existing experiences, students will develop a deep understanding of their personal strengths, values, personality, interests and goals. The course covers essential topics such as crafting professional résumés and cover letters, mastering interview techniques, and building a strong personal brand, including an online presence. Students will learn how to research career pathways, evaluate job market trends, and create actionable career plans tailored to their aspirations. Emphasis is placed on professional communication, networking, workplace readiness, and adapting to diverse organizational cultures. Additionally, the course provides insights into negotiating job offers, managing career transitions, and professional growth. With a focus on lifelong learning and continuous improvement, this course equips students with the confidence and resources to pursue fulfilling careers while remaining adaptable in a dynamic and competitive workforce. Ideal for students preparing to enter the job market or those seeking to refine their career trajectory, this course fosters self-awareness, professional readiness, and strategic career planning.

Work Term

Course Code	Course Name	Winter	Summer	Fall
FPR881	Aviation, Work Term	Not offered	Hybrid Online In-person	Not offered

Semester 7

Course Code	Course Name	Winter	Summer	Fall
ADM600	Air Carrier Administration	Not offered	Not offered	In-person
	This course is a wide-ranging examination of the air transport industry and includes an in-depth study of the history of the industry in Canada and North America, current structure and problems facing companies, and prospects for the future. Students learn the business side of aviation through study of the economics of air transportation, aviation law, marketing of air transport services, scheduling of flight operations, and airline regulation and de-regulation. Students are introduced to common business structures of air transport companies including the roles of key operational personnel, outside cost factors leading to business cycles, selection criteria for the introduction of aircraft into the fleet plan, general aviation companies and their role in the overall market, and roles of support organizations such as the International Civil Aviation Organization (ICAO) and International Air Transport Association.
ADV700	Advanced Aircraft Design	Not offered	Not offered	Online
	In this course, along with ADV800, students employ various aeronautical engineering disciplines, including aerodynamics, performance, stability and control, structures, and propulsion, in order to design an aircraft to perform a specific mission. These are comprehensive courses dealing with new or modified aircraft design. The courses begin with an introduction of fundamental principles and take students through the complete class one preliminary design process.
FLO600	Flight Operations I	Not offered	Not offered	Online
	This course examines issues associated with aircraft operations and aircraft flight characteristics. Aircraft flight limitations during takeoff, landing, climb and cruise are emphasized and many accident and incident reports are studied to provide examples of proper and improper piloting techniques. In general, the course explores the complexities of decision making in the airplane and the possible consequences of decision making on flight safety.
FSL100	Introductory French I for Degree Students	Not offered	Not offered	Online
	In this course, you will learn the basic structures and vocabulary of the French language. Interactive pair-work and group-work will motivate you not only to speak French in the class, but also to feel confident about using it to communicate in real situations outside the class. There will be a rich presentation of culture, with an emphasis on the diversity of francophone Canada and francophone regions in North America.
LSP700	Applied Research Methodology	Not offered	Not offered	Hybrid
	In this course, learners develop their research skills through learning to conduct electronic and non-electronic searches. Learners practice summarizing, paraphrasing, analyzing and synthesizing information. Intellectual property issues are covered. The main focus of this course is to develop a thesis proposal on an issue related to their area of specialization in preparation for Applied Research Project. Accepted thesis proposals are implemented in Applied Research Project.

Semester 8

Course Code	Course Name	Winter	Summer	Fall
ADV800	Advanced Aircraft Design	Online	Not offered	Not offered
	In this course, along with ADV700, students employ various aeronautical engineering disciplines, including aerodynamics, performance, stability and control, structures, and propulsion, in order to design an aircraft to perform a specific mission. These are comprehensive courses dealing with new or modified aircraft design. The courses begin with an introduction of fundamental principles and take students through the complete class one preliminary design process.
AOP800	Airport Planning	Online	Not offered	Not offered
	The students are introduced to aviation and airport development in Canada. A historical perspective will provide the students with a basic outline of the development of the Canadian airport system and review of the structure of the airport system, including the classification, type and number of airports in Canada. The economic importance of airports is also covered. This course will provide an overview of the airport master planning process and the approach for airport facility planning. The course will conclude with a brief look at airport business models and airport operational considerations.
FLO800	Flight Operations II	Online	Not offered	Not offered
	This course continues the study of aircraft operations and flight characteristics begun in FLO600. It examines advanced issues in aircraft flight limitations during takeoff, landing, climb and cruise. Operation and performance in extreme conditions such as in icing conditions, at high altitudes, under high temperature conditions, and in extreme weather phenomena are examined in detail. Emphasis is placed on safety and avoidance and many accident and incident summaries are used to illustrate proper and improper piloting techniques. The course explores the complexities of decision making in the airplane that influence survivability in abnormal airplane operations.
LSP800	Applied Research Project	Hybrid	Not offered	Not offered
	In this course, learners will develop a major research paper in their area of specialization. The learner begins the research process by utilizing research techniques and the thesis proposal developed in LSP700. The major research paper is completed through weekly class meetings, individual consultation with an advisor and independent research. The research paper forms a part of the learners professional portfolio.
plus: Liberal Studies Course (1)

Fly Course

Course Code	Course Name	Winter	Summer	Fall
FLY100	First Solo	In-person	In-person	In-person
	This course is an introduction to primary flight training on the Cessna 172 aircraft. The students will be expected to achieve sufficient flight proficiency on the Cessna 172 aircraft to meet the Transport Canada Private Pilot Licence standards.
FLY200	Solo Cross Country	In-person	In-person	In-person
	Students prepare for their solo flight in the practice area, cross country navigation, introductory instrument flying, basic Pilot Decision Making (PDM) and skills development required for the successful completion of the Transport Canada Private Pilot Flight Test.
FLY300	Private Pilot Licence	In-person	In-person	In-person
FLY400	Complex Aircraft Check on Type	In-person	In-person	In-person
FLY401	VFR Navigation Progress Test	In-person	In-person	In-person
	Students prepare and develop the skills to fly VFR Navigation Progress and in compliance with the Transport Canada Night Rating Requirements.
FLY500	Multi-Engine Rating	In-person	In-person	In-person
FLY501	Commercial Pilot Licence Flight Test	In-person	In-person	In-person
	Students prepare for and develop the skills to be a successful candidate of the Integrated Commercial Pilot Flight Test and the Multi Engine Rating.
FLY600	Single Engine Instrument Flying Validation	In-person	In-person	In-person
	This course prepares the student for and culminates in the completion of the Transport Canada Group 1 Instrument Rating.
FLY601	Group One Instrument Rating	In-person	In-person	In-person
	Students prepare and develop the skills to be a successful candidate of the Transport Canada’s Group 1 Instrument Training
FLY700	Multi Crew Air Taxi Turboprop - Pilot Monitoring	In-person	In-person	In-person
FLY800	Multi Crew Airline Turbojet	In-person	In-person	In-person
FLY900	Multi Crew Air Taxi Turboprop - Pilot Flying	In-person	In-person	In-person

Program Learning Outcomes

Learn more about program learning outcomes for this program.

Archived Program & Course Information

To find details on programs or courses from prior academic years, browse our archive of program information.

Seneca has been granted consent by the Minister of Colleges, Universities, Research Excellence and Security to offer this degree for a seven-year term starting Feb. 5, 2021. In conformity with the Minister's criteria and requirements, Seneca will submit an application for the renewal of the consent for this program 12 months prior to the expiration of the consent. Seneca shall ensure that all students admitted to the above-named program during the period of consent will have the opportunity to complete the program within a reasonable time frame.