Bachelor of Science (Honours) in Computer Science (Co-op Optional)

at Ontario Tech University Canada

Pharmaceutical Chemistry is a specialization in our Chemistry program. Individuals interested in this specialization will apply directly to Pharmaceutical Chemistry through the Ontario Universities' Application Centre using application code DSW.

Pharmaceutical Chemistry combines the study of drug discovery and development, pharmacology, analytical techniques, and drug chemistry.  The chemical design process and evaluation of potential future medications will be a prime focus of your studies. You will apply knowledge gained from course material, hands-on lab experiences and faculty research to the pharmaceutical industry.

Planning, designing, installing, operating, managing and securing information technology (IT) infrastructure are essential skills for an IT-related career. Learn these skills and more using leading-edge equipment and laboratories to apply core concepts in fundamental and advanced networking, enterprise-level network engineering, cloud computing, programming, scripting, databases, cryptography, policies, malware analysis, forensics and many additional technical topics. The coursework prepares you to manage the continuing changes and challenges of the IT profession and pursue various levels of industry certification programs including CISCO, CompTIA and (ISC)2.

Experiential learning

• Internships
  • This program offers students who have successfully completed two years of study, including having achieved a cumulative 3.0 GPA (B average on a 4.3 scale), an opportunity to engage in a contracted learning partnership with businesses locally and globally. Faculty members may provide links to various internship placement opportunities or a student may secure an employer who meets the criteria as prescribed by the Faculty of Business and Information Technology.
  • The internship program not only gives students an opportunity to apply classroom concepts to the challenges of organizational life, but also helps them to gain valuable and relevant work experience to promote networking and lifelong career success. Participating employers are given the opportunity to bring the motivated learners, thinkers and doers of tomorrow into their workplaces, as well as provide valuable mentoring to students.
• Capstone Study Project
  • As a member of a student team, you will study an actual organization, complete a comprehensive analysis and evaluation, and develop appropriate recommendations for improved performance by addressing a particular problem or group of problems. The Capstone Study Project will provide you with opportunities to develop a thorough understanding of the technology, environment, markets and operations of a real organization by applying the theory and knowledge you have learned.

Energy supply, medicine, agriculture, national security, manufacturing and resource-based industries are all examples of where the use of radioactive materials or radiation-generating machines are an essential part of operations. Radiation is also used to study materials and matter on the atomic scale. Our curriculum is a combination of fundamental radiation science, technological methods and applications to prepare you for a successful career.

Our programs are designed in consultation with key industry representatives, and will provide you with necessary theoretical and applied skills to meet employers' needs. 

Experiential Learning
We offer a wide range of optional internship and co-op opportunities to help you gain valuable, relevant work- experience to promote networking and lifelong career success.

Learning Environment
Students have access to new, modern buildings, libraries and innovative labs including: 

• Corrosion and Electrochemistry Laboratory
• Energy Systems and Nuclear Science Research Centre (ERC)
• Environment Radiation Laboratory
• High-Performance Computing and Visualization Laboratory
• Nuclear Simulation Laboratory
• Radiation Protection Laboratory
• Scientific Instrumentation Laboratory 

This specialization within the Biological Science program consists of an integrated and focused concentration on biology and chemistry, with additional courses in neuroscience, physiology, and human anatomy. You will gain a detailed understanding of the structure and functioning of the human body.

This program provides an excellent basis for writing the Medical College Admission Test® (MCAT®) exam and for satisfying course requirements for applying to professional programs in medicine, pharmacy, and dentistry.

Individuals interested in this specialization will apply directly to Life Sciences through the Ontario Universities' Application Centre using application code DSU.

Co-op Optional
Co-op work terms give you the opportunity to earn a competitive salary that will help pay for your university degree and the work experience to help clarify your career objectives. More importantly, a co-op degree gives you a distinct advantage that will assist your prospects for full-time employment after graduation or for being readily accepted into graduate school to pursue further studies. Studies have shown that university students who graduate with a co-op degree have lower debt loads, are employed faster and have higher starting salaries.

We are committed to providing you with outstanding opportunities to work with today’s highest-quality employers in business and industry. Our university has developed strong partnerships with leading employers in Durham Region and beyond to allow you to connect with experts in the field and gain hands-on, real-world experience.

The Mechatronics Engineering program is an interdisciplinary engineering field. It integrates mechanical and electrical systems with real-time control, combining hardware with software to produce new devices such as consumer products, medical devices, high- tech automobile systems and robots.

Foundation year

• All Engineering students begin with a common foundation year, regardless of the program of study. During the foundation year, you will learn about the various Engineering

The only accredited program of its kind in Canada, the Automotive Engineering program prepares engineers to meet the need for advancements in the automotive sector by accelerating research and the development of alternative technologies, such as electric and fuel-cell driven vehicles.

Foundation year

• All Engineering students begin with a common foundation year, regardless of program of study. During the foundation year you will learn about the various Engineering programs available.

The Bachelor of Information Technology's Technology Management major offers a focus on information technology with a complementary set of business courses designed to meet the needs of today’s technology-enabled economy. The program will develop your skills in data analytics, information systems, change management, and data security.

This major is consistent with the university’s mandate and the Faculty of Business and Information Technology’s priority to be market-relevant. The focus on informatics integrates with research being conducted in the Informatics Research Institute and in associated incubators. It is a direct response to market demand for professionals with domain-specific knowledge and ICT-related skills. According to Statistics Canada (2008), the labour market for professionals with business informatics skills was an IT occupation that continued to thrive through the recession due to industry need.

Experiential learning

• To ensure student success, our university’s experiential learning approach aims at honing technical and business skills, as well as instilling employability skills such as accountability, adaptability, attitude, confidence, motivation, presentation, stress management, teamwork and time management. Students will secure the hands-on learning opportunities that help them transition to employment.

This program introduces you to all aspects of the nuclear fuel cycle, from mining to plant operation to waste management. Our curriculum includes courses in nuclear plant design, radiation protection, nuclear chemistry and materials, heat transport, steam-generation systems, and nuclear physics. You will learn about the current operational fleet of reactors, and apply your growing knowledge to the future generations of reactors (e.g. supercritical?water reactors, fast reactors and fusion reactors).

This program is fully accredited by the Canadian Engineering Accreditation Board (CEAB).
Our programs are designed in consultation with key industry representatives, and will provide you with the necessary theoretical and applied skills to meet employers' needs. 

Learning Environment :-
Students have access to new, modern buildings, libraries and innovative labs including:

• Corrosion and Electrochemistry Laboratory 
• Energy Systems and Nuclear Science Research Centre (ERC)
• Environmental Radiation Laboratory
• High- Performance Computing and Visualization Laboratory
• Nuclear Simulation Laboratory
• Radiation Protection Laboratory
• Scientific Instrumentation Laboratory

Crime is not committed in a vacuum. It occurs in a particular socio-economic and political context. Criminology examines the broader social and individual contexts that lead to criminal behaviour. It also examines how criminal justice is shaped by larger social, political and technological contexts, and how those contexts are translated into practice in agencies such as the police, courts, corrections, the juvenile system and various social and government service agencies.

Our program explores and critically analyzes criminological and sociological theories of why people commit crime. It also examines how societies define crime and who is considered a criminal. Our program approaches the study of crime from an interdisciplinary perspective, drawing on a rich tradition from criminology, sociology, philosophy, psychology and law. In addition to examining why crime is committed, you will be encouraged to think about crime, criminal justice and its administration in ways that are consistent with the principles of fairness, equity, peace and justice.

You may pursue the comprehensive program or a specialization in:

• Criminal Justice
• Youth, Crime and Justice

Experiential learning

• A limited number of fourth-year students are granted an opportunity to participate in a learning experience with a community organization. The practicum is an experiential learning tool that provides students with opportunities to acquire workplace skills and knowledge, confront the relationship between theory and practice, and cultivate a sense of personal and professional development. The Practicum course consists of 100 hours of fieldwork, several in-class seminars and a set of academic assignments.

Forensic psychology exists at the intersection between psychology and the justice system. It involves applying the principles and scientific methods of psychology to the study of both criminal behaviour and the basic tenets of the judicial system. Specific applications include the study of eyewitness memory, the intricacies of jury decision making, effective police interrogation techniques, and the assessment, diagnosis, treatment and rehabilitation of criminal behaviour.

You will study the core areas of psychology: social, cognitive, developmental and abnormal, as well as research methods and data analysis. You will explore a variety of forensic psychology courses that apply psychology to crime, policing, the courts, corrections and other aspects of the justice system. You will also have opportunities to incorporate aspects of criminology, legal studies, health and neuroscience into your degree, with the objective of developing unique knowledge and skill sets.

Students have access to new, modern buildings and innovative labs including:

• Forensic Psychology Laboratory 
• Social Science Library 

Experiential learning

• A limited number of fourth-year students are granted an opportunity to participate in a learning experience with a community organization. The practicum is an experiential learning tool that provides students with opportunities to acquire workplace skills and knowledge, confront the relationship between theory and practice, and cultivate a sense of personal and professional development. The practicum course consists of 100 hours of fieldwork, several in-class seminars and a set of academic assignments.