Bachelor of Information Technology (Honours) in Technology Management

at Ontario Tech University Canada

Forensic Science is an interdisciplinary area of science that involves the use of scientific principles to analyze evidence for legal investigations. Our program is fully accredited by the Forensic Science Education Program Accreditation Commission (FEPAC) recognizing that our curriculum, labs, faculty and research have met the rigorous standards set by the American Academy of Forensic Sciences (AAFS).

You will benefit from both a strong general scientific foundation and forensic courses. Students gain real-world experiences and unique hands-on training at the Crime Scene House, Forensic Ecology Research Facility and Forensic Teaching Laboratory.

At the end of first year, you will choose to specialize in one of the following areas:-
Forensic Biology:- Forensic biology spans a multitude of applications of biological evidence, such as blood and other body fluids, hairs, botanical remains, microbes and insects, to criminal, civil and regulatory law investigations and prosecutions. You will learn how forensic biology plays a crucial role in the justice system through courses such as Population Genetics and Forensic Biology.

Forensic Chemistry:- Forensic Chemistry encompasses numerous disciplines including paint analysis, arson and fire debris investigations, explosives analysis, fibre and textile testing as well as the subdiscipline of toxicology, the study of drugs and poisons.You will further your skills in analytical instrumentation, the analysis of fire accelerants and toxicology through courses such as Instrumental Analytical Chemistry and Fire Investigation.

Forensic Physics:- The discipline of forensic physics describes the application of the scientific study of matter, motion and energy to forensic investigations of many types, including ballistics, accident reconstruction, metal strength and damage analysis, and optical and acoustic analyses. Courses such as Electricity and Magnetism, and Forensic Physics will help you understand forensic materials analysis as well as the mechanics of bloodstain patterns and vehicle collision investigations.

Experiential learning:-
Students in their graduating year will complete either an independent Thesis Research project, Directed Studies project, or Mock Crime Scenee Practicum.

The Thesis Research Project provides students with the opportunity, under the supervision of a faculty member or a forensic professional, to integrate and synthesize knowledge gained throughout their program of study. Students will prepare a written and oral thesis defense that includes a literature review, methods, results and significance of the research.

The Directed Studies Project requires independent research of a current topic in a specialized area of forensic science, including, but not restricted to, biology, chemistry, anthropology and the application of science to law. Students select topics from current research literature and prepare a review and critical appraisal of underlying experimental principles.

The Mock Crime Scene Practicum will allow students to investigate a simulated major crime scene, synthesizing the knowledge they have gained throughout the forensic science program. They will participate in all aspects of a forensic science investigation, from crime scene to lab, culminating with expert witness testimony in a mock court setting.

Our program puts you one step ahead by combining the latest technology with the most current business and information technology trends. 
Integrating key business functions with the use and understanding of today’s latest technologies, this program provides you with the skills necessary for employment in a competitive market.

The first two years of the program have a common curriculum featuring simulations, teamwork and case studies. In your third year, you may choose one of the following five majors:

• Accounting
• Finance
• Marketing
• Organizational Behaviour and Human Resources Management
• Technology Management

Accounting

• The Accounting major provides excellent preparation for an exciting career as a Chartered Professional Accountant (CPA). Our program is accredited by CPA Ontario and students who complete all required courses are eligible to enter the CPA Professional Education Program (CPA PEP). Accounting graduates can also complete the first four modules of the CPA PEP at Ontario Tech University by obtaining the graduate diploma in Accounting during the summer following graduation. CPAs have a vast range of career opportunities in every industry and sector of the economy, including senior management positions. You will acquire the most up-to-date knowledge a CPA needs, including the skills and abilities required to pursue the CPA designation.

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.

Develop the critical skills needed to help you understand and extract key information from vast quantities of data to provide insight into today's world.

As a Computer Science student in the Data Science specialization, you will develop the knowledge, skills, and tools, to set you up for success in this desirable job market.

Individuals interested in this specialization will apply directly to Data Science through the Ontario Universities' Application Centre using application code DSM.

Pursue an area of Biological Science that is rapidly growing and which applies to many day-to-day applications, such as health, agriculture and industry.

Individuals interested in this specialization will apply directly to Applied Biotechnology through the Ontario Universities' Application Centre using application code DSF.

Learn how force, motion, light, sound, electricity, magnetism and the structure of matter lie at the heart of natural sciences and immerse yourself in cutting-edge research.

If you're interested in applying to the Physics program without co-op, apply via the Ontario Universities' Application Centre (OUAC) using OUAC code DSK.

If you're interested in applying to the Physics (Co-op) program, apply via OUAC code DPC.

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 Software Engineering program focuses on the analysis, design, development and testing of reliable and secure software systems, as well as the integration of software into complex systems, and the timely and cost-effective delivery of software systems, that meet changing requirements. The program applies both computer science and engineering principles.

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 programs available.

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.

The Mechanical Engineering program is one of the broadcast engineering disciplines. In this program, students will learn the principles of mechanical engineering—motion, energy, and force—and how these principles are used to design and build the world around us. Within this program, you can choose the Energy Engineering specialization or follow the comprehensive program. 

Energy Engineering 

• Energy engineering is increasingly focused on the efficient and environmentally responsible use of energy systems, as well as energy security and reliability. You will specialize in all aspects of energy, from its generation to its end use, including energy conversion, storage, transportation and distribution. 

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.