Bachelor of Science (Honours) in Environmental Science (Co-op, Practicum)

at Carleton University Canada

Linguistics is the scientific study of one of the most fundamental aspects of being human: using language to communicate. Linguists explore a range of fascinating areas, including how language is represented and processed in the brain, the psychology of language, clinical applications of linguistics in treating language disorders and delays, how children acquire language, and the biological and evolutionary aspects of language.

The world of information technology is always evolving. What is now commonplace was once a breakthrough. As a student in one of the Bachelor of Information Technology programs, you will acquire the theoretical knowledge and practical skills needed to address the IT issues of today and the possibilities of tomorrow.

The Bachelor of Information Technology (BIT) offers four distinct programs: Information Resource Management (IRM), Interactive Multimedia and Design (IMD), Network Technology (NET) and Optical Systems and Sensors (OSS). These programs are offered jointly by Carleton’s School of Information Technology and Algonquin College’s schools of Health and Community Studies (for IRM), Media and Design (for IMD), and Advanced Technology (for NET and OSS). You will graduate with a Bachelor of Information Technology degree from Carleton University and one of: a Library and Information Technician diploma (for IRM students), an Advanced Diploma of Applied Arts (for IMD students), an Advanced Diploma in Technology (for NET students) or an Advanced Diploma in Photonics and Laser Technology (for OSS students) from Algonquin College.

Interactive Multimedia and Design
The four-year IMD program is aimed at students who are both artistically inclined and technologically adept and who are interested in all aspects of digital media. You will acquire the tools you need to take an idea or a problem and advance it through the entire process from concept to pre-production, production and post-production. The program provides you with a multidisciplinary education through courses in computer animation, visual effects, game design and development, graphic design and human-computer interaction. The program is then further enhanced with courses in science, mathematics, business and social science. The IMD program also offers streams in Animation and Visual Effects; Game Design and Development; and Web and User Interfaces/Experience. You will graduate fully-equipped to work in and shape the digital world of the future.

From Google Maps to GPS navigation to global vegetation and water monitoring, geomatics deals with the acquisition, management, analysis and display of geographic information. In our Geomatics BSc program, you will obtain intensive science-based training in geographic information systems (GIS), remote sensing (imaging from satellites and aircraft) and cartography, including web-based applications. You will apply advanced computer software and techniques to the challenge of understanding the Earth’s physical and natural systems, addressing environmental problems and planning human interventions. Our program combines hands-on learning, using the latest in laboratory facilities, with opportunities to gain field experience and do work placements. Science based geomatics applications include the modeling and mapping of the physical and natural environment, resource planning, land cover and vegetation mapping, and hazards mapping, amongst many others. The BSc in Geomatics includes training in associated physical or natural sciences and computer sciences.

Computer Mathematics provides you with a background in computer-related mathematical ideas, plus a strong foundation in computer science. If you want to pursue a career in government, industry, management, or systems analysis, this may be the program for you.

Nanoscience is concerned with the study of matter at a scale on the order of 10 to thousands of atoms. At Carleton, you will examine nanoscience through the disciplines of physical chemistry and electrical engineering to understand the physical, chemical and electronic characteristics of matter in this size regime. The combination of these two areas of study will equip you to fully understand nanoscience in photonic, electronic, energy and communication technologies.

The focus of the program will be on materials—their use in electronic devices, their scalability and the control of their properties. Further required courses in mathematics, physics and statistics will round out the program, and advanced courses in bionanoscience and nanoelectronics are available.

As an understudy in the Bachelor of Public Affairs and Policy Management program (BPAPM), you will look at a wide assortment of issues confronting society today, just as institutional difficulties, and build up the vital aptitudes and information to address them. 

The Bachelor of Public Affairs and Policy Management program does this through an educational plan that joins interdisciplinary investigation of urban organizations and procedures with thorough investigation of open arrangement. A determination of courses in political theory, financial aspects, law, correspondences, and history is joined with elite courses in open approach. Together, these courses will give you an extensive comprehension of what government, common and business associations do, why they do it, and how they may improve. 

Possibilities for the Bachelor of Public Affairs and Policy Management program degree complete 20.0 scholastic credits and fulfill a second-language prerequisite, which is normally yet not constantly French. The language necessity might be met by effectively finishing an endorsed French language credit (FREN 1100) or identical; showing a specific degree of competency in a subsequent language; or effectively finishing French Immersion in secondary school or having a Bilingual Diploma or Certificate. 

Co-op Opportunities
With an average of B+ or better after first year, you can participate in the Co-operative Education option within the BPAPM. This involves completing three four-month paid work terms with public, private or third sector organizations involved in public affairs. Although they extend the duration of your degree program, these work terms enable you to apply what you study, gain practical experience and establish professional contacts.

Study global inequalities and social change, combining theoretical and applied approaches. Gain an understanding of multiple dimensions of inequality through topics such as poverty, racism, colonialism and gender. Acquire knowledge of various forms of resistance to oppression, including social movements and transnational solidarity.

Industrial designers are responsible for the concept, the design and the details that are worked out before the manufacturing process of any product can begin. They work behind the scenes to determine the features, appearance, materials and ergonomics of the many products—from toasters to cell phones—that we use every day.

Psychologists study the mechanisms that underlie our thoughts, emotions and behaviours. They examine a diverse range of topics, such as how we think and learn, how we interact with others and how we can promote healthy development and wellness. This is accomplished by conducting research so that the knowledge gained can help us to better understand the human mind, enhance well-being and performance, and generate additional research questions.

All of our undergraduate Psychology programs provide opportunities to explore psychology’s major areas within the context of an active and diverse research environment. Our honours programs offer six concentrations for students wishing to focus on one of these major areas.

• Cognitive Psychology
• Developmental Psychology
• Forensic Psychology
• Health Psychology
• Organizational Psychology
• Social and Personality Psychology

Computational Biochemistry allows you to complement your studies in biochemistry with a rigorous program in computer science, mathematics, computational methods and data analysis. It will give you a strong background in core areas of biology and chemistry such as genetics, cell biology, organic chemistry and analytical chemistry. You will take a variety of lecture and laboratory biochemistry courses, including bioinformatics. Optional courses allow you to focus on areas such as molecular genetics, pharmaceutic drug design, functional genomics and protein structure and function.