Master of Arts in Sociology With Specialization In Social Justice Studies (Thesis-Based)

at Lakehead University - Thunder Bay Campus Canada

The Faculty of Engineering at Lakehead University - Thunder Bay offers a uniquely designed four-year Bachelor of Engineering Degree program in Mechanical Engineering, with a Co-op/Internship option available. The BEng (Mechanical) degree at Lakehead University is accredited through the Canadian Engineering Accreditation Board (CEAB).

Lakehead University - Thunder Bay has the only Faculty of Engineering in Canada where, after completing high school, you can earn a Bachelor of Engineering Degree and an Engineering Technology Diploma in four years.

Geography is the study of spatial patterns and processes on Earth's surface and the relationship between society, populations and the environment. Our Geography programs focus on physical geography, dealing with spatial aspects of land, water and the atmosphere, as well as human geography which explores the cultural, political and economic forces behind the distribution of human activities. 

As a Geography student you will spend the first two years building a foundation of knowledge in a wide spectrum of geographical themes which examine: 

• Where populations and activities are located on Earth 
• When and why physical and environmental patterns change 
• The impacts these changes have on human and physical environments 
• The responses to these impacts 

In your final two years of study you may specialize in a particular area including: 

• Climate change 
• Glacial Processes 
• Soil Analysis 
• Conservation 
• Natural Hazards 
• Water Resource Management 
• Sociocultural Geography 

Our courses reflect the breadth of the discipline, as well as geographical techniques and research methods such as digital photogrammetry, remote sensing, soil and water testing and geographic information systems (GIS). We also offer regional field camps and a Regional or International Field Study course that is available in your final year of study.

Biology is the study of plants, animals and the diversity of life in an evolutionary context. As a Biology student you will gain insight into how organisms interact, how genes are inherited, how creatures evolve and much more. Our programs are practical and hands-on with research and fieldwork opportunities in almost every course to enhance in-class learning.

You will be exposed to the central aspects of Biology including:

• Form and Function
• Cell and Molecular Biology
• Genetics
• Evolution
• Biodiversity
• Systematics
• Ecology and Environmental Biology 

You have the freedom to study Biology in a way that suits your career aspirations. You may choose courses that will prepare you to become a professional biologist, or you can combine your biological studies with a major in Chemistry, Geography, Environmental Studies or Outdoor Recreation, Parks & Tourism.

The Department of Health Sciences offers an on-campus, thesis-based, Master of Health Sciences (MHSc) program that is designed to provide students with the knowledge and skill to undertake a supervised research study in a relevant area of concern, within the broad definition of health.

Completion of specific required courses, followed by selection of relevant elective courses, allows you to develop both breadth and depth in an area of research interest. Although you may choose to complete research studies using quantitative, qualitative, or mixed-method approaches, your are required to demonstrate beginning competence in both quantitative and qualitative methods. The structure of the program allows you to complete elective courses in research methods and/or in a discipline-based area of interest.

Historians seek to bring the past to life with the understanding that what we know of the past is not static but constantly evolving. The study of history encompasses all aspects of human experience in all parts of the world, and recognizes that the lives of ordinary people are as full of interest and significance as those of famous leaders. Students of history become involved in the process of creating a shared understanding of past events, but also pursue areas of history which are relevant to their own concerns.

Our Master's program specializes in Canadian, European, and World History and offers the option of a Major Research Project/Paper, Course-Work, or Thesis Program. It provides an excellent preparation for further graduate studies at the Ph.D. level.

The sustainability of our environment and natural resources is a pressing 21st century issue. Our Honours Bachelor of Science in Resource and Environmental Economics program combines the academic structure of an economics degree with the scientific depth of an environmental science degree to help you understand how economic activity impacts the world around us. In light of growing concerns of climate change, Environmental Economists are in high demand in an effort to improve management strategies.

As a Resource and Environmental Economics student, you will examine resource allocation and decision-making processes with respect to policies related to water quality, air pollution, waste disposal, and climate change. The natural resources component of the program will focus on the economics of resource extraction, resource depletion, and sustainability.

Our program combines fundamentals from the following disciplines:

• Economics
• Environmental Studies
• Mathematics
• Political Science
• Biology
• Philosophy
• History

Much like the economy, the environment and the discussion surrounding is constantly evolving. New theories and topics are always emerging in the field, making Resource and Environmental Economics a very exciting and ground-breaking discipline.

Geography is the study of spatial patterns and processes on Earth's surface and the relationship between society, populations and the environment. Our Geography programs focus on physical geography, dealing with spatial aspects of land, water and the atmosphere, as well as human geography which explores the cultural, political and economic forces behind the distribution of human activities.

As a Geography student you will spend the first two years building a foundation of knowledge in a wide spectrum of geographical themes which examine:

• Where populations and activities are located on Earth
• When and why physical and environmental patterns change
• The impacts these changes have on human and physical environments
• The responses to these impacts

In your final two years of study you may specialize in a particular area including:

• Climate change
• Glacial Processes
• Soil Analysis
• Conservation
• Natural Hazards
• Water Resource Management
• Sociocultural Geography

Our courses reflect the breadth of the discipline, as well as geographical techniques and research methods including digital photogrammetry, remote sensing, soil and water testing and geographic information systems (GIS).

Mathematics seeks hidden patterns that help us to understand life and the complex problems that surround us. This discipline of numbers, quantity, and space can be applied to many fields and industries, from Life Science to Finance.

As a student in our Department of Mathematics, you will develop advanced analytical and critical thinking skills in addition to:

• Research techniques 
• Scholarly writing proficiency
• Comprehensive understanding of mathematical structures
• Mathematical proof formulation and solution skills

Mathematics is a very diverse and intellectually stimulating field of study. In addition to our traditional Mathematics programs, we offer Mathematical Physics and the flexibility to combine your Mathematics degree with a degree in Education, Economics, or Physics. You will benefit from our small class sizes, world-class faculty, unique research opportunities, and the ability to pursue mathematical topics you find most appealing.

Economics is a social science dedicated to the study of decision-making under scarcity, and the factors that influence wealth. Economics involves financial topics and broader historical, sociological and cultural topics ranging from the individual (microeconomics) to governments, industries and central banking (macroeconomics). This extensive and multidisciplinary study of the economy is what sets it apart from other seemingly similar topics such as Business or Finance.

As an economics student you will gain insight into the long-term effects of policy on communities by studying:

• Resource Allocation
• Current Policy Debates
• Statistics
• Economic Theory
• Incentives
• Econometrics
• Decision-Making 

You will also gain a marketable edge through field and speciality courses focused on labour, natural resources and industrial organisation. The natural ebb and flow of the economy means that economics is a changing and dynamic field. Our continually updated course content reflects new theories, information and current events impacting the Economics field. Mathematics is a large component of many of our Economics courses; therefore, our recommendation is that you have some knowledge and skill in the area.

Computer science combines the intellectual challenge of a young discipline with the excitement of an innovative and rapidly expanding technology. Computer science has been an active area at Lakehead University for over 25 years. The department resides in the University's Advanced Technology and Academic Centre (ATAC), a striking building that houses many of the University’s computing activities. Faculty, staff, and students are equipped with state-of-the-art computing facilities including smart lecture rooms, labs, and a variety of computing technologies (e.g. Virtual Reality, Parallel Computing).

The Master's program in computer science provides an opportunity to explore the breadth and depth of advanced knowledge in the discipline. Students benefit from a selection of advanced courses and a chance to pursue research that aligns with their interests and aspirations.

Two program options are available to students; each option maintains a balance between coursework and research:

• Master's by Thesis, which requires fewer courses and involves a more substantial research project
• Master's by Project (2 years), which involves courses aligned with the IT industry needs and also includes a limited research project
• Master's by Course, which involves more courses and includes a limited research component

Co-op Information

• A graduate student will normally be admitted to the co-operative program option after completion of two terms, for a starting date in May. Students are expected to obtain an aggregate of 80% or more and must have taken at least 4 half credit courses (excluding non-credit courses, project and thesis).
• Co-op employment for 8 months (two terms) must be successfully completed to satisfy the co-op requirement for the degree. 
• Students interested in a co-op placement should inform the Department's Co-op Advisor at least four months in advance of the proposed date of the placement (e.g., by late December for placements beginning in May). The Department's decision as to the suitability of each candidate will be based primarily on academic performance. 

The Department of Mathematical Sciences welcomes applications from students wishing to work in a Master's degree program in Mathematics. Graduate students will work on research in the area of expertise of one or more of our faculty members.

Mathematics is a science of pattern and order. It seeks order where there is chaos. It reveals hidden patterns that help us understand many complex problems surrounding us. The study of mathematics develops analytical and critical thinking skills which employers find extremely valuable. Consequently, a solid degree in mathematics can lead to a variety of careers. Mathematical Sciences is the abstract discipline of numbers, quantity, and space. Mathematics may be studied in its own right, or as applied to other disciplines; such as physics and engineering.

The Program will Include:

• Small class sizes and one-on-one time with your professors
• Analytical and critical thinking
• Hands on learning

Current areas of specialization include: Algebra, graph theory, functional analysis, harmonic analysis, numerical analysis, operator algebras, optimization, operations research, partial differential equations, and probability and statistics.