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

at Lakehead University - Thunder Bay Campus Canada

As economic and cultural ties between countries continue to make our world smaller, the need to communicate as global citizens is becoming more important. Languages are instruments of discovery. The study of language facilitates communication as well as the understanding of broader cultural and historical contexts that influence the way we live.

As economic and cultural ties between countries continue to make our world smaller, the need to communicate as global citizens is becoming more important. Languages are instruments of discovery. The study of language facilitates communication as well as the understanding of broader cultural and historical contexts that influence the way we live.

By studying in the Department of Languages you will learn:

• Advanced competency in French - reading, writing, and speaking
• Cultural literacy
• Communication skills in a creative learning environment
• Socio-cultural and literary topics from across the globe

It is not necessary for you to be fluent in French prior to enrolment. Our classes are designed to facilitate language development for those at all skill levels as long as admission requirements are met.

In the Master of Public Health program, students will focus on current issues in the science and/or service of public health, so that they may gain experience through opportunities in any of the fundamental disciplines that underlie public health. The program is primarily intended to prepare graduates for a career in public health practice. The program's objectives are to prepare a graduate who:

• Possesses advanced health-related education
• Is capable of critical analysis
• Understands health-related decision-making at the level of the individual, population, and government
• Understands research
• Possesses knowledge exchange and dissemination strategies for individuals, populations, and government

Master of Public Health courses are offered using a combination of Zoom videoconferencing technology for real-time scheduled classes, and of Desire2Learn (D2L), a secure password-protected learning environment (e.g., for course resources, e-mail, and online discussions). The connectivity using Zoom allows students to have direct audio and visual contact with the course instructor and with other graduate students during class time and while working together on shared course assignments. In some classes, break-out sessions are structured into the course so that students have both large-and small-group learning experiences.

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.

Government policies influence virtually every aspect of our lives, from housing to education to crime. Our Political Science program studies the institutions, ideas, practices, and power that shape government and policy at all levels. Students will gain a thorough understanding of political systems - with a particular focus on Canadian politics - and overarching notions of freedom, equality, and justice.

Our goal is to provide a well-rounded Political Science education by applying both theoretical and practical modes of analysis to examine sociological, economic, and historical contexts.

If you have an interest in political systems abroad, you will also have the opportunity to explore the politics of America, Africa, Europe, and Asia.

Additionally, you will study:

• International Relations
• Political Theory
• Law and Politics
• Public Administration and Policy
• Indigenous Governance
• Comparative Politics

The field of engineering is generally associated with finding solutions for real world problems in an analytical fashion using the math, science and problem-solving skills. At Lakehead we believe engineers must also possess excellent communication skills as well as an understanding of the business, legal, and societal issues that impact development of the technological products and processes required to meet the demands of a global economy.

As an electrical engineer, you will work on the development and manufacturing of electrical and electronics equipment. You will learn the fundamentals of physical science, as well as more practical areas in the design and operation of industrial control systems, communication systems, electronic circuits, and the generation and distribution of electrical power.

Nearly all industries use electricity and electrical devices, making skilled professionals in this field highly desirable all over the world.

Our Electrical Engineering program is accredited by the Canadian Engineering Accreditation Board (CEAB). We offer several entry points into our Bachelor of Engineering programs to accommodate you at any stage of your education.

Our Faculty of Education prepares prospective teachers for a dynamic and rewarding career through unique and innovative programming. By emphasizing critical thinking skills and collaborative learning, we give you the flexibility to explore the teaching methods, concepts, and values that are meaningful to you. 

We are leading the way in teacher education. Our program emphasizes practical, experiential learning to ensure you are fully prepared to enter into the workforce post-graduation. Our programs are continually adapted to encompass a variety of educational settings and training opportunities in two divisions:

• Primary-Junior (P/J): JK – Grade 6
• Intermediate-Senior (I/S): Grades 7-12 

Unlike our Concurrent Education program, which is completed along with an undergraduate degree in another discipline, our Consecutive Education program is a two-year program open to those who have already completed a three- or four-year undergraduate degree.

The MA Social Justice Studies is an innovative, interdisciplinary program. The program allows students to pursue a 4 FCE course based degree or, with the approval of the Social Justice Studies Committee, complete a practicum, a creative project, or a research project in lieu of the final 1 FCE of coursework. The program prepares students to work, research and advocate towards a more socially just society which values equality, solidarity and human rights and recognizes the citizenship of each human being.

The program has three streams: an MA in Social Justice Studies, a Specialization in Social Justice Studies, and an MA in Social Justice Studies with a Specialization in Women's Studies. Within the MA they may choose the course stream, a research project stream, a creative project stream, or a practicum stream.

Geology is a qualitative science that combines elements of physics, chemistry, biology and other sciences to study the Earth, the processes that make up the Earth, and the history of our planet. As a student in the program you will: 

• Examine rocks, minerals, and sediment 
• Study environmental hazards 
• Explore elements that make up the planets and moons in our solar system 
• And learn much more about our Earth's 4.5 billion-year history 

Our location amidst the Canadian Shield functions as an outdoor lab and classroom. Our faculty regularly holds classes outside and organizes field trips and extended field schools to take advantage of the superior environment and give you practical training that is highly valued by the industry from day one. 

Our faculty collaborates with industry, government, and other academics with research covering the spectrum, from pure to applied science. This breadth of expertise and course content can meet the interests of any student in the program. 

Our program is designed to ensure that you will have the necessary courses to register as a Professional Geologist with APGO, which is required to work as a geologist in Ontario. This experience makes our students highly employable post-graduation.

The field of engineering is generally associated with finding solutions for real world problems in an analytical fashion using the math, science and problem-solving skills. At Lakehead we believe engineers must also possess excellent communication skills as well as an understanding of the business, legal, and societal issues that impact development of the technological products and processes required to meet the demands of a global economy.

As a software engineer, you will apply engineering methodologies and good practices for managing the creation of software from conception to the release of the finished product, including analysis, design, coding, testing and deploying software systems.

Software has become a fundamental part of modern society, while continuing to evolve in size, scope, and complexity. As a result, there is an immediate and important need for qualified software engineers who can model entire software and hardware systems, who can lead interdisciplinary project teams of designers and developers, and who can ensure quality, integrity, and safety of the software infrastructure that the public depends on every day.

Our Software Engineering program is accredited by the Canadian Engineering Accreditation Board (CEAB). We offer several entry points into our Bachelor of Engineering programs to accommodate you at any stage of your education.

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 MSc in Civil Engineering satisfies the demand in academia and industry for highly-qualified personnel in the field of Civil Engineering.

The MSc in Civil Engineering satisfies the demand for highly-qualified personnel in the field of Civil Engineering. This demand is fueled by the requirements to maintain an aging infrastructure and to maintain and develop natural resources with minimal environmental impact to natural systems.  Sustainability and structural durability and the impact of climate change on civil engineering works have become increasingly important challenges in the field of civil engineering.

This program offers students the opportunity for advanced study and the development of independent research abilities in the discipline areas of construction, environmental, geotechnical and geoenvironmental, rock, structural, transportation and water resources engineering.  Students will have the opportunity to conduct advanced study in emerging areas such as:  intelligent construction equipment management and computer-integrated construction engineering; electrokinetic ground improvement and remediation;  rockburst dynamics and dynamic stability of structures;   structural fire engineering;  structural health monitoring and structural dynamics;  and studies on multiphase jets and plumes and dynamics of complex fluids.  The program requirements are achieved through a combination of course work and research towards the completion of a thesis.

Several laboratories are equipped to support the broad range of advanced experimental research, including a new state-of-the-art Structural Fire Testing and Research Laboratory. This world-class facility has a large fire testing furnace that allows study of the fire resistance of various large-scale building components, such as beams, columns and floor assemblies.

Research areas include the following:

• Construction Engineering: Automated construction performance monitoring; Intelligent data collection systems; Greenhouse gas emission reduction in construction; Innovative methods for construction in cold regions.
• Environmental Engineering: Water and wastewater treatment; Cold regions environmental engineering.
• Geotechnical and Geoenvironmental Engineering: Electrokinetic ground improvement; Durability of cement-based concrete; Electrokinetic remediation; Hydrogeological and contaminant transport monitoring and analysis; Waste containment barriers; Hazardous waste site characterization.
• Rock Engineering:  Rock mechanics and mining engineering; Tunnelling and underground excavations; Landslides and open pit slopes; Rockburst dynamics; Structural reliability; Dynamic stability of structures.
• Structural Engineering: Fire resistance testing of steel, concrete and heavy timber structures; Finite element modelling of structural components subjected to fire; Performance-based design of structures; Building fire and smoke computer modelling; Health monitoring and rehabilitation of civil engineering structures under natural or man-made excitations; Structural dynamics; Vibration and control; Sensors and sensing technology; Earthquake engineering; Experimental studies of steel connections.
• Transportation Engineering: Design, operational and safety performance evaluation of transportation systems including intersection analysis, capacity analysis, transportation safety studies, transportation software applications and pavement performance.
• Water Resources Engineering: Experimental and numerical investigations on hydraulic structures; Experimental and numerical studies on multiphase flows; Investigations on non-Newtonian and complex fluids; River modelling; Hydrologic systems analysis and investigations; Drought analysis; Drainage and irrigation systems analysis; Flow through porous media analysis.