Bachelor of Arts in Drama

at University of New Brunswick - Fredericton Campus Canada

Economics explains almost everything. Food prices. Gas prices. Political decisions. Personal choices. Interest rates. Taxes. All of it can be explained through economics. Through the Bachelor of Business Administration (BBA) program at UNB, you’ll learn the foundations of economics and how it shapes our world. You’ll learn how to explain economic phenomenon, analyze economic impacts, and recommend ways to solve complex economic problems.

Why Economics at UNB?
At UNB 's Fredericton campus you have the option to complete an honours in economics and you will learn from faculty members recognized nationally and internationally for teaching and research. Small class sizes means greater interaction between you, your instructors, and your colleagues.

Hands-on learning:

• Co-operative (Co-op) education program consisting of a minimum of three four-month work terms. Accredited by the Canadian Association for Co-operative Education.

Skills you will acquire:

• Interpreting and communicating complex economic issues
• Presenting solutions to solve economic problems or interpret markets
• Implementing concrete economic strategies based on theoretical information
• Conducting and explaining scientific research
• Building models to explain and predict economic behaviour

Earth Sciences is the natural science that deals with Earth, the interior make-up, and superficial features, its formative and destructive pro­cesses, its age, history and development through time.

Geologists are concerned with a diverse range of issues such as the origin, migration and quality of groundwater, river and coastal erosion, desert-dune migration, the origin and evolution of oceans and continents, of mountain ranges, valleys and canyons. Studies concerning the causes and effects of natural hazards, such as those created by land and rockslides, earthquakes, floods and droughts, and volcanic eruptions all fall within the realm of Geology.

The Faculty of Science is one of the university’s oldest faculties and was established when UNB was founded in 1785. Our faculty has an outstanding reputation, both nationally and internationally, and as a student you will be able to benefit from its stellar accomplishments in research and for its acclaimed graduate and nationally-accredited undergraduate degree programs. The impact of their research has led to four of our faculty members being placed in the world's top one per cent of chemists most cited in scientific papers.

State of the Art Facilities
UNB is home to some of the best and most up-to-date facilities in the country. We are one of only a few universities with an MRI and our chemistry labs are the best in the country. UNB students have access to the following facilities:

• Canadian Rivers Institute
• Centre for Environmental and Molecular Algal Research
• Planetary and Space Science Centre
• The Microscopy and Microanalysis Facility
• MRI Research Centre

Logistics is one of the most important jobs in the world. Without it, world food shortages would lead to utter chaos, and society as we know it would cease to function.

Study Logistics at UNB and you’ll learn what it takes to move materials, people, energy, and information, while reducing cost, improving customer service, and providing an organization with greater flexibility and competitiveness.

Why Logistics at UNB?
At UNB's Fredericton campus, you can concentrate your BBA in logistics and, you’ll learn from innovative instructors recognized for innovative logistics research. In addition, business grads with logistics and data analysis training are in high demand, both in New Brunswick and around the world.

Hands-on learning:

• Co-operative Education (Co-op) program consisting of a minimum of three four-month work terms. Accredited by the Canadian Association for Co-operative Education.
• Logistics competition sponsored by New Brunswick businesses

Skills you will acquire:

• Managing uncertainty and risk within supply chains
• Segmenting different customer products and channels, and designing optimal logistics strategies
• Identifying, designing, and implementing forecasting methods
• Identifying, designing, and implementing inventory replenishment policies
• Selecting optimal transportation routes

Mechanical engineers solve problems. They focus on making the world a better place by creating efficient, safe, and environmentally sound components and systems.

In UNB’s Mechanical Engineering program, you’ll learn to analyze, design, manufacture, and maintain mechanical systems. You’ll gain the skills you need to create and build mechanical devices such as spacecraft and artificial limbs, to design automation, medical tools, robotics, and ventilation systems, and to redesign existing mechanical systems and components to be more affordable and environmentally sound. 

Mechanical Engineering is available as a major in the Bachelor of Science in Engineering program.

Why Mechanical Engineering at UNB?
Many of New Brunswick’s successful mechanical engineers have graduated from UNB’s Mechanical Engineering program. That’s because the program offers exciting and diverse program options, including Biomedical Engineering and Mechatronics. 

Hands-on learning:

• Co-operative Education (Co-op) program
• Coursework requiring hands-on design projects
• On-campus machine shop for building and testing prototypes

Skills you will acquire:

• Analyze, design, improve, manufacture, and maintain mechanical systems and devices
• Solve problems using applied physics and other science disciplines
• Find solutions that respect the environment and other stakeholders
• Communicate technical solutions
• Work with other engineering disciplines

Archaeology is the study of human civilizations and societies, primarily through the study of the materials they left behind.

Archaeology at UNB Fredericton is an interdepartmental program provided by the Departments of Anthropology and Classics and Ancient History in the Faculty of Arts. A Bachelor of Arts in Archaeology covers anthropological archaeology (human-focused archaeology) and classical archaeology (investigation of the Ancient Greece and Rome).

The first two years of the program consist of required courses which provide a foundation in the discipline of Archaeology. In the final two years students specialize in the Anthropological or Classical streams, but are required to take some upper-level classes from both streams.

An important part of the program is the archaeological field work requirement. This requirement may also be satisfied by completing a field school program offered through Anthropology or Classics and Ancient History, or through field schools offered by research institutions or universities around the globe.

Opportunities also exist for work placements with government-sponsored or private-sector cultural resource management-based archaeological projects. These also satisfy the requirement for field work and allow students to gain employment experience and earn a wage.

How does the brain work? How does the brain determine behavior? What happens when the brain is injured? Neuroscience is a sub-field of psychology that examines these questions and many others. 

Research in neuroscience is one of the fastest growing areas of psychology.  We now have new techniques to measure brain activity, such as neuroimaging, which gives us insight into the brain we’ve never had before. When you enroll in the Neuroscience specialization at UNB, you will stay at the cutting edge of psychology. 

The Neuroscience specialization is available as part of your major or honours Bachelor of Arts degree in Psychology. You can also get training in Neuroscience through the major or honours Bachelor of Science degree. 

Why Neuroscience at UNB? 
The Neuroscience specialization at UNB gives you the opportunity to work with specialists and gain research experience in the field. Research training is a standard part of our psychology programs, and this experience will give you an edge when applying for jobs, graduate studies or medical school.

Hands-on learning

• ARTS3000 Faculty of Arts internship program. This is an optional part of the program where students have the opportunity to work with experts who are applying their knowledge and skills in neuroscience.
• Experiential learning through laboratory courses.
• Conduct and analyze innovative experiments in professors’ laboratories.

Skills you will acquire

• Critical thinking
• Communication (written and oral)
• Organizational
• Ability to interpret and explain scientific research
• Research

Data science for finance: this is the best way to describe our Master in Quantitative Investment Management (MQIM) program. This one-of-a-kind one-year graduate program will prepare you for a specialized career in quantitative investment management. The program equips graduates with the fundamentals of finance knowledge combined with analytic and programming skills, as well as professional development competencies demanded by the finance industry. 

Quantitative Investment Management integrates tools from finance, economics, applied mathematics, statistics and computer programming to address problems in derivative securities valuation, dynamic investment strategies and risk management. These skills are sought by investment and commercial banks, trading companies, hedge funds, insurance companies, corporate risk managers and regulatory agencies. 

After completing the MQIM you will be qualified for positions such as: 

• Analyst 
• Data Scientist
• Portfolio or risk manager/associate
• Quantitative analyst or developer
• Trading associate

You will be qualified to work for pension funds, hedge funds, investment consulting firms, investment and commercial banks, insurance companies, and regulatory agencies, as well as any company that hires data analysts. Quantitative investment skills are in high demand! 

The environmental geosciences provide earth-science students who have environmental or interdisciplinary interests with a background to pursue careers or graduate studies in environmentally related geoscience fields, especially in areas related to water resources, water contamination and remediation, oceanography and climate change.

Many earth scientists are interdisciplinary.

• Geochemists deal with the chemical make-up of everything from surface and ground waters to magmas and rocks in the earth's crust; with using geochemical techniques in the discovery of new mineral and energy reserves; and in addressing environmental concerns with the extraction of these reserves.
• Biogeochemists investigate the cycling through the global environment of chemical elements, from essential "nutrients" such as carbon, nitrogen, and phosphorus, to toxic metals such as mercury and uranium.
• Geobiologists are concerned with the paleontology, biogeography, and morpho-behavioural functional evolution of fossils; paleoecological aspects of ancient life forms, their history, and the evolution of life; and establishing a relative time frame for past geological and climatic events.
• Geophysicists measure and study the gravity, magnetic, and electrical fields of the earth; record and analyze seismic waves generated by earthquakes and man-made sources; and image subsurface water and hydrocarbon reservoirs and leakage.

The mysteries of number theory and the geometry of curved spaces: these are areas with important applications in data security, computer design and cosmology. For ages, through research both pure and applied, mathematicians have made invisible and unsung contributions to advancements in science and technology, and the importance of mathematical training is increasingly recognized by employers and governments around the world.

In numerous rankings of careers, a significant portion of the top careers are math-intensive, and a degree in Mathematics provides excellent training.  For instance, CareerCast annually ranks 200 careers according to environment, income, outlook, and stress, and Mathematician, Actuary, Statistician, Data Scientist, Information Security Analyst, and Computer Systems Analyst regularly rank in the top ten.

Two Options

Mathematics:The mathematics major degree is designed to prepare you with a career in industry, government or education. Mathematics students are urged to obtain some expertise in an area of application such as the physical sciences, computer science, engineering or business.

Statistics: The statistics major degree is designed to prepare you with a career in industry or government as well as to provide a background for graduate study. Statistics students are urged to obtain some expertise in an area of applications such as the physical sciences, forestry, or computer science.

Hands-on learning

• There are summer employment opportunities (e.g. NSERCs Undergraduate Student Research Awards) for upper-year students
• The Faculty of Science has a Co-op degree program

Skills you will acquire:

• Creating coherent, logical arguments, and identifying/rectifying illogical ones
• Manipulating intricate ideas and following sophisticated reasoning
• The ability to relate abstract ideas to real-world situations
• Confronting difficult, unsolved problems with precision, attention to detail, and confidence
• Creating mathematical models of real-world problems, identifying key issues, assumptions, and limitations

In the Chemical Engineering program at UNB, you’ll learn how to transform raw materials into useful products while protecting the environment, managing resources, and meeting strict health and safety standards. You’ll also explore chemical processes that improve efficiency, reduce costs, and increase safety and security. Examples include the development of more affordable drugs, more efficient fuels, and better pollution controls. In other words, you’ll explore ways to make the world a better place. 

Chemical Engineering is available as a major in the Bachelor of Science in Engineering program. Two option programs within the technical electives stream are available: Energy Conversion Engineering and Biomedical Engineering. 

Why Chemical Engineering at UNB?
UNB’s Chemical Engineering program consists of award-winning professors in teaching and research as well as students who have been recognized nationally for the quality of their senior design projects. In addition, our small class sizes mean greater interaction between you, your instructors, and your peers. 

Hands-on learning:

• Co-operative Education (Co-op) program
• Laboratory experience
• Chemical plant design course/project

Skills you will acquire:

• Communication (written and oral)
• Problem solving
• Critical thinking
• Teamwork
• Organizational
• Interpersonal