Post-degree Certificate in Human Resources Management

at York University - School of Continuing Studies Canada

Put most simply, religious studies is the academic study of religion, exploring the range of phenomena that fall within the categories "religion" or "religious" from a variety of disciplinary perspectives. It brings together perspectives and approaches from history, sociology, anthropology, philosophy, and literature to gain a more comprehensive understanding of the individuals and traditions that constitute religions and cultures.

Because religions and the religious deal with questions of meaning and orientation, religious studies provides a place for you to explore in a disciplined fashion how and why humans have appealed to spirituality and the divine as they’ve struggled to make sense of themselves and their world. To study religion is to study responses, both behavioural and intellectual, to some of the great riddles and questions that face human beings, including: death, suffering, tragedy, and the nature of the self and the universe. Religious Studies is also a "teachable" subject for students who wish to combine their BA with a teaching qualification from York's Faculty of Education.

You can focus on the major religious traditions of the West and Near East such as Christianity, Judaism and Islam - or those of the Far East such as Hinduism, Buddhism and Sikhism or pursue a more comparative approach. You will also have the opportunity to learn about a variety of religious cultures including Chinese, Korean, Caribbean and Native North American.

In the core course, you will learn how to use various analytical methods to explore the rich variety of the world's religious traditions.

Our program gives you a thorough grounding in sophisticated text analysis and improves your writing skills - excellent preparation for any number of careers, including the clergy and law. Our classes are small and emphasize personal contact between students and professors.

• Study religious expression in a variety of cultures including those of India, China, Korea and Native communities of North America, and visit the historical places discussed in class through a York International study abroad program.
• Leonard Wolinsky Scholarship is awarded annually to two York undergraduates for one year's full-time study in an Israeli university.
• In the area of research, Professor Amila Buturovic is in great demand by the media to comment on Islam in the modern world. Professor Buturovic also does research on Muslim poets from the former Yugoslavia.
• The Moderator of the United Church of Canada, Rt. Rev. Marion Pardy, is a graduate of our Religious Studies program.

Mathematics for Education is designed for students considering a career in teaching. Students can be enrolled in York's concurrent education program or may intend to take a two year consecutive education program. This program offers a broader background in a wider perspective on the teaching and learning of mathematics.

York offers two teacher education programs:

• concurrent undergraduate programs for students already enrolled in other undergraduate Faculties
• consecutive undergraduate full-time program for prospective teachers who have already graduated in another discipline

You enter the concurrent program in your third or fourth year. Selection is based on:

• academic achievement
• oral communication abilities
• personal characteristics relevant to the teaching profession

Two years are added to your undergraduate studies and in the remaining four years you work concurrently to complete the requirements of your undergraduate program as well as the professional teaching program.

You enter the two-year consecutive full-time program if you hold an undergraduate degree. Selection is based on:

• education-related experience
• academic achievement
• oral communication skills
• personal characteristics relevant to the teaching profession

York offers some of the best Math support services in the country including a Math Tutorial Lab, a Statistics Tutorial Lab, a regular schedule of help sessions offered by professors, peer tutoring and study groups.

Join the first and only technical blockchain certificate delivered by a Canadian university. Create real-world blockchain solutions as you build upon your existing knowledge and prepare to confidently launch your career.

What is Blockchain Development?
Blockchain is decentralized, transparent, and mostly unalterable. It improves data integrity through using an entire network of computers to record and validate transactions. This technology became popular within commerce, but its potential is being realized across numerous industries, including supply chain management, healthcare, finance, and public administration, specifically with electronic voting systems.

What you will learn
You’ll learn to go beyond understanding cryptography and data structures, by gaining the confidence to advise organizations on how blockchain can offer significant business value and knowing when and when not to implement the technology. You’ll develop the knowledge and competencies to be strategic about implementing blockchain technologies from concept to deployment at your organization. Aside from critical technical skills, you will build and practice foundational cross-functional skills like complex problem solving, business acumen, and social perceptiveness.

Program Benefits
Created in collaboration with industry executives, this full-time 9-course program allows you to create real-world blockchain solutions as you collaborate with like-minded peers. The program concludes with a unique capstone course, allowing you to further demonstrate your knowledge and graduate with a diverse portfolio of work. After completing the program, you’ll be prepared for real blockchain job functions, helping you secure your next career opportunity and greater success.

Geomatics Engineering blends the knowledge of science and engineering with information technologies to solve complex, real-world problems. The diverse issues tackled by the field range from tracking a vehicle’s location within a city to determining land use from a satellite image. Geomatics engineers focus on the science and technologies related to positioning and navigation, sensors, measurements and mapping, as well as on spatial awareness and intelligence. 

Our Geomatics Engineering program is accredited by the Canadian Engineering Accreditation Board (CEAB).

What You’ll Learn
We will get you started with the basics in geomatics, surveying and mapping, navigation, sensors, and measurements to assist in building a strong foundation in the discipline.

In third and fourth year, you will take Geodesy, Advanced Surveying, Global Navigation Satellite Systems (GNSS), Measurement Theory and Estimation, Geographic Information Systems (GIS), Remote Sensing and Photogrammetry, Survey Law and Land Registration Systems, Advanced 3D Techniques, Mobile GIS and Location-based Services, Sensor Integration and Advanced Field Surveys courses. You will learn and use advanced state-of-the-art instruments while putting your professional skills to the test.

To top it off, the co-op program after second year allows you to gain professional experience, giving you a head start towards becoming a licensed Professional Engineer.

Civil engineering is a driving engine of economic growth. From soaring skyscrapers and breathtaking bridges to innovative transportation systems and next-generation clean water technologies – the scope and impact of Civil Engineering is unparalleled. Whether it is designing roads, bridges & tunnels or making people safer by creating earthquake proof buildings, civil engineers have a wide variety of skills that make the world safer and more efficient.

What You’ll Learn
Civil Engineering students at Lassonde learn about structural and foundation design, transportation systems planning and design, water resources management, wastewater treatment, and environmental impact assessment. In addition, our graduates receive training in new emerging areas, such as innovative materials and construction technologies, infrastructure rehabilitation, computer-aided simulations, sustainability, natural hazards, and climate-change-driven engineering. 

Students have the opportunity to choose from a wide range of technical electives in Civil Engineering: 

• Structural 
• Geotechnical 
• Hydrotechnical 
• Transportation 
• Environmental 

Professional experience through co-op option after second year can give you an early start towards becoming a licensed Professional Engineer.

New frontiers offer new challenges. Combine unique technical skills to design solutions to Earth’s problems using space-based assets while utilizing the principles of systems engineering. Look at the interface of engineering and science through payload and instrument design. Learn from real space missions, starting with initial concept design to hardware and software design, manufacturing, testing and in-orbit operations.  

Our Space Engineering program is accredited by the Canadian Engineering Accreditation Board (CEAB).

What You’ll Learn
Lassonde’s Space Engineering program will equip you with the technical skills required to design solutions to Earth’s problems using space-based assets while utilizing the principles of systems engineering.
Delve into systems ranging from orbit control and space-based optics, to ground station communications and robotics. As a student, you will learn and practice the design and management of complex multidisciplinary projects that enable missions to the far reaches of the solar system.
The co-op program after second year, allows you to gain professional experience within space agencies and related fields that require the design of complex systems.

Some Courses You'll Take  

• Introduction to Space Communications
• Physics of the Space Applications
• Materials for Space Applications
• Payload Design
• Space Mission Design
• Finite Element Methods in Engineering Design
• Control Systems
• Dynamics of Space Vehicles

Learn what it takes to lead HR teams and projects as you investigate everything from compensation practices to labour relations.

What you will learn
This full-time post-degree certificate program was developed by an advisory committee of senior human resources executives to prepare you for excellence. Consisting of ten courses covering the core human resources topics as determined by the Human Resources Professional Association (HRPA), this program will help you better understand:

• Human resources management
• Organizational behaviour
• Finance and accounting
• Human resources planning
• Occupational health and safety
• Training and development
• Labour relations
• Recruitment and selection
• Compensation
• Business Communications for Human Resources Professionals

Program Benefits

• Benefit from a curriculum that integrates critical soft skills that employers want in new hires
• Become a member of the Human Resources Professional Association (HRPA) at the student rate
• Fulfill coursework required for the Certified Human Resources Professional (CHRP) designation
• Program recognized by the HRPA
• Develop skills through experiential assignments and projects
• Learn from practicing HR instructors
• Build your professional network as you advance through the program with the same cohort of peers
• Complete the program in nine months of accelerated study

Computer engineering forms the basis of the modern world. Self-driving cars, robotics, mobile devices, electronic commerce, wireless communications, and other advances are all built by Computer Engineers. Computer engineers gain deep knowledge about hardware and software design, as well as are uniquely qualified to work on computer systems involving these aspects. They design and implement solutions to the ever increasing range of engineering problems.

What You’ll Learn
As a Computer Engineering student you will gain deep knowledge about hardware and software design, as well be uniquely qualified to work on computer systems. You will take courses in computation, system design and other specialized areas, including robotics and virtual reality. This theoretical knowledge is balanced with hands-on experience. Lassonde Computer Engineering students have access to our state-of-the-art facilities –Digital Systems Lab and Robotics Lab. 

After second year, the co-op program can provide you with valuable experience, giving you an early start to becoming a licensed Professional Engineer.

What are the roots of international terrorism? How is world trade affecting the balance of rich and poor nations? What is the effect of the Internet on diplomacy and social movements? This program, offered by our renowned Political Science Department, helps you answers questions such as these.

Global Political Studies encompass international relations, foreign politics and domestic government policy. Topics include:

• Foreign and security policy
• Political economy
• Democratic reform
• War and conflict (including internal strife)
• New social movements
• An examination of the changing "world order" in its economic and political forms

The Global Political Studies program allows students to specialize in international or global politics by combining courses in two of the Department's fields:

• International Relations
• Comparative World Politics

Through this program, you will gain the skills required to analyze global political forces, as well as a broad education. This program provides an excellent background for future public service work abroad, for private sector employment in areas dealing with international issues or for graduate studies in international relations or comparative world politics.

• You'll learn to conceptualize and think critically about global politics and issues such as the uses and abuses of power; rights and responsibilities; and the intersections of community and nation-state with globally defined realities.
• Engage in open discussions with your peers on some of the most contentious political issues and learn to identify the possibilities of acting politically to bring about change.

Passionate about the environment? Gain the scientific acumen required to have an impact on environmental issues. Environmental Science is the application of a combination of scientific disciplines to issues and questions regarding environmental problems.

Gain extensive hands-on experience
Environmental Science at York includes a compulsory Research Design & Field Study course that gets you out using the equipment of the profession. This involves a long weekend at Algonquin Park at The Frost Centre working on a project. You'll learn to use water, soil and climate monitoring equipment and geographic information systems that can be put to use immediately and directly on the job with organizations like the Meteorological Service of Canada and Environment Canada.

Our professors are conducting research on such areas as the survival of plant life in the High Arctic, the Oak Ridges Moraine and the contribution of peat lands to the Greenhouse Effect. York is home to one of Canada's most sophisticated indoor flumes to predict water flows and the structure of rivers.

What's the difference between Environmental Science and Environmental Studies?

• Environmental Science is the scientific study of the environment and the effects of humans on environmental systems. You will acquire knowledge from many academic disciplines including biology, chemistry, engineering, geology, economics, political science and physics. You will also undertake specialized courses in the study of the environment. The program emphasizes field experiences, undergraduate research, and environmental problem-solving.
• Environmental Studies focuses on the complex issues regarding the sustainability of the global environment in the face of human development. The program integrates humanities, natural and social science, environmental policy and planning perspectives. You will gain a broad educational background needed to assist in developing sustainable development policies to create positive social change within the environmental context. Real world links to practical environmental issues are developed through internships, study abroad programs, environmental problem-solving at the local and regional levels and participation in campus environmental planning.

An optimal learning environment. Quality professors, small program size, group tutorials, help sessions, peer mentoring, laboratory experience and regular feedback helps you to get the most out of the program.