Graduate Certificate in International Business Management

at Durham College - Oshawa Campus Canada

From smartwatches and doorbell cameras, to household appliances and vehicles – the world is connected now more than ever, and these objects, or “things”, are embedded with sensors, software and other technologies that exchange data over the internet. Smart cities, home automation and wearable tech are part of this innovative and quickly-advancing industry that requires skilled programmers, developers and technicians.

The Internet of Things (IoT) program will prepare students to participate in the IoT, Industrial IoT (IIoT) and IoT Vision fields. They will explore security and surveillance cameras attached to IoT devices, their technologies, architectures, resources, data management, strategies, and security and privacy issues. They will also gain the knowledge and skills needed to address backend, frontend and embedded software design and implementation.

The two-semester General Certificate pathway provides students with a high degree of choice and flexibility. This program is designed for students who are looking to determine their long-term academic or career goals as well as students who have specific academic/career pathways beyond the other General Arts and Science pathways. Students can earn credit towards other Durham College programs. The General Certificate provides opportunities to refine essential academic skills and develop the foundational knowledge needed to help ensure success in subsequent post-secondary studies. This program also allows students to familiarize themselves with post-secondary life, expectations, surroundings, and opportunities.

In this program designed specifically for applicants with existing academic credentials, students with a degree in Science can expand their knowledge of the non-destructive evaluation industry and complete an advanced diploma in fewer semesters. Students learn about materials and specific testing methods in order to examine cars, trains, airplanes, spacecraft, towers, bridges, ships, power plants and amusement park rides to identify and analyze possible defects. With education, training, and practical experience under your belt, you will be prepared to begin your training in industry as an inspector to test and evaluate components for internal or external flaws, using advanced technology including visual inspection and radiology/radiographic techniques, allowing people to live and work in a safe environment. As a graduate, you will become an integral part of assuring the safety and integrity of our infrastructure, components and structures that are built or are in service in our society.

If you are domestic or internationally educated student with a Bachelor of Science (BSc) degree you may be eligible for a compressed, fast-track opportunity to complete your diploma requirements in two semesters.

This program will provide you with the training and hands-on experience necessary to begin a career in non-destructive evaluation/testing (NDE/NDT). In combination with your degree those skills will allow for you to assess the data collection from the inspections and provide reports to senior management.

NDT inspectors engage in the examination and scientific testing of cars, trains, airplanes, space craft towers, bridges, ships, power plants, amusement park rides etc. You will learn how to examine these objects without causing damage or impairment to their future use, hence the term non-destructive. The purpose of the testing in this fashion is to detect possible internal or external defects and examine the properties of the object.

At the end of the program, you will be eligible to take method specific certification exams regulated by the Canadian General Standards Board if you have 70 per cent or better in each NDT course.

As Artificial Intelligence (AI) continues to rapidly transform the way organizations and their people work, a shortage of skilled professionals remains the single most significant challenge facing AI adoption by industry. With a focus on enterprise AI, including both off-the-shelf solutions and proprietary AI, this program – the first and only graduate certificate of its kind in Canada – will prepare you to meet this demand for AI-literate practitioners.

As a graduate, you will know how to leverage AI to extract data and use data-driven intelligence to guide decision-making, solving complex enterprise problems with state-of-the-art solutions, all while creating efficiency and quality gains for small and medium-sized enterprises up to the largest of corporations. Additional emphasis will be put on data governance, including data management to ensure its integrity.

Students will also benefit from multiple opportunities for experiential learning, including access to the college’s AI Hub, completion of two diverse capstone projects and an optional work term. Graduates will be prepared to enter this high-growth field, which currently sees the Greater Toronto Area home to the highest per-capita concentration of AI companies in the world.

There is growing disconnect between humans and the environment, but well-trained environmental technologists are looking for solutions as pressures from population, industry and society continue to stress our ecosystem. Equipped with knowledge rooted in an evolving priority of sustainability that is grounded in risk and analytical testing, technologists provide innovative ways to reduce human impact on the environment and work towards a more sustainable way of living.

This dynamic program focuses on the chemical and biological sciences as they relate to environmental pollution. An emphasis is placed on ground and surface water quality, soil and waste management and recycling in urban and industrial settings. You will also examine environmental regulations and review their social and economic impacts on communities.

Training and experience in the handling, analysis and monitoring of a wide variety of biological and chemical parameters linked to pollution are at the heart of this program. First-hand field work and laboratory experience is emphasized in areas such as:

• Analytical chemistry
• Environmental chemistry
• Environmental Sampling
• Environmental stewardship
• Instrumental analysis
• Microbiology

Environmental problems and concerns are constantly changing and at Durham College we aim to adapt in order to stay at the leading edge of these changes. Statistics Canada has identified environmental technology as one of the top emerging employment sectors.

Co-operative education (co-op):
The best way to succeed in your field is to immerse yourself in it! Co-op is an excellent way to build your professional network, explore career paths and apply in-class teachings to real work situations. Co-op is a model of education that integrates academic learning with workplace learning in fields relevant to our students’ academic and personal goals. Similar to an academic course, work terms are a mandatory component to this form of experiential learning.

Students in the Environmental Technology Advanced Diploma program will be invited to apply to the co-op option during their first academic semester. Entrance to the co-op option is limited and the processes for securing a work term are competitive. Students who qualify for co-op will be eligible to complete two four-month, paid work terms totalling 840 hours. Work terms are scheduled between semesters two and three and four and five of the program.

Supports are available through the Co-op office to assist students with securing their work terms. In addition, the Co-op office is in contact with co-op students and their employers during the work terms to help with any questions.

This program is designed to provide a balance between strong technical skills and artistic vision. With an emphasis on effective composition and meaningful content you will explore a variety of topics including:

• Colour
• Image storage
• Light
• Optics

This program also emphasizes critical thinking by requiring you to:

• Examine past solutions
• Explore new and more efficient techniques
• Learn how to use technology confidently and safely.

The curriculum combines creative theory, technical language and practical experience through the use of state-of-the-art hardware and software. Courses are focused on a variety of techniques including image capture and processing as well as entrepreneurial skills

NOTE: Students enrolling in this program are required to purchase their own laptop. For specific hardware and software requirements for this program click here.

Water is a life source that millions of species depend on for survival. As a water quality technician, you will work towards keeping water safe for consumption and for its return to the environment through proven treatment methods. Distribution and collection methods will also be examined. As part of this program, you will complete the Ontario Ministry of the Environment, Conservation and Parks entry-level Drinking Water course and may also challenge the four Ministry operator-in-training exams (water treatment, wastewater treatment, water distribution and wastewater collection) for an additional fee. This program also offers you the opportunity to add to your skills and knowledge with real-life work experience gained through either a field placement or a co-operative education (co-op) experience

Program Details
Public health depends on the superior management of water quality and a team of professionals is required to ensure safe water for residents of Ontario. The Water Quality Technician program is designed to provide you with the knowledge and practical skills to work in water and wastewater treatment, water distribution, wastewater collection and environmental monitoring.
You will receive the specific education required to develop the skills needed to meet the demands of municipalities with water and wastewater treatment systems, water-use industries and environmental monitoring agencies.
Classes will be delivered at both the Oshawa and Whitby campuses, depending on the semester and year. This enables students to utilize various applicable lab resources. Students will be notified in advance when they register for classes.
You will focus on:

• Engineering concepts
• Environmental quality
• Professional responsibility relating to co-workers, the public and regulators
• The impact that water quality has on human health

Targeted skills development includes:

• Chemistry and mathematics related to water quality, treatment and analysis
• Conflict management, problem solving and effective communications
• Emerging pathogen risks and public health concepts
• Hydrology
• Knowledge development in the areas of operation of water and wastewater systems
• Microbiology
• System design concepts and blue print reading
• Sampling, laboratory techniques and data interpretation

Co-operative education (Co-op):
The best way to succeed in your field is to immerse yourself in it! Co-op is an excellent way to build your professional network, explore career paths and apply in-class teachings to real work situations. Co-op is a model of education that integrates academic learning with workplace learning in fields relevant to our students’ academic and personal goals. Similar to an academic course, work terms are a mandatory component to this form of experiential learning.
Students in the Water Quality Technician Diploma program will be invited to apply to the co-op option during their first academic semester. Entrance to the co-op option is limited and the processes for securing a work term are competitive.  Students who qualify for co-op will be eligible to complete a four-month, paid work term between the second and third semesters of their program.
Supports are available through the Co-op office to assist students with securing their work terms. In addition, the Co-op office is in contact with co-op students and their employers during the work terms to help with any questions. Upon completing the work term, co-op students return to campus to complete their final two academic semesters of the program before graduating.

Chemical Engineering Technology is at the core of our ever-evolving world - innovative products, processes and materials are a constant in our time. To support these changes, this program puts a focus on material science, nuclear physics and instrumentation. Renewable fuels, process simulation and analysis and development of chemical products all have one thing in common - the chemical engineering technologist.

Chemical engineering technology is about creating value through chemical conversions, all the way from lab-scale processes to optimizing full plant operations, and this program provides training to enable graduates to do this. Applications include manufacturing of high-tech polymers, water treatment operations, catalytic conversions, nuclear power and sustainable fuel sources. . Chemical engineering technologists play a role in each of these areas.

This program will provide you with hands-on experience and a solid background in analytical chemistry, organic chemistry, nuclear physics and instrumental analysis including chromatography and spectroscopy, as well as process control and sustainability. Working alone and in teams, first-hand experience is emphasized through our fully equipped Analytical Instrumentation laboratory. The core of the program will give you training and experience in the handling, analyzing, monitoring, processing and properties of a wide variety of chemicals.

Safety and environmental compliance are both emphasized in the program as chemical engineering technologists take processes from “cradle to cradle”. The field placement component of the program provides valuable contacts and experience.

The healthcare industry in Canada and around the world is growing rapidly. To help meet the demand, health care has turned to new and innovative medical technologies to improve diagnosis, monitoring and treatment. In doing so, healthcare providers have become dependent on the technology to function properly, to be available and to be managed in a cost-effective and efficient manner by qualified biomedical engineering technologists. As a graduate of this program, your skill set will include the ability to assess current and innovative medical technology, as well as purchase, install, calibrate, maintain and manage the life-cycle of critical medical equipment. Biomedical engineering technologists are essential members of any healthcare team because they have these skills.

With many millions or more lines of code in the world today, and many more yet to be written, this field is growing constantly. If using your critical thinking ability to solve problems puts a smile on your face then this field could be for you. As a tech-savvy graduate you’ll be trained in how to apply your hands on experience in our program, combining analytical and programming skills, to produce lasting and high quality software solutions that keep the world running smoothly.