Diploma in Practical Nursing

at Durham College - Oshawa Campus Canada

In an economy that depends on finding new ways to use technology to make it easier for us to live, work and play, electronics engineering technicians maintain, operate, test, install and service electronic equipment in the fields of telecommunication, data communications and the Internet of Things (IoT), computing, industrial automation, test and measurement, power generation and distribution, health care and consumer products. The Electronics Engineering Technician program covers theory with hands-on practical experience and project-based learning of analog and digital electronic circuits and systems.

In an economy that depends on finding new ways to use technology to make it easier for us to live, work and play, Electronics is the forefront. Electronics engineering technicians maintain, operate, test, install and service electronic equipment in the fields of:

• Telecommunications
• Data Commu­nications and the Internet of Things (IoT)
• Computing hardware and software
• Industrial Automation
• Test and Measurement
• Power Genera­tion and Distribution
• Medical Equipment
• Consumer Products.

The Electronics Engineering Technician program is two years in duration, covering theory with hands-on practical experience, project-based learning of analog and digital electronic circuits and systems. Energy conservation, environmental awareness, and the global environmental movement will have an impact on you as you train to become part of the green workforce. We promote job-ready skills through leading edge instruction and hands-on practical labs that are available to you in and outside of regular class hours.

As more organizations rely on data to drive corporate planning and decision-making, increasingly sophisticated business intelligence and data tools are being used to meet the need for extensive data collection and manipulation. This allows industry to quickly respond to organizational and market opportunities. The Data Analytics for Business Decision Making graduate certificate will prepare you for a career in this high-demand area by teaching you the knowledge and skills that you need to support real-world business decision-making and planning through data insights, data management and data science.

Project management professionals have the knowledge, skills, tools and techniques to successfully manage projects for a wide range of industries. To remain competitive in a global economy, organizations are using project management expertise to shorten product development cycles; respond quickly and effectively to opportunities or threats; re-evaluate their processes; capitalize on technical knowledge within the organization; and control the bottom-line. Project management is one of the top skill sets sought by organizations to help ensure their objectives are met on time and on budget. In fact, it is expected that by 2020 there will be a greater need than there will be candidates for these roles. Students start with basics and through a rigorous two-semester program supported by experienced teachers, graduate with real, applicable project experience under their belts.

This two-semester pathway is designed for individuals interested in pursuing various science and engineering programs at Ontario Tech University (Ontario Tech). This option offers opportunities to refine essential skills and develop foundational knowledge in the areas of science, mathematics, and communication, which are necessary for admission into future post-secondary programs. Some General Arts and Science courses are also transferable to other post-secondary programs. This pathway has the added benefit of helping students become better acquainted with post-secondary life, workload, and expectations.

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.

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.

Web developers act as a vital bridge between the design of a website and back-end coding to create a seamless user interface by applying traditional design methods to emerging technologies while being flexible, creative and quick to respond to the design challenges of the ever-changing digital landscape.

Building on the fundamentals of interactive media design, this program prepares students for an exciting career in the field of web design and web development. Delivered by the School of Media, Art & Design, students will have access to the latest software and web technologies in studios built specifically for interaction and web design. Unlike other web development programs, students will approach interactive elements through a creative lens to develop the graphic and technical skills to become highly competent designers and deliver dynamic, cross-media content in a complex and competitive business environment. With the knowledge, skills and experience necessary to design and develop web content for all digital platforms, graduates will be familiar with the latest trends and techniques when entering the workforce.

This program will provide you with the ability and confidence to seek opportunities and provide support within the dynamic world of engineering, including the automotive, energy generation, construction and manufacturing sectors. Your future role may steer you towards a career in industrial design, metal and non-metal fabrication including machining or technical support. Students train and explore in our premier advanced automation facility through an experiential learning path that engages them with real-world controllers, operator touch screens, industrial networks, robotics and more.

This program will appeal to you if you prefer hands-on experience and like technology. You will learn to create computer-aided drawing (CAD) models of machine parts and assemblies, program computer-aided manufacturing (CAM) software and manufacture designs using computer numerical control (CNC) code. The program is taught in up to date laboratories, utilizing the latest design software and manufacturing and testing equipment.

From the manufacturing and production to power generation and oil and gas industries, employment opportunities exist in:

• Engineering design and drafting
• Installation
• Manufacturing
• Product/system testing
• Operating
• Quality management and evaluation
• Technical sales
• Servicing of mechanical systems

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 Computer Systems Technician program is the perfect vehicle to launch a rewarding career in computer assembly, installation, configuration and troubleshooting. You will learn from industry-connected professors in new, state-of-the-art labs. This program is built on partnerships with some of the most influential names in networking today, including Cisco, IBM and Microsoft. Graduates will be able to help support computer users throughout an entire organization by deploying desktop and laptop systems, assisting users with day-to-day tasks, supporting help desk environments, troubleshooting networking issues and rolling out emerging technologies that will give their organization a competitive advantage.

NOTE: Students enrolling in this program are required to purchase their own laptop.

This program will provide you with the technical skills and expertise required to work in the high-demand world of personal computers, networking and application support to meet the information technology (IT) needs of modern organizations.

The program curriculum addresses the technical aspects of commonly used components and troubleshooting techniques for:

• Computer hardware
• Networking technologies
• Operating systems
• Security
• System administration

You will also learn how to develop your communication and administrative skills and be trained in critical-thinking skills designed to help you respond to many technical challenges. As a graduate, you will be able to:

• Challenge for industry-recognized certifications (e.g. Cisco CCNA, Microsoft MCP, CompTIA, A+, Net+)
• Install and configure system software and network devices
• Troubleshoot computer system and network issues.

Note: To ensure you make an informed decision about your IT career path, a common first semester is offered for the Computer Systems Technician, Computer Systems Technology, Computer Programmer and Computer Programmer Analyst programs. This approach will give you an opportunity to explore the systems/programming applications and networking/hardware applications of the IT sector.