Certificate in Hospitality Skills

at Durham College - Whitby Campus Canada

The Honours Bachelor of Construction Management (HBCM) program provides students with the knowledge, skills and abilities they will need to succeed in a career in the industrial, residential, institutional, or commercial construction industries. Graduates of the HBCM program will be prepared to make meaningful contributions to the prosperity, sustainability and resiliency of Ontario’s economic future.

As Ontario’s construction sector enjoys sustained and significant expansion, the growing demand for skilled workers continues to create excellent employment opportunities for knowledgeable and well-prepared graduates to fill the estimated 118,000 new construction sector jobs that will be created over the next 15 years.

It is anticipated that demand for well-trained employees will be even more pronounced in occupations that require an advanced level of skill, such as construction managers, estimators, job site superintendents and project managers.

This three-year program will prepare you for a career in multiple aspects of automation technology, spanning the electrical and mechanical engineering boundaries. It primarily focuses on industrial automation and its associated control systems, programming, design and documentation. Students in this program are the primary users of the world-class Integrated Manufacturing Centre (IMC) and Industrial Programming laboratories which provide our graduates with an edge upon graduation. For a preview of the extraordinary, industrial grade IMC laboratory, view these 360-degree video links.

As part of the industrial world leader Fanuc Robotics Certified Education training program, all graduates from Electromechanical receive Fanuc Robotics' HandlingTool Operations and Programming Level 1 Certification. Key automation technology career opportunities are available in several application areas including:

• Custom machine builders and integrators
• Building automation integrators
• Conveying and sortation systems specialists
• Food and beverage processing companies
• Nuclear Operations
• Commercial HVAC integrators
• Cosmetics industry control systems
• Automated machining companies
• Boiler control and burner management
• Punch press control systems
• Water Treatment Plant automation
• Electrical cable manufacturers
• Process Instrumentation and Control
• Renewable energy applications
• Sterilization process equipment manufacturers
• Automotive maufacturers
• Technical sales (device application)

As a graduate, you will specialize in designing, analyzing, troubleshooting, modifying, maintaining and repairing automated electromechanical equipment, components, systems and subsystems. In addition, you will be able to:

• Apply communication, documentation, computer applications and teamwork skills to support the engineering activities of an organization
• Assist with project management
• Conduct quality assurance functions
• Manage customer service quality-control
• Perform purchasing.

A superior, modern training facility, the IMC is a world-class, industrial-grade, automated facility that houses major equipment components including:

• Rockwell Automation Programmable automation Controller hardware
• Allen Bradley Human Machine Interface screens
• Automatic identification (bar code scanners and Radio Frequency ID)
• Industrial networks (including Ethernet IP)
• Fanuc Industrial robot arms
• Fanuc Roboguide 3D Simulation software
• Variable Speed Drives (motor control)
• Material handling systems
• Process instrumentation and control hardware, software, and networking
• Vision cameras
• Supervisory Control and Data Acquisition (SCADA) software for remote monitoring and control

Please note: You will be required to purchase safety shoes and glasses in order to participate in many laboratory settings on campus.

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 Electromechanical Engineering Technology Advanced Diploma program will be invited to apply to the co-op option during their second 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 three and four 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.

The Civil Engineering Technician program is the perfect vehicle to launch a rewarding entry-level career in the civil engineering field. You will develop skills in computer assisted design and drafting (CAD), geographic information system (GIS), electronic surveying and testing construction materials. Project management and safe working principles in construction sites, in accordance with various Canadian civil engineering codes, quality control standards and regulations will also be taught. A field placement or co-operative education (co-op) work term will provide two options to gain experience in the workforce. Students can also access membership to the Toronto Construction Association.

Civil Engineering influences almost every aspect of modern human life. Much of the physical infrastructure of modern society is provided through Civil Engineering. Students in the Civil Engineering Technician diploma program will learn how to construct, maintain and recycle the structures in communities such as dams, bridges, roads, buildings, pipelines, railways and tunnels. Students will learn how to collect, process and interpret technical information to produce written and graphical project-related documentation. Program graduates assist in scheduling, cost estimation, quality control and monitoring of civil engineering projects.

Civil engineering is also responsible for the design, construction and maintenance of critical infrastructure elements which keep communities functioning, such as transport systems, wastewater treatment, gas, water and electricity supplies. Graduates of the Civil Engineering Technician program carry out technical functions related to a broad range of civil engineering fields including structural, municipal, highway and transportation engineering, water resources, geotechnical engineering, environmental protection and infrastructure rehabilitation.

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 Civil Engineering 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.

Destination marketers are multidisciplinary professionals who specialize in identifying, developing and executing strategies to drive socio-economic success for locations and attractions around the world.

In this program, students learn how to uphold service and quality standards throughout the customer lifecycle; develop a digital and social media presence and marketing plans that align with business goals and strengthen brand recognition; cultivate partnerships and relationships; explore entrepreneurial opportunities in destination marketing; and conduct powerful market research and customer analytics to guide the development of effective tourism products and experiences.

Graduates will lead and support business development initiatives that build a destination’s reputation in order to attract tourists, investors and skilled professionals. Equipped with a broad base of skills and knowledge, they help destinations realize significant economic impacts that contribute to job creation, community sustainability and improved quality of life for residents and visitors alike.

Crane operators are highly trained specialists who are in equally high demand. This program is the only one of its kind offered in Ontario and is designed to help students pursuing a crane operation apprenticeship to stand out and get a head start in a competitive field. Using leading-edge training simulations, you will learn the tools of the trade, rigging and hoisting methods and essential safety measures that will help you play a key role on any construction site. Graduates will meet the Ministry of Labour’s Working at Heights training requirement.

Want to get one step closer to an independent career in heating, ventilation, air conditioning and refrigeration? Perhaps you want to be the one to call the shots on a job site? The Gas Technician 2 program will give you additional knowledge in code requirements, propane fundamentals, system testing and troubleshooting so that you can challenge the Technical Standards & Safety Authority (TSSA) for a license that will get you one step closer to a rewarding career.

Through theoretical and practical workshop experience, you will receive training in:

• Applicable code requirements
• Natural gas and propane fundamentals
• Pipe and equipment installation practice
• System testing and troubleshooting of a variety of residential and light commercial appliances used for both heating and hot water
• Introduction to metal fabrication
• Oil technician license

This program is unique in Ontario: our well-equipped microbiology, chemical analysis, pharmaceutical and food processing facilities provide our students with hands-on experience in the methods and instrumentation used in the pharmaceutical, cosmetics, natural health product, cannabis and food science industries.  Our students learn the theory of and perform experiments mirroring industry procedures and protocols to ensure they are equipped with the skills and knowledge they need to work in these high-demand industries.

During placement, students have the opportunity to gain experience at partner organizations, including food manufacturers, pharmaceutical companies, analytical testing facilities and ingredient suppliers.

Graduates are employed in both the public and private sectors including:

• Bakeries, confectioners, pasta and snack food manufacturers
• Brewers, winemakers and beverage manufacturers
• Dairy, meat, seafood and canning processors
• Food additives and flavour manufacturers
• Government agencies
• Packaging, ingredient, and equipment suppliers
• Pharmaceutical, cosmetics and consumer health products manufacturers
• Research establishments and universities
• Third party testing labs

This program has broad career prospects and a graduate may become a(n)

• Analytical Chemist
• Instrumentation technologist
• Microbiologist
• Food, pharmaceutical or cosmetic manufacturing technologist
• Food product development technologist
• Food safety technologist
• Pharmaceutical technologist
• Quality assurance technologist
• Quality control technologist

Civil engineering influences every aspect of our physical environment or infrastructure. Civil Engineering Technologists plan, design, construct, maintain and recycle the structures in our communities such as roads, bridges, highways, airports, pipelines and tunnels. These systems keep our transportation systems operating, water flowing and gas and electricity supplied to consumers. It is one of the most established engineering disciplines and by far one of the busiest.

In this program, you will be exposed to modern civil technologies and develop skills in computer assisted design and drafting (CAD), geographic information system (GIS), building information modelling (BIM), and safe working principles in accordance with various Canadian civil engineering codes, quality control standards and regulations.

You will also have two options to gain valuable experience in the workplace and will either complete a field placement or participate in the co-operative education (co-op) option of the program. Students can also access membership to the Toronto Construction Association.

Civil Engineering influences every aspect of our physical environment or infrastructure.

Civil Engineering Technologist students will be exposed to modern civil technologies and develop skills in computer assisted design (CAD) and drafting, Geographic Information System (GIS), Building Information Modelling (BIM), and safe working principles in accordance with various Canadian Civil Engineering Codes, Quality Control Standards and Regulations.

Graduates of the Civil Engineering Technology program will be able to carry out design and technical functions related to a broad range of civil engineering fields including structural, municipal, highway and transportation engineering, water resources, geotechnical engineering, environmental protection and infrastructure rehabilitation. Skills learned in class will be honed through co-operative education or field placement options.

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 of this form of experiential learning.

Students in the Civil Engineering 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 a four-month, paid work term between the second and third semesters of their program. After academic semester 4, students will be eligible to complete two consecutive work terms before returning to campus to complete their final academic semesters 5 and 6 before graduating.

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.

Electricity powers our world and is present all around us, providing light, power, air conditioning, and refrigeration. This program focuses on commercial and residential electrical installation. It will provide you with basic skills in electricity and electrical system installation and ensure you become familiar with the relevant tools and materials required in this field to successfully understand, install and test basic electrical systems for a specified number of applications. Graduates will meet the Ministry of Labour’s Working at Heights training requirement.

The Electrical Techniques program focuses on residential installations and will provide you with the basic skills to successfully install grounding/bonding for a specified number of applications.

You will learn to assist in the interpretation and preparation of electrical drawings and related documents and how to analyze and solve simple technical problems related to basic electrical systems by applying mathematics and science principles. The use of diagnostic equipment, tools, and computers will help you solve basic electrical problems and gain a better understanding of the industry.

Under the supervision of a licensed electrician, as a graduate, you will

• Test and troubleshoot electrical and electronic circuits, equipment, and systems
• Ensure health and safety standards and best practices are applied in the workplace

If you successfully complete this program, you may be eligible to challenge the basic level exemption test for the electrician apprenticeship trade.

This program will appeal to your creative, analytical and mathematical sides with instruction in freehand sketching and computer-aided drawing, sustainability and green technology, renovation and restoration, site planning, calculations of load, structural sizing and estimating project costs, and technical communications designed to prepare you for an exciting career in architectural technology.

In the three-year Architectural Technology program you will focus on the commercial aspect of construction and renovation and gain an in-depth understanding of building and construction technology. This program, designed to prepare you for an exciting career in architectural technology, will appeal to your creative and analytical side with instruction in freehand sketching; sustainability and green technology; history of architecture; renovation and restoration; site planning; and technical communications.

You will gain knowledge and apply skills in computer aided drawing, building methods and project management using the most current computer-aided drafting programs such as AutoCAD and Building Information Modeling. In addition, you will learn construction and sustainable technologies for materials such as wood frame, steel, masonry and precast concrete and develop project management skills.

Graduates employed in this field will be skilled in analyzing building codes to determine design requirements; drafting contract and bidding documents; assisting architects with drafting construction and design plans; and constructing design models. The sustainable design skills you will gain will make you current and relevant in today’s increasingly eco-friendly architectural field. Graduates are eligible to apply for additional industry-relevant certifications, which may be a requirement for some employers.

You will further your practical knowledge through a team project/placement component in your third year, which will strengthen your work experience as well as develop your skills in building code, building specifications, estimating and structural and mechanical knowledge.