Graduate Certificate in Post-Production

at Humber College North Campus Canada

Humber’s Mechanical Engineering Technology advanced diploma program prepares you for a career in the design and manufacturing of mechanical components and applications. The curriculum covers the theory and the skills required to:

• Program computer numerical control (CNC) machine tools using computer-aided manufacturing (CAM) software – Mastercam
• Apply design principles and practices
• Design and manufacture process problems
• Learn 2D computer-aided design (CAD) software - AutoCAD, 3D CAD software – SolidWorks
• Design and manufacture mechanical parts and assemblies
• Apply design principles and practices to a variety of engineering problems and environments

Our program builds upon the solid technical foundation of the Mechanical Engineering Technician program. The skills first learned in the technician program are enhanced through project-based learning and increased hands-on practice in the labs.

This program offers a co-op option. Co-op work terms enable you to apply your skills and knowledge in a work environment and gain valuable, practical experience related to your program of study. You will learn new skills, learn about the world of work and meet people in your profession. For students who are accepted into the program, three co-op work terms will take place. The first four-month work term is between Semesters 2 and 3, and then two consecutive four-month work terms between Semesters 4 and 5.  There are limited spaces in the co-op option. Therefore, you will apply for the co-op option during Semester 1 and be informed of the process by which to apply.  While co-op work opportunities are not guaranteed, as students are in a competitive job placement market, participating students will receive a wide range of services to help them find a co-op opportunity.

Begin a career designing and manufacturing with a Mechanical Engineering Technology advanced diploma. Our graduates are able to perform engineering design and equipment/technology selection for major components in the design of mechanical systems; liaise with fabrication and engineering staff, as well as with vendors, for technical information and specifications; prepare preliminary and final cost estimates; and prepare and evaluate production processes, costing, tool design and inspection requirements. Graduates work in two main areas:

• Drafting and design, equipment testing, mechanical equipment installation and consulting engineering offices
• The metal cutting industries, programming, cost estimating, quality control and inspection, and in machinery sales

Humber’s Broadcast Television/Videography (BRTV) diploma program will quickly prepare you for media content creation in operational and production roles. An intensive, behind-the-scenes look at broadcasting will give you a solid grounding in video production skills and broadcast standards. This program is an excellent starting point for anyone who wants to work behind the scenes in television production and features a wide variety of courses, as well as field experience opportunities, empowering graduates for success in the broadcast industry.

You will learn about:

• live studio and live remote broadcasting
• single camera location shooting
• video editing and audio mixing
• writing, planning and producing content

Your hands-on broadcasting education will be enriched by access to Humber’s high-definition television mobile truck—the most advanced of its kind among Ontario colleges. This compact, 35-foot television facility features state-of-the-art broadcast equipment including the latest cameras, video production switcher, digital recording system, broadcast graphics software and editing facilities.

Humber has a strong reputation in the television broadcasting industry.BRTV students regularly produce and live stream Humber Hawks varsity games and esport tournaments. BRTV students have also worked with Maple Leaf Sports and Entertainment (MLSE) on National Lacrosse League games and with Double Black Diamond Productions on internationally broadcast FIS World Cup events.

Note: the January 2020 program start will offer a hybrid curriculum for Semesters 1 and 2. A hybrid curriculum is a blend of face-to-face and online. Semester 2 will be offered from May to August. Semesters 3 and 4 (September to April) will be comprised of face-to-face class time.

Humber’s Computer Programmer diploma program is designed to prepare students for a wide variety of employment opportunities within the dynamic and ever-growing field of programming. In addition to learning programming in a variety of languages, from ASP.NET to XML, you will gain an in-depth understanding of industry-standard operating systems and how to use them. You will learn everything from C programming and shell scripts, to back end web design and Java. Upon graduation, you will be equipped with the up-to-date skills you need for success.

Our programming courses are designed to give you a thorough grounding in theory and practice including web development and design, distributed computing, database management and administration, project management, technical writing, information technology, and all facets of information systems. You will also learn about software development applications and follow the standards of planning, developing, testing and supporting software.

Canada has approximately 675,000 people working in information and communications technology (ICT), and about half of that workforce is in Ontario where the ICT industry accounts for over $30 billion in sales. Help satisfy the continuing demand for skilled IT professionals. Our graduates are able to work as computer programmers, junior web developers, junior database designers, junior software testers, customer support analysts, system co-ordinators, technical sales co-ordinators or technical support representatives.

Humber’s Computer Engineering Technology advanced diploma program trains you to develop and design the cutting-edge technologies that propel most businesses and governments around the world.

You will be taught by industry experts, in small classes, skills in hardware and software, electronics and networking, plus a variety of systems. As well, you will learn to upgrade and incorporate new technological advances into existing systems.

The curriculum is designed with industry collaboration, ensuring you are learning the skills that companies require. The program features courses in programming; electronics; networks set up and programming; Linux/Ubuntu installation and configuration; and the network services that lay the groundwork to build software skills and expertise in data communications, networking and security. You’ll develop, install and operate computer embedded and network systems; work on various network protocols and microcontrollers; and learn to refine and develop current applications.

In your final year, you will focus on integrating all your skills by examining the inner workings of networks using different application programming interfaces (APIs) to build network applications, comparing different computer architectures and completing a major project using an embedded system.

Optional Co-op
This program offers a co-op option. Co-op work terms enable you to apply your skills and knowledge in a work environment and gain valuable, practical experience related to your program of study. You will learn new skills, learn about the world of work and meet people in your profession. The current Work Placement Program will continue for the students who started the program before Fall 2019.

For students who are accepted into the program, three co-op work terms will take place. The first four-month work term is between Semesters 3 and 4, and then two consecutive four-month work terms between Semesters 4 and 5.  There are limited spaces in the co-op option. Therefore, you will apply for the co-op option during Semester 1 and be informed of the process by which to apply.  While co-op work opportunities are not guaranteed, as students are in a competitive job placement market, participating students will receive a wide range of services to help them find a co-op opportunity.

Industrial designers design products for consumers.  Examples include sports footwear, headphones, wearables and automobiles. Graduates of the program are in high demand for the practical skills gained through the program’s hands-on learning environment. These skills include sketching, digital graphic rendering, model-making and computer-aided design (CAD).  The program is project driven, and many of the design projects will involve industry collaboration to ensure real-world relevance.

Students elect a design specialization in Year 3 in one of:

• Automotive design
• Product design or
• Interaction design

Automotive designers design the appearance (styling) of motor vehicles including automobiles, motorcycles and off-road vehicles. Humber is the only industrial design program in Canada that offers an automotive design specialization. 
In product design, there is more emphasis on the method of finding a solution to a user’s problem in order to make doing a task easier or make the user experience with the product more satisfying.
Interaction design is a new offering in the program which recognizes that more and more physical products are integrating a digital component, including touch screens or voice activation.

Learning Outcomes

• Upon successful completion of the program, a graduate will:
  • Meet the professional criteria as established by the ACIDO Charter (The Association of Chartered Industrial Designers of Ontario), demonstrating core competencies in skills, knowledge and design methodology in industrial design meeting.
  • Design, document and communicate high quality interior design propositions of varying size, scope and complexity employing principles of evidence-based design methodology.
  • Explain how products work; how products can be made to work better for people; what makes a product useful, usable, and desirable; and how products are manufactured and serviced.
  • Select and employ appropriate visual languages to investigate, analyze, interpret, develop and articulate ideas for two and three-dimensional projects.
  • Produce sophisticated design proposals emphasizing three-dimensional quality of space achieved through architectural detailing.
  • Communicate concepts and requirements to other designers and colleagues who work with them, and to clients and employers. This need to communicate draws upon: verbal and written forms, two-dimensional and three-dimensional media, and levels of detailing ranging from sketching to engineering drawings.
  • Employ computer-aided drafting (CAD), computer-aided industrial design (CAID), and appropriate 2D and 3D graphic software to create graphic presentations and marketing materials.
  • Integrate sustainable practices in the design process and demonstrate leadership by educating users in these principles.
  • Analyze the complexity of forces – economic, political, physiological, sociological and technological – which influence the design of the physical environment.
  • Incorporate principles of user-centered design, human factors and ergonomics in design solutions.
  • Select appropriate methods and materials to achieve the technical functionality and aesthetically pleasing built environment.
  • Select the appropriate process(es) and materials for manufacture for a given production volume.
  • Support the marketing function with design strategy supported by graphic/3D materials.
  • Demonstrate an understanding of the relationship between human behaviour and the built environment and the implications in preparing design solutions.
  • Assess the implications for interior design presented by key developments in current and emerging materials, media and technologies and in interdisciplinary approaches to contemporary design practice.
  • Source information on copyright, mechanical patents, and protection of intellectual property, as applied and practiced in the professional field of industrial design.
  • Develop a business case for and present design solutions to a variety of stakeholder in keeping with professional standards and practices.
  • Employ effective and professional communication skills and techniques to interact, negotiate and undertake collaborative efforts including meaningful discussion of one’s work in an open studio environment, with audiences, clients, markets, end-users and team members.
  • Work collaboratively with clients to develop an understanding of the product requirements, leading to a design brief.
  • Confidently employ appropriate professional accountability, personal and business ethics demonstrating competency of industry practices.
  • Work in a team effectively, utilizing skills of collaboration, negotiation, compromise and conflict resolution.
  • Employ appropriate conventions of measurement, scale, site measuring, drafting and volumetric manipulation through a variety of manual and digital modeling techniques.
  • Design to exceed the minimum standards of applicable laws, codes, regulations, and practices that protect the health, safety and welfare of the public.
  • Speak clearly and persuasively for design concepts and resources.
  • Plan and manage projects, demonstrate good time management skills, be a self-starter, and show resourcefulness.
  • Employ both convergent and divergent thinking in the process of observation, investigation, speculative enquiry, ideation, rationalization and implementation of design solutions.
  • Source, navigate, select, retrieve, evaluate, manipulate and manage information from a variety of sources, both primary and secondary.
  • Conduct themselves with honesty and integrity, demonstrating professional accountability.
  • Employ a variety of methods of design to develop design solutions.
  • Analyze information and experiences in order to articulate an academically structured, sustained and well-supported argument supporting a design issue or creative interior design solution.
  • Identify and analyze the customer needs of an identified target market.
  • Find relevant information that informs the design process, employing a number of techniques and skills including: observation, expert interviews, market information, and various digital search techniques.
  • Employ a variety of ideation techniques, including: sketching, brainstorming, rapid sketching, analogy, metaphors, symbols, and form exploration/sketch modeling
  • Develop a design solution which meets users’ needs, derived from concept development, product aesthetics (form, color, texture, haptics) that reflects market trends, human factors (including ergonomics, user interaction, and safety), model making, materials and technology, sustainable design, manufacturing feasibility and design validation, and cost.
  • Demonstrate good problem solving abilities.
  • Develop creative and innovative solutions.
  • Demonstrate a strong aesthetic sensibility and style, resulting in design solutions with visual appeal.
  • Articulate a well-supported argument justifying a design concept or creative design solution.
  • Articulate the difference and relationship between a product’s form and function and the emotional and experiential needs it fulfills.
  • Articulate design strategy in the context of business strategy.

Work Placement

• This program includes a work placement of 420 hours in the summer between Year three and four.

Humber's Fire Services diploma program teaches you the theory of fire science, fire prevention, safety, and physical and mental health while working in a collaborative environment. You will gain a well-rounded education in fire services and will acquire the knowledge, skills and abilities required by fire and emergency services. You will also develop personal resilience strategies to manage the rigours of this career.

This program does not educate you to become a firefighter. If you would like information on becoming a firefighter, see our Pre-Service Firefighter program.

Learning Outcomes
Upon successful completion of the program, a graduate will:

• Design, interpret, problem-solve and modify technical projects related to fire protection.
• Analyze the impact of legislation, fire standards, regulations, ethics, and guidelines on the operation of fire services
• Use building construction documentation to evaluate safety hazards when responding to an emergency.
• Advocate for fire services, fire health, safety and prevention to enhance public safety and awareness.
• Apply relevant occupational health and safety regulations, legislation, policies and procedures, ethical principles and professional conduct in various workplaces.
• Apply communication, teamwork and organizational skills to enhance the quality of service in fire services.
• Analyze, within a Canadian context, the impact of historical practices and current trends on the operations in fire science.
• Ensure maintenance of one’s physical and mental health and abide by the occupational standards of the firefighting profession.
• Employ strategies, programs and interventions to provide help to an individual experiencing an acute mental health crisis as well as to address chronic stress related behaviours found in self and others.
• Apply knowledge of human rights and freedoms legislation in all verbal and written interactions.
• Work cooperatively in multidisciplinary teams to achieve mutual goals.
• Develop and implement ongoing effective strategies for personal and professional development to manage the rigors of a career in Emergency Services.

The Advanced Chocolate and Confectionery Artistry graduate certificate program offers you an opportunity to develop high-level skills in pastry arts. Using advanced techniques and sophisticated equipment, you will design and produce artisanal chocolates and confections, international desserts, frozen preparations, and multi-tiered special occasion cakes in Humber's state-of-the-art bake labs. You will research current trends and emerging technologies in chocolate and confectionery with a focus on sustainability and environmental stewardship. Studies in entrepreneurship, and recipe and product development will culminate in the launch of a branded product.

This program is offered in a flexible learning environment allowing students to learn online, in-class or in a hybrid format. Practical classes take place in the evening to accommodate working professionals.

Humber’s Recreation and Leisure Services diploma program provides you with skills needed to start your career in government, not-for-profit and commercial recreation organizations. You will learn about recreation programming, special event management, staff management, facility operations, marketing and other services within the industry.

The curriculum is designed with industry collaboration, ensuring it is current and relevant. Within the program, students use ActiveNet software and PerfectMind, the most widely used registration management software in the recreation industry.

Students apply their skills by planning and implementing events for local community and charity organizations. A three-day leadership camp at the Ontario Educational Leadership Centre helps build communication and leadership skills while guest speakers, practical training and field trips provide added benefits in preparing you for the workplace.

Learning from professors, as well as managers and directors of recreation programs, centres and agencies will give you valuable exposure to the industry and training in current issues.

Work Placement

• Qualified students will complete a work placement in Semester 4 – three days per week for 15 weeks (total of 250 hours). The school works with the student to find a placement with an industry partner. The placement occurs across industry sectors including professional sport associations, community and amateur sport governing bodies, and private sector sport organizations. These placements provide valuable experience and industry contacts.

Humber’s Design Foundation certificate program provides you with the skills to focus your creativity as you begin a career in design.  If you have a clear interest in visual art and design, but want to upgrade or build your portfolio of work, or explore various design disciplines while considering your future career, this is the program for you. With a deep scope of experience in a variety of design facets, our faculty provides you with an industry-current perspective of your work while offering you a broad based preparatory design education. You will develop design skills, techniques and processes; and learn about various professional career choices while developing and refining your comprehensive portfolio. Your training is led by professional designers from a variety of disciplines in a curriculum that features courses in:

• 1, 2 and 3-Point perspective drawing
• 2D and 3D principles
• Colour theory
• Interior design
• Industrial design
• Graphic design
• Design software such as Photoshop, Illustrator and AutoCAD

You will also work in professional-quality labs, developing skills that will give you the hands-on experience employers want.

Designers influence the development of products, the packages they come in and the marketing materials used to promote them. We also rely on designers to plan all types of buildings and to create inviting spaces within them.In Toronto’s vibrant creative sector, the demand for talented and skilled designers is strong. Your generalized training in the many aspects of design may be an effective launching pad to more specialized design study in various fields including industrial design, interior design, interior decorating, graphic design, architecture, civil engineering or building technology.

Humber’s Biotechnology diploma program prepares graduates with the transferable skills needed to build successful careers in a variety of biotechnology and research sectors. The program balances theoretical understanding with experiential practices in specific laboratory skills needed by employers. These practical components are the focus of the program and are developed and reinforced through an integration of practical laboratory experiences. Integrative laboratory projects are designed to simulate a real life experience through translation of theory to practice. The program provides a valuable specialization to students interested in life sciences programs without having to go elsewhere for practical laboratory skills training.

Students will benefit from:

• Laboratory skills development linked to industry demands
• Extensive applied/hands-on laboratory experience
• Simulated learning environments
• Integrative project work that links applied and academic fields (simulating real work experiences)
• Acquiring a recognized skill set applicable to a wide variety of employment opportunities
• A unique integrated approach
• Learning to operate laboratory equipment stable in the field of science and biotechnology
• Learning to adapt to the changing field and stay current