Bachelor of Design (Honours)- User Experience

at Humber College North Campus Canada

Humber’s Fitness and Health Promotion diploma program places you at the leading edge of the healthy revolution as you learn from expert, industry-connected faculty. Skills learned go far beyond the fundamentals of exercise to include anatomy, physiology, biomechanics, business administration and marketing, nutrition, injury management, special event planning, and more.

You will combine classroom theory with hands-on training and real-world experience in our unique Humber Centre for Healthy Living for a comprehensive foundation in fitness that includes working with personal training clients and preparing to earn nationally and internationally recognized certifications. You will apply what you have learned by participating in one of the program’s annual special events promoting healthy living, organized and executed by students. Your dedication to wellness and your desire to positively impact lives will propel your career in this interactive and life affirming field.

Please note that certain courses in the Fitness and Health Promotion program require students to participate in fitness classes that will involve physical activity, which may at times be vigorous. Questions about fitness classes and accommodations may be directed to the program co-ordinator (name and email details located in the Contact Us tab).

Work Placement

• You will get hands-on experience as a fitness professional through two unpaid work placements, one per semester in your second year of study.
• Your first work placement takes place on campus where you will perform fitness appraisals and conduct weekly personal training sessions for an assigned client as part of the Humber Centre for Healthy Living (CHL). Along with personal training, students also provide fitness and exercise tips as content for the Humber CHL website.
• Your second work placement takes place off campus, two days per week for 14 weeks (196 hours total) at a fitness facility in a municipal, commercial, private or corporate setting.

Humber’s Electrical Engineering Technician – Control Systems diploma program focuses on three major concentrations in electrical engineering:

• Power industry
• Process instrumentation
• Programmable logic controllers (PLCs).

Our courses are designed in collaboration with an industry advisory panel, ensuring you learn current and relevant material. The program blends classroom theory with laboratory work on subjects such as electric devices and circuits, digital and programming fundamentals, power generation and distribution, electrical computer-aided design and drafting (CADD), electrical code, programmable logic controllers (PLCs), and technical communications.

Complex and challenging assignments prepare you for the realities of a control systems and electrical engineering career. Jump-start your career in the power industry, process instrumentation field as a control specialist or working with programmable logic controllers (PLCs). Our graduates can find work as technicians – designing, maintaining, servicing or selling automated industrial, electrical machines, electrical control, power and process instrumentation systems and equipment. Some employers of our graduates include ABB Inc., Aztec Electrical Supply, Canada Bread, City of Brampton, Street Lighting Department, Eastern Power Limited, Enersource Hydro Mississauga, Siemens Building Technologies Inc., Toronto Transit Commission (TTC), Hydro One and Ontario Power Generation.

Humber’s User Experience (UX) Design graduate certificate simulates the interdisciplinary approaches needed to achieve an innovation process with a focus on design desirability, technological feasibility and business viability. In two semesters, you will be prepared to innovate by problem finding through design research, problem understanding through synthesis, and problem solving through design and prototyping experiences. You will learn how to create valuable courses of action by generating design problem hypotheses, structured design process plans, compelling UX deliverables and persuasive arguments.

You will learn human-centered design methods and rhetoric that ground your design in the needs of the public. In addition, you will learn how to use interaction design and design systems through industry-standard quality assurance methods, and how to design and implement user interfaces to follow corporate strategies. A variety of conceptual and practical work will help you develop effective UX design skills.

As a user experience designer, you will employ the work-practice of prototyping concepts in order to describe ways to integrate digital services with material products and environments. As a UX researcher, you will discover insights through usability testing and apply them to create value for corporate clients and their customers. Toward the conclusion of this program, you will convert your acquired skills and achievements into a portfolio of design products that will help you launch a career as a UX design professional. This program fosters the practical discipline, relevance and currency essential in the contemporary, ever-growing UX job market.

LEARNING OUTCOMES
Upon successful completion of the program, a graduate will:

• Facilitate team processes towards effective completion of user experience design projects.
• Represent a linked sequence of observed evidence, collected data, qualitative research findings, interpretations and proposed design solutions to stakeholders to solicit support and commitment.
• Assess requirements of a user experience design project, in order to increase corporate acceptance, usability and effectiveness.
• Present persuasive arguments in support of user experience projects which balance user needs with business objectives.
• Design a complex user experience project which considers a business uncertainty and plans for multiple outcomes.
• Manage projects using current and proven methodologies to coordinate the work of a multi-disciplinary user experience design team.
• Adapt recommendations and courses of action in accordance with explicit and implicit cultural, professional and ethical constructs involved in solving user experience design problems.
• Factor and refactor research methods and insight-generating frameworks in order to facilitate, inform and guide team problem-solving.
• Resolve uncertainties and create shared purpose with stakeholders using iterative prototyping.
• Evaluate, adjust and communicate design decisions in alignment with financial, technical, and usability factors.

Humber’s Electrical Engineering Technology – Control Systems advanced diploma program blends in-class, academic learning with hands-on laboratory work to prepare you for a career in electrical power and control systems engineering. In the third year of this program, you’ll learn advanced skills for a thorough academic and practical approach to the control of electrical equipment and industrial process instrumentation in automated manufacturing, processing, power systems and utilities industries.

Our curriculum, designed in collaboration with industry, focuses on programming software, feed-back control system and motor control, instrumentation and programmable logic controllers (PLCs), power electronics, power generation, transmission and distribution, power system design, human machine interface (HMI) design, and supervisory control and data acquisition (SCADA). Superior mathematics, physics and critical thinking skills will be es

Humber’s Electrical Engineering Technology – Control Systems advanced diploma program is designed in collaboration with an industry advisory panel ensuring you learn fundamental concepts and experience the latest technologies in this field. The program blends classroom theory with laboratory work on subjects such as electric devices, circuits, digital fundamentals, power generation and distribution, electrical computer-aided design (CAD), electrical codes, programming PLCs and industrial communications.

During the third year of this program, you’ll learn advanced skills to design, operate and maintain electrical equipment and instruments in automated manufacturing, environmental and power systems.

Our curriculum focuses on programming software, feed-back control systems, motor control, instrumentation, programmable logic controllers (PLCs), power electronics, power generation, transmission, distribution, power system design, human machine interface (HMI), and Supervisory Control and Data Acquisition (SCADA). 

The program builds upon the solid technical foundation of our diploma program, providing broader career options. The skills learned in this program are enhanced through project-based learning in a hands-on teaching and learning environment.

Optional Co-op
This program offers an optional co-op opportunity. Co-op work terms enable you to apply your skills and knowledge in a work environment and gain valuable and practical experience related to your program of study. You will improve personal and technical skills while expanding your professional network.

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 occur between Semesters 4 and 5. While co-op work opportunities are not guaranteed, participating students will receive a wide range of services to help them find a co-op placement.

sential to your success. The program builds upon the solid technical foundation of our technician program, ensuring wider career options. The skills learned in the technical program are enhanced through project-based learning and increased hands-on practice in the labs.

Design is everywhere - built into the environments we navigate, the financial and social services we access, the technology we use, products we consume, and processes we use to do our jobs. Design is providing innovative solutions to the most pressing and urgent problems in today’s world. There has never been a more exciting or relevant time to be a designer.

A wide variety of subjects will guide you through important conceptual and practical design fundamentals such as design theory and practice, prototyping, and usability testing. Design courses will help you develop visual storytelling and communication skills, ensuring that you are equipped with top-notch graphic and user design skills upon graduation.

Our program is designed to respond to the increasing demand for designers prepared to meet the challenges of the 21st century. Grounded by the unifying principle of human-centeredness, this program focuses on how design thinking can be harnessed for social change, improve daily experiences, and make processes and interfaces more human-focused.

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.

Hearing instrument specialists (HIS) are valued members of a hearing health-care team. They conduct comprehensive diagnostic hearing assessments, develop hearing health-care plans, dispense advanced digital assistive hearing devices and evaluate outcomes using evidence-based verification methods.   

In the Hearing Instrument Specialist diploma program, you develop the academic knowledge and hands-on, real-world experience required to become a valued hearing health professional.  We combine online and in-person learning models, work-integrated learning, exceptional faculty and state of the art facilities to prepare students to skillfully work within their scope of practice and collaborate effectively as part of an interdisciplinary health-care team. Graduates of our program develop the confidence to adapt to the evolving needs of today’s patient and the emerging technologies for patient care and hearing devices.   

This program develops holistic and critical thinkers, confident clinicians and compassionate communicators who will become outstanding professionals, effective practitioners and leading contributors in their field. 

Program Highlights
Experience a number of interesting and unique courses within the program such as:

• Fundamental Principles of Hearing Devices
• Learn the history of hearing aids, basic principles of electronics and circuitry, and how this relates to the circuitry of hearing devices and styles of hearing aids. Apply this knowledge to choose the appropriate hearing device for a patient profile, and how to compare the benefits and limitations of each hearing aid style.
• Patient Psychology and Counselling Skills
• Explore the individual, familial, and societal impacts of hearing loss on a psychological, emotional, and social level. Formulate the necessary skills to connect with patients on an empathetic, culturally sensitive, and professional level. Become adept at in-depth case history taking and having goal-oriented discussions to motivate patients in their hearing rehabilitation.
• Disorders
• Identify various pathologies within the peripheral and central auditory system. Collaborate confidently with other medical professionals if referral is warranted. Through this course, you will understand the pathologies behind different types of hearing loss such as hyperacusis, tinnitus, and noise induced hearing loss.

Humber’s Landscape Technician diploma program is based on the principles of sustainability, conservation and environmental sensitivity. You’ll learn about landscape design and development, site construction, general horticulture, grounds maintenance, and related technologies through a combination of in-class studies and hands-on landscape training.

At Humber, we have exceptional facilities for landscape education. The Humber Arboretum, for example, is a 250-acre botanical garden centred on the west branch of the Humber River, surrounding Humber’s North Campus. It includes ornamental, woodland and wildlife gardens serving as a unique living classroom for plant studies, construction, arboricultural and horticultural skills. Our construction lab is housed in a weather-protected 8,000-square-foot facility which allows you to build full-scale structures such as decks, gazebos and retaining walls. Our computer labs use the latest in computer-aided design (CAD) software which enables you to prepare professional construction documents.

Humber’s Bachelor of Engineering program begins with a common platform of first year courses which provide foundational engineering knowledge and skills. Following the first year, the curriculum branches into three different discipline areas: Information Systems Engineering, Mechatronics, and The Built Environment.  

The Bachelor of Engineering – Mechatronics discipline gives you hands-on experience with industry-standard advanced technology. You can choose from focused study in either robotics or embedded systems. During the course of the program, students will solve real industry and community problems and gain knowledge and skills in mechanical, electrical, electronics and computer engineering. Students use emerging and cutting edge technologies in robotics, control, electronics, Programmable Logic Controllers (PLC), motors, mechanical components, digital and analog circuits, Artificial Intelligence (AI), Virtual Reality (VR), machine learning, modelling, simulation, embedded systems, and advanced manufacturing. Each of these themes provides theoretical knowledge alongside hands-on training to complement a systems-thinking approch to solving real world problems. 

In addition, this program provides an opportunity to work on industry-led projects through multidisciplinary capstone projects as well as applied research opportunities. Through these experiences, students apply the theoretical knowledge gained during their education to solve real industry problems, while improving their professional skills such as teamwork, communication, collaboration and problem-solving. 

This program is also offered at Sault College in Sault Ste. Marie, Ontario. Students in the program will collaborate on activities using technology that will involve simultaneous learning at both colleges. 

Work Placement
A co-op work program (three consecutive work terms, 420 hour each) ensures that work-integrated learning experiences are woven into the curriculum. This provides students with a contextual understanding of the industry and specific sectors they are training for, as well as recognition of the importance of hands-on experience.

Humber’s Architectural Technology advanced diploma program will train you to use your logical and critical thinking skills as you apply architectural technology to construction and building design. You’ll learn from full-time, award-winning professors and licensed architects who bring real-life perspective and valuable industry contacts to you. The curriculum is designed with industry collaboration, ensuring you are learning current and relevant material. In the program, you will learn:

• Computer-aided drawing, building methods and project management using the most current computer programs such as AutoCAD and Revit (Building Information Modelling)
• Construction technologies for materials such as wood frame, steel, masonry and precast concrete, and project management skills
• Hands-on skills including building code, building specifications, estimating, and structural and mechanical knowledge
• Sustainable design skills needed in today’s eco-friendly architectural technology field

Courses include instruction in freehand sketching, history of architecture, renovation and restoration, site planning, and technical communications. Architectural Technology electives include bath and kitchen, interior detailing, building code (legal), small building residential design and more.

Get hands-on experience in the architectural technology industry during an optional architectural field placement. The placement normally takes place from May through August following semester four (minimum 400 hours). Humber provides a range of services to support students including working with business, industry and government to identify work placement opportunities.

Build a strong future for yourself with a career in architectural technology. Building construction continues to grow, and contractors expect the number of skilled laborers to decline, providing a need for new graduates to enter the architectural technology field. Our graduates work:

• In producing design and construction documents for architectural offices
• As project co-ordinators, estimators and project inspectors for contracting firms
• As housing specialists for design firms
• As sales representatives for construction equipment manufacturers
• As building inspectors and plan examiners for municipalities

The rapid growth in construction and building in Toronto and southern Ontario, combined with Humber’s strong reputation in the industry, provides graduates with strong employment opportunities.