Diploma in Business in Payroll and Bookkeeping

at Fanshawe College - London Campus Canada

There is no more valued, in-demand or dynamic career these days than one in IT. If you've got a passion for coding and computers, and you're ready to develop the skills to land your dream job, Fanshawe's Computer Programmer Analyst program is the right fit for you.

You'll begin your journey by focusing on fundamental IT topics. As you progress through the program, you'll develop the in-depth and specialized computer knowledge employers are looking for. 

What you learn from our IT courses

• Object-oriented development in both Windows and Linux-based client/server systems;
• Software development;
• Client/server web development (both .NET and J2EE);
• Database development (MSSQL and Oracle) and;
• Code level graphics, animation and simulation with C++ and DirectX.

Co-operative Education
This three-year program has three co-op work terms.  Students who fulfill both the academic and co-op requirements of the program will be eligible to graduate with a Co-op Endorsed Diploma.  More information about Co-operative Education can be found at www.fanshawec.ca/co-op.

The Broadcasting - Radio program is a highly concentrated hands-on approach to training students for careers in radio broadcasting and emerging broadcast media.  Students operate four broadcast properties in Fanshawe College's School of Contemporary Media building, which is equipped with the latest in broadcast technology.  CIXX-FM (106.9) is Canada's first licensed instructional radio station at full power FM utilizing the latest digital control rooms and production equipment. Areas of study include: On-Air Performance, Creative Writing, Audio and Commercial Production, Sales/Marketing/Promotions, Music and Programming and Web and Social Media content development.  Listen live to students perform on 106.9 CIXX-FM, The X at www.1069thex.com, The Falcon at www.thefalcon.ca, CFRL Radio at www.cfrlradio.ca, and Stellar Radio, live video and audio at livestream.com/stellar_radio.  Broadcasting - Radio students learn in a live on-air environment while performing on-air and various job functions identical to those in the Broadcast industry

Learning Outcomes
The graduate has reliably demonstrated the ability to

• create radio productions and audio content, in studio and on location, using relevant broadcasting equipment and related industry technologies.
• Deliver, support and promote radio broadcast content via multiple platforms using a variety of media.
• Participate in the planning and preparation of programming content for a variety of radio formats.
• Monitor and evaluate the quality of radio broadcasts using appropriate relevant resources, tools and equipment which meet current industry standards.
• Assist in promoting the a station's brand and generating revenues through a variety of marketing and advertising sales activities.
• Plan and prepare interviews, scripts and reporting content for use in radio broadcasts.
• Use business skills and accepted industry practices in the completion of tasks and projects.
• Keep current with the needs of the broadcast industry using strategies that enhance work performance and guide professional development.
• Perform all work in compliance with relevant statutes, regulations, legislation, industry standards and company policies.
• Present live programming on air to relay various types of information and stories in different formats.

The Developmental Services Worker (Fast Track) Diploma program prepares its graduates to support people with developmental disabilities so that these individuals may participate fully in their communities. DSW have the specialized knowledge and skills required to work with people with developmental disabilities across the life span.

Inherent to the role of a DSW is an ability to collaborate and build relationships with people with developmental disabilities and their families and to work with colleagues and members of inter-professional teams to facilitate a seamless network of support for people.
Courses focus on disabilities, person-directed support, inclusion and community resources, dual diagnosis, interpersonal skills, counseling, health, pharmacology, development, teaching, and intervention strategies. Field placements in community agencies and/or schools are part of the curriculum.

Learning Outcomes
The graduate has reliably demonstrated the ability to

• Conduct oneself in an ethical*, competent* and accountable* manner in all professional relationships.
• Provide person-directed supports and services that respect and promote self-determination for people with developmental disabilities
• Provide for the safety of people with developmental disabilities, self and others in compliance with all applicable legislation, regulations and standards of practice*.
• Support health and well-being of people with developmental disabilities.
• Employ and adapt formal and informal strategies to support the learning of people with developmental disabilities.
• Provide leadership in the development of inclusive communities*
• Develop professional and personal plans that enhance job performance and well-being.

Research and Evaluation (Co-Op) is an Ontario College Graduate Certificate program that supports students and professionals in developing sought-after research and program evaluation skills. Program evaluation in Canada is an expanding industry in terms of both its general use and the diversity of contexts in which it is applied. Students learn diverse social science research methods and apply them with the aim of program evaluation and optimization. Students also have the option to complete a co-operative work experience that will enhance the applicability of their skills to the workplace.

Co-operative Education
This one-year program has one co-op work term.  Students who fulfill both the academic and co-op requirements of the program will be eligible to graduate with a Co-op Endorsed Certificate.  More information about Co-operative Education can be found at www.fanshawec.ca/co-op.

Learning Outcomes
The graduate has reliably demonstrated the ability to

• Use current information technology tools to retrieve, organize, process, and communicate both qualitative and quantitative evaluation and research data
• Translate research and program evaluation goals into appropriate evaluation designs and methods
• Construct actionable recommendations for stakeholders based on accurate analysis of the information
• Design clear, persuasive and accurate documentation to collect, support and present data for program evaluation and research projects
• Meet the objectives of organizations and clients through applying appropriate program evaluation and research methods, and through accurately analyzing research and evaluation findings
• Apply appropriate statistical techniques to generate high-quality information and analysis
• Complete all work in accordance with ethical, legislative and professional requirements and standards
• Contribute to the management of a project, ensuring that it meets all necessary goals and parameters (e.g. scope, design/features, timelines, etc.)
• Effectively communicate specialized information to diverse audiences with varying degrees of technical knowledge
• Accurately and persuasively report on the progress and results of program evaluation and research projects to relevant stakeholders
• Increase organizational efficacy by capturing, interpreting and applying organizational information using knowledge management techniques

This program provides students with an understanding of the practical science of biology, chemistry, mathematics, and physics. It is a three-year, seven level program with up to 16 months of paid co-op experience. The electrical engineering technology program will prepare graduates for jobs in growth areas of automation, network communications, electrical utilities/protection, process control, electronics, and embedded systems. Students will study electrical system design, automation, power generation/distribution, and develop practical skills. Graduates will be skilled in AutoCAD, hydraulic/pneumatic systems, PLCs, motors, electronics, programming, and industrial automation. Throughout the program, students will apply this knowledge in conjunction with the Canadian Electrical Code, workplace health and safety and project management applications. Additionally, students will enhance their interpersonal and communication skills.

Students develop a wide variety of skills related to developing, testing and deploying applications for mobile devices. The main focus of the program is to design mobile applications for the two leading platforms in mobile devices: iOS and Android. Students will develop the capabilities to assess the integration of mobile solutions in existing business functions and processes, build native applications for mobile devices, implement web and enterprise solutions on the mobile platform, and implement user interface (UI) and user experience (UX) design best practices. In their final semester, students will complete a co-operative work placement with an industry partner.

Co-operative Education
This one-year program has one co-op work term.  Students who fulfill both the academic and co-op requirements of the program will be eligible to graduate with a Co-op Endorsed Certificate.  More information about Co-operative Education can be found at www.fanshawec.ca/co-op.

This program, as the name implies, shall give Engineering students a one-year, intensive training in the practical elements associated with their profession, such as CAD, Blueprint Reading, Machining and Welding.  The program has been created to complement the theoretical skills that they presently obtain in their formal studies.

Learning Outcomes
The graduate has reliably demonstrated the ability to :

• Solve complex technical problems related to mechanical environments and evaluate solutions according to accepted engineering principles.
• Design and analyze mechanical components, processes, and systems through the application of complex engineering principles and practices.
• Create graphics and other technical documents and evaluate these documents against appropriate engineering standards.
• Utilize current and relevant hardware and software to support the mechanical engineering environment.
• Design components using knowledge of manufacturing processes.
• Apply knowledge of materials and engineering principles to manufacturing operations andprocesses as required.
• Select and utilize various machinery, tools, and other equipment used in manufacturing processes as required.
• Coordinate, conduct and analyze quality control and quality assurance procedures.
• Create a relevant project document including the creation of a risk management strategy, incorporating the environmental, economic, legal, safety, and ethical implications inherent in mechanical engineering projects.
• Produce, maintain and utilize documentation, and inventory and records systems.
• Participate in the management of an engineering product.
• Develop and implement strategies and plans to improve job performance and work relationships.

Fanshawe College’s Public Relations - Corporate Communications program is designed to prepare college and university graduates to enter the exciting and challenging world of communications. Students will hone their writing and presentation skills, learn the latest digital communication and web design techniques, and analyze public relations and ethics challenges.

A second-term field placement allows students to put these new skills to work. Students will make business contacts through professional associations and complete course work with a community focus. The curriculum is current, community-minded, and developed by professional communicators. 

Developing superior writing skills, combined with an emphasis on teamwork, graphic design skills, and technological savvy gives graduates of this program a competitive edge. This program is best suited to individuals with already above-average writing skills, an outgoing personality and an ability to see solutions when others are focusing on problems. If you’re ready for the challenge, a world of career possibilities is waiting.

This program blends theory with hands-on application of theoretical principles delivered through course work and field practicum.  Students in this program will develop their knowledge and professional skills in areas such as child development and best practices in early childhood; the early childhood educator's role and responsibilities; the importance of play in children's learning; family involvement and curriculum design and implementation.
When the student graduates they will have the knowledge and necessary skills to work with children, families and community in the context of early learning and development programs for children from birth to age twelve. The student will be prepared to work in a variety of settings, including child care centres, early learning and family centres, Best Start programs, before and after school programs and with school boards.

Learning Outcomes
The graduate has reliably demonstrated the ability to

• Design, implement and evaluate inclusive* and play-based* early learning curriculum* and programs that support children's* holistic development* and are responsive to individual children's* and groups of children's* observed abilities, interests and ideas.
• Establish and maintain inclusive* early learning environments* that support diverse*, equitable and accessible developmental and learning opportunities for all children* and their families*.
• Select and use a variety of screening tools, observation and documentation strategies to review, support and promote children's* learning across the continuum of early childhood development*.
• Establish and maintain responsive relationships* with individual children*, groups of children* and families*.
• Assess, develop and maintain safe, healthy and quality early learning environments* which meet the requirements of current legislation, agency policies and evidence-based practices* in early learning.
• Prepare and use professional written, verbal, nonverbal and electronic communications when working with children*, families*, colleagues, employers, and community partners.
• Identify, select and apply relevant legislation, regulations, College of Early Childhood Educators Standards of Practice and Code of Ethics, policies and evidence-based practice* guidelines, and interpret their impact on a variety of early learning environments*.
• Apply a developing personal philosophy of early learning in accordance with ethical and professional standards* of early childhood education practice.
• Advocate* for quality early learning environments* and collaborate with members of the early learning team, families* and community partners to establish and promote such settings.
• Engage in reflective practice, develop learning goals and maintain an ongoing professional development plan in accordance with evidence-based practices* in early learning and related fields.

The Interactive Media Development - 3D Visualization Program at Fanshawe College is an intensive three-year advanced diploma focusing on the tools and techniques necessary to gain employment in the fields of visualization and emerging interactive technologies. The goal of the program is to provide students with the professional, technical and artistic skills necessary to create innovative visualizations, prototypes and info-graphics.

Students will develop 2 and 3 dimensional design skills by studying a curriculum focused initially on the core principles of visualization technologies and interactive media. Foundation courses including image and motion design, interactive production, project management, and visual communication will provide the basis for understanding sophisticated technologies such as virtual and augmented reality.

Throughout the second year, students will study more advanced concepts of visualization including 3D modeling, game engine simulations, visualization statistics, generative art and user experience design. In the third year, students will continue with advanced visualization studies with emphasis on an integrative capstone project (individual or group) or a client based applied research project internship.

An integral part of the 3D Visualization program at Fanshawe College is its relationship to the local community. London, ON has a vibrant and growing interactive media industry. Professionals from this community include business leaders and entrepreneurs, creative directors, interactive designers, programmers, game designers, and producers who will play an important role by providing mentorship to students through critique and guest lectures.

Graduates of this program will find entry-level positions in the visualization industry as interactive designers and programmers, 3D specialists, prototype and visualization designers.

Learning Outcomes
The graduate has reliably demonstrated the ability to

• Complete both individual and collaborative interactive media projects effectively.
• Select and use best practices and tools to design and develop dynamic, rich-media content.
• Assess the requirements of a complex interactive media project.
• Develop, budget, plan and professionally present a complex interactive media project.
• Design a complex media project (interface, navigation, graphics, text treatment) using best practice design and development principles, and applying conceptual and theoretical frameworks.
• Build effective and dynamic complex Web sites and/or mobile applications.
• Identify and analyze ethical and professional issues arising in an online environment.
• Apply research and conceptual skills to propose optimal solutions for mobile/multimedia/Web development problems.
• Select and use creative and critical thinking techniques in the effective design, development and implementation of a complex interactive media project.
• Evaluate the financial, technical and artistic success of a complex interactive media project
• Analyse and implement augmented and virtual reality technologies in the creation of 3D visualizations.
• Assess and evaluate 3D visualization hardware and software for implementation in interactive installations.
• Design complex data, 3D and rich media assets for integration into augmented and virtual reality presentations.