Framework for Learning

 
 
 
 
 
 

Framework for LEARNING

Senior Years Technology Program

Automotive Technology Primary Learning Outcomes Resource (PDF document 776 KB)

Automotive Technology

An approved technical-vocational education (TVE) program cluster comprises departmentally developed and/or approved courses in one specific trade or trained occupation that facilitates the transition from school to either post-secondary training (such as the training provided through Apprenticeship Manitoba) or entry into the workforce (often at an entry-level position).

When learners pursue their studies in an environment modelled after the workplace, they will acquire not only trade-related skills, but will also develop

Global Competencies in Automotive Technology

a person in front of a magnifying glass

Critical thinking in automotive technology involves the intentional process of synthesizing and analyzing ideas using criteria and evidence, making reasoned decisions and judgments, and reflecting on the outcomes and implications of those decisions and judgments. When critical thinking as a competency is applied in automotive technology, learners

  • find and use sources strategically, efficiently, and effectively for the design and management of projects
  • evaluate sources for bias, relevance, and reliability for use in training and occupations
  • analyze and synthesize ideas using criteria and evidence that demonstrate awareness of emerging trends
  • understand that people (customers) come with varied perspectives based on their own experience
  • demonstrate flexibility to reconsider their thinking when faced with new credible information or resources
  • enhance comprehension, clarify meaning, make connections, and expand experiences through questioning
  • make judgments based on observation, experience, and evidence
  • weigh criteria to apply safe practices and make ethical decisions
a person with a lightbulb signifying an original thought

Creativity in automotive technology involves exploring and playing with ideas and concepts in order to represent thinking, solve problems, explore opportunities, and innovate in unique ways. It is the interaction between intuition and thinking. When creativity as a competency is applied in automotive technology, learners

  • demonstrate initiative, open-mindedness, inventiveness, flexibility, and a willingness to take prudent risks in thinking through projects/processes and recognizing safety protocols
  • demonstrate curiosity by exploring new ideas, possibilities, and emerging trends, as well as by asking relevant questions
  • use safe strategies and procedures to make adaptations and adjustments when solving problems or generating innovative ideas
  • enhance innovative ideas by building on prior knowledge and the ideas of others
  • create a plan for a procedure or process and adjust it as needed to achieve the goal of successfully meeting a learning outcome
  • test and adapt procedures or processes to persevere through obstacles to improve process, efficiency, effectiveness, and customer service
  • use reflective practice by welcoming feedback from others to enhance the process
a person in front of a globe

Citizenship in automotive technology involves engaging and working toward a more equitable, compassionate, and sustainable world by developing and valuing relationships to self, others, and the natural world. When citizenship as a competency is applied in automotive technology, learners

  • understand their own perspective on issues related to automotive systems and service
  • recognize discrimination, principles of equity, and human rights in their world
  • explore the interconnectedness of self, the workplace, and the natural world as they make decisions in the workplace and select materials and consumables
  • welcome diverse viewpoints, experiences, and world views, and how they contribute to building relationships and practices
  • empathize with multiple viewpoints to better understand consumers, markets, workplaces, teams, and co-workers
  • connect with others in responsible, respectful, and inclusive ways, both in person and in digital contexts
  • realize their potential in contributing to the betterment of both their workplace and the wider community with the decisions they make
  • work to support diversity, inclusivity, and human rights by finding equitable solutions in the workplace that support well-being for all
  • make ethical choices to promote healthy and sustainable outcomes
a person in front of a fingerprint

Connection to self in automotive technology involves awareness of one’s identity, the ability to self-regulate, make and reflect on decisions, and the responsibility for personal growth, well-being, and well-becoming. When connection to self as a competency is applied in automotive technology, learners

  • recognize personal strengths, gifts, and challenges in automotive systems and service that support their learning and well-being
  • come to know the factors that shape their identity as automotive technicians, and see themselves as professionals
  • use workplace skills and practices to enhance self-regulation, personal comfort, sense of well-being, and efficiency
  • reflect on their own decisions, effort, and experiences, and others’ feedback as they improve their skills as automotive technicians
  • set goals to strengthen their career and personal aspirations as automotive technicians
  • create a personal plan that reflects their career goals, encompassing strengths and interests
  • value and practise resilience as they work through mistakes and overcome obstacles in their skills and understanding of automotive technology
  • demonstrate the ability to change or adapt to new experiences when presented with obstacles or new information
  • recognize and embrace their role in lifelong learning, well-being, and wellbecoming
people holding hands and talking

Collaboration in automotive technology involves learning with and from others and working together with a shared commitment to a common goal. When collaboration as a competency is applied in automotive technology, learners

  • welcome diverse viewpoints, experiences, and world views, and appreciate how they contribute to building relationships and practices
  • understand that when they build on each other’s ideas through discussion, sharing practices, ideas, and stories, their understanding is deepened
  • value and put trust in others’ contributions when working together to ensure safe practices
  • practise active listening and formulate questions of themselves and others to generate new ideas and deepen understanding
  • work through differences and show a willingness to compromise or change perspective by demonstrating effective conflict-resolution practices/strategies and appropriate workplace etiquette and protocols
  • co-construct understanding of current practices and emerging technologies
  • commit to their roles to maintain a safe work environment, to communicate effectively, and to engage in group procedures
people holding hands and talking

Communication in automotive technology involves interacting with others and allowing for a message to be received, expressed, and understood in multiple ways and for a variety of purposes. When communication as a competency is applied in automotive technology, learners

  • express ideas while using workplace cues, conventions, and professionalism, and while being aware of both word choice and body language
  • understand context, adapting to different audiences and purposes and conveying information clearly and concisely
  • understand how their words and actions shape their identity or have an impact on their relationships with colleagues and customers
  • are aware of workplace cues, practices, and protocols, such as word choice and body language, and use them to understand and interpret messages
  • seek to understand others’ ideas and instructions through use observation, active listening, and questioning as they seek to understand and interpret their peers and customers
  • recognize that diverse contexts (of language, culture, age, etc.) can impact and influence understanding
  • make meaning and deepen understanding through their own language and the languages of clients and colleagues
  • build relationships through meaningful interactions using inclusive and respectful language, and correct terminology, both in person and in digital contexts
  • recognize the benefits of communication to build community in their workplace and broader world

Enduring Understandings

Explore career opportunities.

Technical-vocational education supports learners to understand the unique characteristics, scope, working conditions, and career opportunities of various occupations to make informed choices.

Create safe, healthy, and effective workspaces.

Technical-vocational education provides learners with safe, healthy, and effective work practices and protocols that meet industry standards for technical competence and professionalism.

Navigate the world.

Technical-vocational education prepares learners with attitudes, skills, and knowledge to successfully navigate complex, competitive, and collaborative environments to develop an awareness of regulations, cultural competence, and ethical practices.

Experience connected and innovative learning.

Technical-vocational education readies learners to be entrepreneurial and innovative thinkers while making cross-curricular connections and transdisciplinary experiences (STEAM), utilizing industry standard digital tools and technologies, and fostering awareness of industry trends.

Promote inclusive and responsive systems.

Technical-vocational education promotes equity, diversity, and inclusion, is responsive to global challenges, and promotes environmental stewardship to prepare learners for an interconnected world.

Prepare for evolving economies.

Technical-vocational education equips learners with relevant and adaptable skills to become lifelong learners in an ever-changing world.