Why Understanding SPEs Matters for SHSM Teachers
In Ontario’s Specialist High Skills Major (SHSM) program, students must complete five required components to earn the SHSM designation on their Ontario Secondary School Diploma (OSSD), and Sector-Partnered Experiences (SPEs) are one of them.[^1]
Experiential learning and reach-ahead experiences get a lot of attention, but SPEs are often misunderstood. When done well, they deepen students’ sector knowledge and connect academic learning to innovation, technology, and real workplace problem-solving. Unlike general experiential activities (like tours or guest speakers), SPEs are designed and delivered with sector partners, involve core skills like innovation or coding, and include structured reflection.
This guide breaks down exactly what counts as an SPE, what it is and is not, how to plan them, and how to document them so they meet SHSM policy requirements.
What Is a Sector-Partnered Experience (SPE)?
A Sector-Partnered Experience (SPE) is a structured learning activity that allows SHSM students to engage with an external partner (such as an employer, industry group, business or post-secondary institution) in a way that builds sector-specific skills and understanding.
Key aspects of SPEs include:
• Co-design and co-delivery
The experience must be designed and delivered by both teachers and sector partners in the chosen SHSM field. This is not simply an outing or a visit; it’s a collaborative learning event developed with industry input.
• Focused content
All SPEs focus on at least one of the following areas:
- Innovation, Creativity, and Entrepreneurship (ICE)
- Coding (computer programming)
- Mathematical literacy
These areas are intentionally linked to future workplace needs and help students apply their learning in authentic ways.
• Sector relevance
The experience must connect to the student’s specific SHSM sector. For example, an SPE for Health and Wellness might focus on healthcare technology development, while an SPE for Construction could involve innovation in sustainable building processes.
• Duration and documentation
An SPE should be approximately 6 hours in duration (which may be split over multiple days), and, whenever possible, should include documentation that can be added to a student’s SHSM record or portfolio (like completion certificates or project artifacts).
• Self-assessment and reflection
Like other SHSM activities, SPEs must conclude with a structured reflection or self-assessment that helps students articulate what they learned about the skills and mindsets involved.

How an SPE Differs From Other SHSM Experiences
It’s helpful to compare SPEs with other SHSM components to see what makes them unique.
SPE vs. Experiential Learning Activities
Experiential learning (e.g., workplace tours, job shadowing, guest speakers, skill competitions) is a broader category of activities that take place outside the traditional classroom. These are focused on career exposure and exploration.[^5] What sets SPEs apart is the co-design and co-delivery with a partner, emphasis on innovation/coding/math literacy, and a more substantial learning commitment than a single visit or speaker session.
SPE vs. Reach-Ahead Experiences
Reach-ahead experiences help students plan for post-secondary pathways (apprenticeship, college, university or workplace). While a reach-ahead activity might be visiting a college program or attending a career fair, an SPE is intentionally linked to sector skill development using ICE, coding or math literacy within the sector context, not just exposure.
Examples of SPEs That Count
To be a valid SPE, the experience must meet the criteria above. Here are examples that fulfill those expectations:
Innovation, Creativity, and Entrepreneurship (ICE) Projects
An SPE could be a hands-on workshop where students collaborate with a sector partner to solve a real problem using innovation and entrepreneurial thinking. For example, in a Business SHSM, students could work with a local entrepreneur to design a product prototype and pitch it to a panel of local business leaders.
Coding and Technology Integration
For Information and Communications Technology SHSM students, an SPE could involve co-creating a small software application with a local tech company where students learn coding practices, version control, and testing processes.
Mathematical Literacy in Context
In a Construction SHSM, an SPE might involve working with industry engineers to apply mathematical reasoning to real on-site problems—such as calculating load factors or material estimates—and then reflecting on how math supports engineering work.
Sector-Specific Integrated Events
An SPE could take the form of a multi-day event where students engage with sector professionals on various tasks—such as designing a marketing plan with an industry partner for a Hospitality and Tourism SHSM—with outcomes documented in a portfolio.
These activities go beyond simple exposure and help students learn skills that align with both their sector and broader workforce needs.
SPE Planning Considerations for Teachers
Because SPEs involve partnerships and design work, they require intentional planning:
Hit required elements first:
Make sure the activity is co-developed with partners, and intentionally connects to ICE, coding, or mathematical literacy within your SHSM sector.
Use local partners wisely:
Many boards can partner with local employers, industry groups, post-secondary institutions or non-profits who bring practical projects to students. Local sector context makes SPEs more relevant.
Plan for reflection and documentation:
Build structured reflection into the activity so students can articulate what they learned and how the skills apply to their future plans. Reflection also makes documentation easier for SHSM tracking.
Consider flexible delivery:
You can deliver SPEs over one full day or multiple half-days—many schools choose a mix so students can engage deeply without disrupting other learning commitments.
Why SPEs Matter for Students

An SPE isn’t just another checkbox. It’s a meaningful learning experience that helps students:
• Build real skills
SPEs intentionally blend academic learning with sector skills that matter in the workplace.
• Gain confidence in problem-solving
Students apply innovation, coding, or math literacy in practical contexts.
• Strengthen sector knowledge
Working directly with industry partners exposes students to current practices and expectations.
• Document meaningful growth
SPE artifacts and reflections help students build richer portfolios for post-secondary applications.
In short, SPEs help students move from “observing” a sector to actively participating in it.
Final Thoughts
Sector-Partnered Experiences are a core part of what makes SHSM powerful. They are not just trips or guest speakers. They are deep, partner-driven learning experiences that build both sector knowledge and essential skills related to innovation, technology, and mathematical thinking.
When planned and delivered well, SPEs bridge the gap between the classroom and real work—and that is exactly what SHSM is designed to do.
References
- Ontario Ministry of Education. Sector-Partnered Experiences (SPEs) | SHSM Policy and Implementation Guide. Government of Ontario. https://www.ontario.ca/document/specialist-high-skills-major-shsm-policy-and-implementation-guide/sector-partnered
- Ontario Ministry of Education. Components of an SHSM | SHSM Policy and Implementation Guide. Government of Ontario. https://www.ontario.ca/document/specialist-high-skills-major-shsm-policy-and-implementation-guide/components-shsm
- Ontario Ministry of Education. Specialist High Skills Major (SHSM) Policy and Implementation Guide. Government of Ontario. https://www.ontario.ca/document/specialist-high-skills-major-shsm-policy-and-implementation-guide
- Ontario Ministry of Education. Steps for planning and delivering an SPE | SHSM Policy and Implementation Guide. Government of Ontario. https://www.ontario.ca/document/specialist-high-skills-major-shsm-policy-and-implementation-guide/steps-planning-and
- London District Catholic School Board SHSM overview noting SPE as part of required components. https://mts.ldcsb.ca/apps/pages/index.jsp?pREC_ID=1360202&type=d&uREC_ID=1076519


















