When Students Design
Their Own Learning

"Rural and first-generation students can feel alienated from the very subject that’s meant to empower them."

In a nutshell

A six-year experiment in a rural U.S. college shows how entrepreneurship education can be reimagined when students help design their own learning.

In a Bigger Nutshell

Entrepreneurship education has often revolved around big-city success stories – start-up hubs, investors, and the endless talk of growth and scaling. Yet many students, particularly those in rural or economically distressed regions, don’t live inside that system. For them, traditional entrepreneurship education can feel like studying a world that isn’t theirs.

This urban bias isn’t just geographical – it shapes the content and tone of entrepreneurship education itself, privileging high-growth ventures over the slower, community-rooted forms of entrepreneurship that often sustain rural economies. As a result, rural and first-generation students can feel alienated from the very subject that’s meant to empower them.

Shankar Naskar’s 2025 study tackles this head-on. Over six years, he redesigned a small business course at a liberal-arts college in one of the poorest rural areas of the United States. His experiment, called “student co-created mastery experiences”, turned students from course participants into co-designers of their own learning. Instead of standardised assignments, each cohort built a portfolio of mastery experiences – authentic, locally grounded projects they negotiated with the instructor and local mentors.

In practice, co-creation meant that students helped decide what counted as meaningful evidence of learning. Instead of being handed a syllabus carved in stone, they negotiated project ideas, deliverables, and even assessment criteria – a process that turned evaluation into reflection rather than inspection.

One student team might work with a chamber of commerce on small-business consulting; another might design a crowdfunding campaign or analyse a county’s climate-change business opportunities. Each project had clear deliverables and learning outcomes but was shaped by student interests and community relevance. The instructor acted as facilitator, helping students connect to mentors and balance ambition with feasibility.

Publication Date: July 2025

Authors: Shankar T. Naskar

Institution: University of Virginia’s College at Wise, USA

Study Type: Multi-year case study (2018–2024)

Sample Size: Six cohorts (~16 students per year)

Research Focus: Designing and assessing “student co-created mastery experiences” for first-generation rural students in entrepreneurship education

Research Methodology: Longitudinal case study using qualitative student feedback, teaching evaluations, and course data; grounded in Experiential Learning, Action Learning, and Backward Design theories

Main Findings: Co-created mastery experiences improved student engagement, self-efficacy, and perceived learning outcomes over six years. Students valued flexibility, reflection, and real-world collaboration over standardised testing. The approach provides a viable, context-sensitive alternative to urban-centric entrepreneurship education models.

Citation: Naskar, S. T. (2025). Introducing student co-created mastery experiences: Actionable insights from a multi-year study of an entrepreneurial small business course in rural USA. Entrepreneurship Education, 8, 321–346.  Link

Across six years from 2018 to 2024, students grew more engaged, more confident, and more satisfied with what they learned. Evaluations reflected this clearly, with ratings climbing from about 70 to nearly 90 percent throughout the period, even holding steady through the pandemic years.

The genius of this model lies in how it blends three pedagogical traditions: Experiential Learning (learning through doing and reflection), Action Learning (collaborating on real-world problems), and Backward Design (aligning activities tightly to intended outcomes). Together they form a practical blueprint for co-created, context-sensitive entrepreneurship education.

Of course, this is still a single case – a small course, a dedicated instructor, and a particular kind of community. Scaling such a model requires support, time, and institutional flexibility. But the principle is a powerful guideline: students learn best when they have a say in what “mastery” looks like. For educators in any setting – from big-city universities to online classrooms – this approach offers a reminder that entrepreneurship education doesn’t need to reproduce the same urban templates. It can be rebuilt, locally and collaboratively, to meet learners where they are.

The deeper insight, though, isn’t limited to rural education. Wherever students feel detached from entrepreneurship – whether because of culture, discipline, or circumstance – co-created mastery experiences can make it feel closer and more relevant. Sometimes the most effective teaching innovation isn’t a new tool, but letting students help design the journey.

Related insights appear in
Untangling the Threads of Entrepreneurship Education Research,
Why Reflection Matters in Entrepreneurial Learning,
and
Rethinking Who Fits the Mould in Entrepreneurship Education.

More Research Recaps:

Illustration symbolising the activist turn in entrepreneurship education, where students learn to transform systems for sustainability and justice.

An Activist Turn in Entrepreneurship Education

Entrepreneurship education must stop treating sustainability and justice as electives. This paper argues for activist pedagogies that bake in purpose at the core, equipping students ...
Research recap – who fits the mould in entrepreneurship education (illustration)

Rethinking Who Fits the Mould
in Entrepreneurship Education

Entrepreneurship education may still lean on masculine ideals, but educators and students are increasingly aware of this — and some are finding ways to broaden ...
Research Recap – engineering entrepreneurship education (illustration)

Turning Engineers into Entrepreneurs

A Spanish university course used challenge-based learning to boost engineering students' entrepreneurial skills, improving their problem-solving, creative thinking, and resource management.
Entrepreneurship education research made clear — Research Recap

A Choice for Clarity

The "Research Recap" by SSES aims to identify and distill high-quality social science research on entrepreneurship education into engaging, accessible narratives, bridging the gap between ...
Students learning entrepreneurship skills to improve employability

Employability and Entrepreneurship Education

Entrepreneurship education doesn’t just prepare students to start businesses — it also makes them more employable by teaching adaptability, problem-solving, and resilience.
Entrepreneurial ecosystems and motivation – research illustration

Why Ecosystems Aren’t Enough

In one of entrepreneurship education’s most influential studies, Liñán, Urbano, and Guerrero showed that it’s not flashy start-up hubs or government policies that drive entrepreneurial ...
Abstract illustration symbolizing balance and confidence in entrepreneurship training — Research Recap SSES

Maintaining Confidence in the Face of Realistic Challenges

Entrepreneurship training has its ups and downs, and maintaining students’ self-belief is key.
Research recap – reality of becoming an entrepreneur (illustration)

The Bumpy Reality
of Becoming an Entrepreneur

Students’ entrepreneurial identity and intent don’t develop in neat upward curves. Even with the support of enterprise education, the process is messy, emotional, and riddled ...
Entrepreneurial method illustration, representing effectuation in entrepreneurship education

Introducing the Entrepreneurial Method

Teaching entrepreneurship is evolving from simply just tools and techniques to an entire method – one that teaches students to master uncertainty and create opportunities ...
Research recap – AI in entrepreneurship education (unexpected use)

An Unexpected Way To Use AI in Entrepreneurship Education

To help students grasp entrepreneurial mindsets in a more engaging, memorable way, AI-generated comics were used in a large undergrad course – with mixed but enlightening ...