Designing Innovation Competency Pedagogy
To redesign a course session for innovation competency development:
- Identify target competencies from the innovative competencies framework (knowledge, aptitudes, skills — see below).
- Pick one or combine pedagogies: collaborative inquiry (cyclical knowledge co-construction), flipped classroom (pre-class content + in-class application), case-based learning (authentic business scenarios).
- Draft a pedagogical manuscript: learner characteristics → objectives → content → materials → methods → counselling/support → assessment → timing.
- Build in reflective exercises so students gain self-awareness of their own innovation aptitude.
- Check for gaps — most approaches under-serve visual/design thinking; supplement with arts-based methods or design-focused cases if needed.
Use this as the checklist against which any pedagogical design is evaluated.
- Knowledge: domain knowledge, procedural knowledge, inquiry methods, design and production methods, market intelligence, innovation management (process/tools/measures), reflective practice.
- Aptitudes: needs/problem finding, empathy, data analysis, qualitative and quantitative research, systems thinking, design thinking, decision-making, prototyping, operations management, market research, marketing, evaluation.
- Skills: creative thinking, visual thinking, critical thinking, reflective thinking, communication, problem identification, business analysis, collaboration, decision-making, design thinking, project management.
Most business curricula already cover knowledge/aptitude competencies; the pedagogical choice mainly determines whether skills (especially creative, critical, reflective thinking, collaboration) actually get developed.
Progress:
- Step 1: Define the course's innovation-competency goals (pull specific items from the framework above)
- Step 2: Select pedagogy/pedagogies matched to those goals
- Step 3: Design pre-class and in-class components (if using flipped model)
- Step 4: Select or write authentic case material (if using case-based learning)
- Step 5: Structure the collaborative inquiry cycle (articulate knowledge → identify gaps → seek/generate new knowledge → define new inquiry)
- Step 6: Build in reflective/dialogic exercises for self-awareness and critical thinking
- Step 7: Identify the visual/design-thinking gap and supplement (arts-based methods, prototyping cases) if missing
- Step 8: Draft the pedagogical manuscript (objectives, materials, methods, assessment, timing)
- Step 9: Prepare instructor role shift — from lecturer to facilitator/mentor
- Step 10: Plan for resistance and support needs (esp. first-year students' self-regulation gaps)
Pedagogy selection guide
| If the goal is... | Use... |
|---|---|
| Replicating research-team collaboration, co-constructing knowledge, questioning assumptions | Collaborative inquiry |
| Freeing class time for application, discussion, and challenging preconceptions | Flipped classroom |
| Bridging theory and authentic business practice, developing critical analysis and reasoning | Case-based learning |
| Cross-disciplinary team simulation, diverse-background groups | Combine all three (they are compatible; collaborative inquiry is the overarching frame) |
Example 1: Input: "I teach a bachelor-level innovation management course and want students to develop problem-identification, communication, and collaboration skills, not just memorize theory." Output: Combine collaborative inquiry as the overarching frame with flipped classroom delivery and case-based learning. Pre-class: short videos/readings on innovation theory. In-class: student groups work an authentic business case using the inquiry cycle (share existing knowledge → surface gaps/misconceptions → research to fill gaps → define next questions). Close each session with a reflective discussion prompt (e.g., "What assumption did your group have to abandon today?") to build reflective thinking and self-awareness of innovation aptitude. Assess via case analysis reports and peer-evaluated collaboration.
Example 2: Input: "My flipped classroom sessions aren't developing visual or design thinking skills." Output: This is an expected gap — none of the three core pedagogies explicitly target visual/design thinking. Add an arts-based method (e.g., a visual mapping or prototyping exercise) or select cases centered on product/service design problems, and require a low-fidelity prototype or storyboard as a deliverable.
Example 3: Input: "First-year students are struggling with the flipped classroom pre-class materials." Output: Expected — younger students often lack the self-efficacy and study skills flipped learning demands. Scaffold: shorten pre-class materials, add guided viewing questions, or shift more of that cohort's work toward collaborative inquiry or case-based learning, which research shows work well even with first-year students.
- Treat collaborative inquiry as the umbrella model — it can absorb flipped classroom, case-based learning, simulations, gamification, and arts-based methods.
- Always close activities with reflective/dialogic exercises; this is where critical thinking and self-awareness of innovation aptitude actually form.
- Design for diverse, cross-disciplinary groups deliberately — innovation work in practice happens in mixed-background teams.
- Use a pedagogical manuscript to plan: learner characteristics, objectives, content, materials, methods, counselling, assessment, timing.
- Explicitly audit designs against the three-part framework (knowledge/aptitudes/skills) rather than assuming coverage.
- Build supportive, low-judgment environments that tolerate failure — risk-taking is core to innovativeness and needs psychological safety to emerge.
- Expect and plan for higher instructor time investment (video production, case-sourcing, facilitation prep) and role change (facilitator, not lecturer).
- Don't assume flipped classroom alone builds collaboration or creative thinking — the in-class activity design is what matters, not the flip itself.
- Don't deploy flipped classroom with young/early-stage students without scaffolding self-regulation — it can fail without study-skill support.
- Don't neglect visual/design thinking — it's a documented blind spot across all three pedagogies.
- Don't treat these methods as low-effort alternatives to lecturing; they require more, not less, instructor expertise and planning time.
- Don't ignore institutional resistance — traditional settings may push back against participatory methods; plan change management, not just lesson plans.
- Don't confuse case-based learning with simple case "discussion" — it should integrate storytelling, rigorous debate, and explicit theory application, not just Q&A.