Reinventing
Engineering Education
An Open Community of Practice Workshop
Professor Nick Morton, Birmingham City University
Dr Marie Bassford, De Montfort University
Professor Gary C Wood, NMITE
Contact: nick.morton@bcu.ac.uk
Scene Setting
Engineering education is
evolving rapidly
This workshop began as a
shared conversation at ANTF
symposium
A new Community of Practice:
BCU, DMU, NMITE, Cranfield
Framing question: What does
engineering education need to
look like in 5 years?
Block
Delivery
Example: DMU’s intensive
module delivery
• Allows deep immersion and focus
Block delivery
Provocation:
Does immersive learning limit or deepen understanding?
• Engineering – Foundational concepts, drip-fed
• Re-consider sequencing…
preencoded.png
Vertical Module Maps in Engineering Education
Progressive Knowledge Building and Revamped Assessment Strategies
Foundational concepts introduced early are revisited and deepened in later modules. (e.g. Maths → Applied Maths
→ Engineering Analysis)
Skill Scaffolding
Technical and professional abilities develop sequentially through increasingly complex tasks.
Aligned Learning Outcomes
Module objectives connect to programme-level goals along clear developmental pathways.
Curriculum Coherence
Concepts link across years, preventing fragmentation in modular delivery and prepares for complex applications.
Integration in Engineering Projects
Final-year work synthesises prior learning, demonstrating professional readiness.
Project-led
Teaching
Example: BCU’s industry-led
student challenges
• Learning through solving real-
world problems
Project-led Teaching
Provocation:
Are we designing real learning or real work? Is there a difference?
Industry-
linked,
challenge-led
learning
Example: NMITE’s industry
challenges
• Solve real problems working on
real-world projects
• Studio environment with visits
• Authentic assessment for learning
• Ensures relevance, agency,
employability
Industry-linked learning
Provocation:
Are we meeting industry needs or academic standards?
Breakout Activity: Community Mapping
Prompts for discussion:
1. What's working well in your
current practice?
2. What systemic or cultural
barriers do you face?
3. What would you prototype if
there were no limits?
Group Sharing & Pattern Spotting
Invite groups to share
key insights
Facilitators synthesize
key themes
Spot common threads
and emerging ideas
Future Visioning: Collaboration
What could this
community of practice
become?
Ideas: Shared OERs,
research, cross-
institutional modules?
Capture suggestions live
Closing & Next Steps
Recap key takeaways
Invitation to join the
community
Next touchpoint
Call to action: What
will you do differently
next week?

Reinventing Engineering Education: An Open Community of Practice Workshop

  • 1.
    Reinventing Engineering Education An OpenCommunity of Practice Workshop Professor Nick Morton, Birmingham City University Dr Marie Bassford, De Montfort University Professor Gary C Wood, NMITE Contact: [email protected]
  • 2.
    Scene Setting Engineering educationis evolving rapidly This workshop began as a shared conversation at ANTF symposium A new Community of Practice: BCU, DMU, NMITE, Cranfield Framing question: What does engineering education need to look like in 5 years?
  • 3.
    Block Delivery Example: DMU’s intensive moduledelivery • Allows deep immersion and focus
  • 4.
    Block delivery Provocation: Does immersivelearning limit or deepen understanding? • Engineering – Foundational concepts, drip-fed • Re-consider sequencing…
  • 5.
    preencoded.png Vertical Module Mapsin Engineering Education Progressive Knowledge Building and Revamped Assessment Strategies Foundational concepts introduced early are revisited and deepened in later modules. (e.g. Maths → Applied Maths → Engineering Analysis) Skill Scaffolding Technical and professional abilities develop sequentially through increasingly complex tasks. Aligned Learning Outcomes Module objectives connect to programme-level goals along clear developmental pathways. Curriculum Coherence Concepts link across years, preventing fragmentation in modular delivery and prepares for complex applications. Integration in Engineering Projects Final-year work synthesises prior learning, demonstrating professional readiness.
  • 6.
    Project-led Teaching Example: BCU’s industry-led studentchallenges • Learning through solving real- world problems
  • 7.
    Project-led Teaching Provocation: Are wedesigning real learning or real work? Is there a difference?
  • 8.
    Industry- linked, challenge-led learning Example: NMITE’s industry challenges •Solve real problems working on real-world projects • Studio environment with visits • Authentic assessment for learning • Ensures relevance, agency, employability
  • 9.
    Industry-linked learning Provocation: Are wemeeting industry needs or academic standards?
  • 10.
    Breakout Activity: CommunityMapping Prompts for discussion: 1. What's working well in your current practice? 2. What systemic or cultural barriers do you face? 3. What would you prototype if there were no limits?
  • 11.
    Group Sharing &Pattern Spotting Invite groups to share key insights Facilitators synthesize key themes Spot common threads and emerging ideas
  • 12.
    Future Visioning: Collaboration Whatcould this community of practice become? Ideas: Shared OERs, research, cross- institutional modules? Capture suggestions live
  • 13.
    Closing & NextSteps Recap key takeaways Invitation to join the community Next touchpoint Call to action: What will you do differently next week?