Microsystems Technology / Innovator / Engineering Education

David Etor

Exploring micro- / nanosystems technology and engineering education for real-world impact

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Research that Bridges Engineering Innovation, Practical Application, and Educational Transformation

My research spans electromechanical systems, microsystems technology, renewable energy systems, and engineering education.Across these areas, my work focuses on solving practical technical challenges while advancing how engineering is taught, learned, and applied in ways that create meaningful societal impact.From microscale device fabrication and cleanroom-based experimentation to electric machine design, sustainable energy systems, and evidence-based engineering pedagogy, my research is driven by a commitment to rigorous scholarship with practical relevance.

Research Areas

Microsystems & Microfabrication

Micro- / nanoelectronic device fabrication, thin-film technologies, MIM diodes, cleanroom processes, and microscale experimental characterisation.

Engineering Education Research

Active learning, peer instruction, interactive computational learning tools, AI-enhanced pedagogy, and evidence-based STEM education practice.

Current Research Focus

Current areas of focus include:

Publications / Selected Work

Selected publications, conference presentations, and ongoing scholarly work are available through my institutional academic profile and professional research platforms.

• University Profile
• ORCID

Collaboration & Engagement

I welcome opportunities for collaboration across research, educational innovation, interdisciplinary technical development, invited talks, and scholarly exchange.

Areas of particular interest include:

To discuss research collaboration, technical partnership opportunities, or scholarly engagement, please get in touch via my institutional contact information my clicking my University Profile above.

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