Research

Research Focus

Stephen Armstrong’s research is centered on guiding student projects that are driven by industry collaboration. His approach integrates applied research, innovation management, and business transformation principles to develop practical solutions that address real-world challenges. By engaging students in industry-sponsored projects, Armstrong ensures that research outcomes are relevant, impactful, and aligned with contemporary business and engineering needs.

Industry Collaboration and Applied Research

Armstrong collaborates with industry leaders to design research initiatives that enhance business operations, innovation strategy, and product development. His research spans multiple domains, including aerospace, manufacturing, engineering management, and business psychology. Industry partners provide real-world challenges that form the basis for student projects, fostering experiential learning and bridging the gap between academia and industry.

University Graduate Courses

Stephen Armstrong integrates his research philosophy into the following University of Toronto graduate courses, where students engage in applied research projects:

Other Courses

In addition to graduate-level courses, Armstrong contributes to research-driven education through undergraduate and specialized programs:

Research Integration with AMGI2 Innovation Institute

Through AMGI2, Armstrong applies his research expertise to corporate education, innovation management, and strategic change initiatives. This ensures that student projects and academic research contribute to real-world problem-solving, advancing both industry practices and educational methodologies.

His work fosters a dynamic ecosystem where students, academia, and industry collaborate to drive continuous innovation and transformation in engineering, business, and operations management.

Sustainability and Quality of Life:

  • Green engineering, ecological engineering, sustainable infrastructure, innovation nations and quality of life measures of performance.