Introduction of Red Bird MPhil Program

The Red Bird MPhil (RBM) Program upholds a student-centered educational philosophy, adopting a group-based, project-driven learning model that emphasizes cross-disciplinary integration to address complex real-world problems. By taking projects as the primary learning vehicle, the program enables students to enhance both their knowledge structure and transferable capabilities through problem-solving practice, cultivating future leaders capable of navigating the AI era and beyond.

Red Bird MPhil Program Framework

Objective of
Talents Cultivation

Knowledge Structure

Transferable Skills

  • Transdisciplinary & Critical Thinking
  • Innovation & Entrepreneurship
  • Time & Project Management
  • Communication (Oral, Written, Interpersonal)
  • Teamwork
  • Resilience

RBM Project-based Teaching &
Learning Pedagogy

Example

Project Goal:

  • Transforming the Logistics Box Ecosystem

Real-World Challenging Problem:

  • Develop reusable and trackable logistics boxes to achieve smart and sustainable logistics management ecosystem

Interdisciplinary Research:

  • Technology development in low-power electronics, robotics, information visualization
  • Market analysis for the ecosystem and carbon footprint study for environment benefit

Triadic Supervisors and Roles:

  • Project Supervisor(PS): Group project supervision and transferable skill development
  • Academic Supervisor(AS): Individual research supervision and specialty training
  • Industry Advisor（IA）： Support of field study support and engineering practice

RBM Students:

  • Empowered with both knowledge and transferable skills

RED BIRD MPHIL STUDY PATHWAY

The Red Bird MPhil (RBM) Program is built upon a student-centered and capability-oriented philosophy, establishing an integrated system that connects admission, cultivation, and career development. The program admits students with strong research potential and interdisciplinary interests, valuing ability and passion over background or institutional prestige. During the first six months, students are not assigned to any specific thrust and are encouraged to freely explore different fields and methodologies. They then enter a thrust to pursue transdisciplinary projects under faculty supervision. Coursework runs in parallel with project work, fostering research skills, systems thinking, and innovation capability. RBM program also provides comprehensive career support and industry connections, and through initiatives such as the Bridge program, helps students expand into diverse career pathways in research, industry, and entrepreneurship.

Red Bird MPhil Study Pathway