People-orientated mentorship: strong support for career growth and professional development with projects tailored to students' background, interests, and long-term goals

At the forefront of innovation: research on disruptive technologies in materials, manufacturing, and clean energy driving real-world impacts

Interdisciplinary approach: materials science, electrochemistry, geoscience, AI, and robotics to solve complex problems

Collaborative and supportive culture: group and one-on-one meetings, student-lead lunch discussion, and informal gathering foster open communication

Hands-on technical and communication training: we emphasize both scientific rigor and storytelling — from experimental design and data analysis to writing and presenting impactful research

Balance between guidance and independence

Professional networking: engagement with industry, investors, and national labs, offering exposure to diverse career paths

High research productivity: students are encouraged and supported to publish in leading journals, achieving strong visibility  ​​