
Kuang Lab
Adaptive Materials & Advanced Manufacturing
-We engineer forms and functions of soft (bio)materials for sustainability and healthcare
TEACHING
Teaching Philosophy
Mission: Foster a student-centered, inclusive, and positive learning environment for equal learning.
Goal: develop students’ problem-solving skills and cultivate a mindset for lifelong learning.
University of Wisconsin-Madison
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ME 310 Manufacturing: Polymer Processing and Engineering (150 undergraduate students): co-instructor.
Tufts University
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BME0176 3D printing the human body: from tissue engineering to the future of regenerative medicine (2024 Spring; 19 undergraduate and graduate students): instructor.
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BME0176 3D printing the human body: from tissue engineering to the future of regenerative medicine ( 2023 Spring; 20 undergraduate & graduate students): instructor.
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BME 0193 3D printing & tissue engineering (2023 Summer; 6 undergraduate & graduate): co-instructor.
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BME 0193-01 3D printing the human body: from tissue engineering to the future of regenerative medicine (2022 Summer, 14 undergraduate & graduate students): co-instructor.
Georgia Institute of Technology
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MSE 4775/CHBE 4775/CHEM 4775/ME 4775 Polymer Science and Engineering I (Fall 2019; ~60 undergraduate): teaching assistant and guest lecturer.
University of Chinese Academy of Sciences
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Polymeric Material and Processing (Spring 2016, undergraduate): designed syllabus and lecture notes.
3D printing the human body:
from tissue engineering to the future of regenerative medicine
(Tufts University, Spring 2023)


3D printing the human body
from tissue engineering to the future of regenerative medicine (Tufts, Spring 2024)

3D printing the human body:
from tissue engineering to the future of regenerative medicine
(Tufts University, Spring 2024)





