Additive Manufacturing Laboratory

What we do

Our primary research focus has been the development of advanced three-dimensional (3D) printing technologies for 3D structural electronics. We are leading the field of 3D printed circuit applications and developed the research area greatly supported by NSERC fundings. We have made significant contributions to the manufacturing aspects of 3D printed devices by 1) publishing journal papers with high impact (Joule, impact factor: 46, Advanced Materials, impact factor: 32) and high citation rates in the field of 3D printing of conductive cellulose composites (cited 100 times since 2016), 2) training a large group of highly qualified personnel (HQP), and 3) obtaining substantial financial support from various industrial programs. Also, the NSERC support have been crucial to create and maintain collaborations with leading institutions in the field of 3D printing technologies.

Our Lab culture

Education & Training is the main mission of our research group. My philosophy is dedicated to support trainee’s career & future goals. Key aspects of training in my lab are based on encouraging “collegiality” and “mentorship” from undergraduate to postdoctoral levels.

We believe that the inclusion of diverse teams with a global backgrounds and experiences will be one of keys to effective training of future engineers and scientist. I think that diversity of trainees is essential to carry out project for creativity and diversity of lab members is achieved when equity, diversity, and inclusion (EDI) are carefully considered and practiced.

Our lab culture is open enough for trainees to feel comfortable to express their ideas. Frequent group lunch & learn events or coffee time have been exquisite moments of opening and sharing for the group members. EDI are essential aspects to be considered here, as related to gender, ethnicity, culture, age and cognitive diversity.