February 2020 -- Left to right around the table: Zhujian, Penny, Elizabeth, Rachel, Teddy, Sarah, Viktor, Belvin, Chaoyun, Oscar (visiting), Maicely, Meng and (not photographed: Tao and Durga) [February 2020.
February 2020 -- Left to right around the table: Sarah, Chaoyun, Belvin, Oscar (vising), Viktor, Maicely Teddy, meng, Zhujian, Penny, Elizabeth, Rachel and (Not photographed: Tao and Durga) 
Summer 2017 -- Having group bbq at a park after a long day and work.
(2015-2016) -- Front Left to Right: Tao, Teddy, Anjani, Yue, Sreenivas, Jianping, Xiaoxi, Viktor, Elizangela, Vanessa, Katherine, Heveline, and Rafael (2015-2016)
2014 -- Font Row (From L to R): Chi-han, Ahmed, Tao, Katherine, Jay
Back Row (From L to R): Marina, Xiaoxi, Teddy, Ananda, Yuying, Viral
[not in Picture: Apoorva (the photographer)] (2014).
2014 -- Font Row (From L to R): Xiaoxi, Bhaskar, Zhimin, Sayantani, Ci-han, Vitor
Back Row (From L to R): Ananda, Teddy, Xiaoxi, Rafael.
Prof. Tewodros Asefa (firstname.lastname@example.org)
Ph.D. (2002), University of Toronto
Dr. Chaoyun Tang
Research Projects: Synthesis of 2D and multifunctional nanostructured materials for energy conversions and storage using rationally designed metal-organic frameworks (MOFs) as precursors.
Dr. Zhujian Huang
Research Projects: Synthesis of novel layered double hydroxides (LDHs) and nanoporous materials for electrolysis and environmental remediation and extraction of emerging pollutants.
Research Projects: Development of multifunctional semiconducting nanocatalysts and photocatalysts for renewable energy applications.
Research Project: Synthesis of multifunctional nanomaterials and organo-functionalized mesoporous materials for delivery of drugs and antibacterial agents.
Maricely Ramirez Hernandez
Research Project: Synthesis of hybrid nanomaterials for prevention of wound causing microbes and biofilms and development of wound dressings.
Research Project: Metallic and semiconducting nanostructured materials and heterojunctions for photocatalysis, renewable energy and environmental remediation.
Durga Sankar Vavilapalli
Research Project: Development of novel multiferroic and topological materials and investigation of their electrocatalytic properties for renewable energy systems and photocatalysts properties for environmental remediation.
Research Project: Development of novel precious metal-free electrocatalysts and investigation of their electrochemical and electrocatalysis properties using state-of-the-art spectroscopy.
Research Project: Synthesis of polymer-functionalized nanostructured materials for chronic wound healing.
Research Project: Nanomaterials functionalized with metal Ions for skin wound treatment,
Research Project: Development of organic-functionalized mesoporous metal oxides with antimicrobial agents for wound treatment.