Mita DASOG, PhD in Materials Chemistry (Canada)

Dasog Mita

Mita holds a PhD in Materials Chemistry from the University of Alberta and is currently working as Assistant Professor at Dalhousie University, Canada. While her academic work focuses on nanomaterials for renewable energy, she is also interested in solar energy, catalysis, optoelectronics and inorganic chemistry.

Current position: Assistant Professor at Dalhousie University, Canada

Research focus: Nanomaterials for renewable energy

In her doctoral work she conducted research on nanomaterial made of silicon, which is widely available in the environment and could transform computers and cell phones into more energy efficient gadgets.

For her achievements, Mita received a Green Talents award in 2013, which gave her the opportunity to study carbon dioxide sequestration during her two-month research stay at the Technical University of Munich, Germany. Afterwards, she worked on mesostructured earth abundant materials for fuel generation at the California Institute of Technology, USA. Mita was awarded the NSERC Postdoctoral Fellowship in 2014 to carry out her work at Caltech.

2015 Canadian Council of University Chemistry Chairs Doctoral Award
2014 Canadian Society for Chemistry National Award for Outstanding Graduate Work in Inorganic Chemistry
2013 Top 25 Global Young Scientists in Sustainable Research


CV as submitted for the Green Talents award (2013):

DEPARTMENT OF CHEMISTRY, UNIVERSITY OF ALBERTA, CANADA

Research focus: Synthesis and application of silicon-based nanomaterials

Award-winning chemist Mita Dasog conducts research on nanomaterials made of one of the most abundant elements on earth, silicon, in order to make our computers and cell phones more energy efficient.

What if your smartphone were smart enough to save the environment? Mita Dasog has been studying and researching to solve this question for a long time. The main objective of her research project is to prepare various types of silicon nanomaterials at low temperatures. By using silicon to produce nanomaterial particles that will end up in our computers, smartphones and tablets, Dasog plans to decrease our dependency on the less available resources.

Having successfully graduated from the University of Saskatchewan with honours, Dasog is currently a PhD candidate at the University of Alberta, conducting groundbreaking research on nanomaterials. During a two-month research visit to the Technical University of Munich, Dasog decided to focus on environmentally relevant research of silicon nanomaterials.

Dasog emphasises the importance of making use of abundant sources on earth in order to develop a technology based on these materials. Therefore, she is using the second-most abundant element on earth – silicon – that will serve for exactly this purpose. She notes that her aim “is to not only develop chemistry based on sustainable resources, but to also improve upon the existing methods and develop straightforward synthetic routes using less harmful reagents.”