Proud to be one of Canada's Banting postdoctoral fellows, the most prestigious scholarship in Canada. Ranking 11th out of 185 nominations by universities inside and outside of Canada. Only 24 awards were given in 2023-24.Developing nanotechnology using flame spray pyrolysis, including mass production of multicomponent graphene systems for carbon capture technology to fight the climate crisis.

Developing nanotechnology using flame spray pyrolysis, including mass production of multicomponent graphene systems for carbon capture technology to fight the climate crisis.

​At enuf, we are on a mission to do whatever it takes to fix the waste crisis. We offer broad impact education, data analysis (including waste audits), and compost organic waste at a rate that is cheaper than landfills. We started as a student initiative called "Waste Not, Want Not" in 2016. Since then, the Concordia community doubled annual composting, halved contamination in compost bins, and each Concordian reduced overall waste by 16%- the equivalent of two months worth of… Show more ​At enuf, we are on a mission to do whatever it takes to fix the waste crisis. We offer broad impact education, data analysis (including waste audits), and compost organic waste at a rate that is cheaper than landfills. We started as a student initiative called "Waste Not, Want Not" in 2016. Since then, the Concordia community doubled annual composting, halved contamination in compost bins, and each Concordian reduced overall waste by 16%- the equivalent of two months worth of garbage.enufCanada.ca Show less

Developing photocurable graphene oxide liquid crystals, and stable stereolithography 3D printing resins

Help prepare Concordia’s submission to Times Higher Education Impact Rankings on the UnitedNations’ sustainable development goals.

We are creating a spin-off of the Concordia Waste Not Want Not Compost collaboration Concordia’s District 3 Acceleration program for new start-ups. WNWN has played a major role in doubling annual compost collection at Concordia and reducing the overall waste by a total of 250 metric tons. We are conducting market research in order to learn about the Greater Montreal Area’s needs in compost education. We are hoping to use our expertise resulting from our work at Concordia in order to advance… Show more We are creating a spin-off of the Concordia Waste Not Want Not Compost collaboration Concordia’s District 3 Acceleration program for new start-ups. WNWN has played a major role in doubling annual compost collection at Concordia and reducing the overall waste by a total of 250 metric tons. We are conducting market research in order to learn about the Greater Montreal Area’s needs in compost education. We are hoping to use our expertise resulting from our work at Concordia in order to advance compost systems and use in private and public institutions. Show less

My Public Scholars page: I just published my first open access paper!Ten Ph.D. candidates representing Concordia’s interdisciplinary diversity and excellence in research. Representing all faculties, the Scholars engage with our wider community to share the significance of their work and its impact on society.The Public Scholars program was developed in partnership with the Montreal Gazette to showcase the value that our doctoral students bring to our city and our world.

Discover a novel reaction mechanism that may help develop photostable material for stereo-lithography 3D printing.

Study the effect of monomer geometry on the curing kinetics of Epoxy.

Synthesize novel quantum dots using Flame Spray Pyrolysis (FSP) for epoxy photocuring research

Synthesize novel quantum dots using Flame Spray Pyrolysis (FSP) for epoxy photocuring research.

Providing support to Quality and Producibility teams. Maintaining and developing programmable tools for analytical purposes. Supporting current investigations concerning major escapes. During the internship, I became familiar with several platforms used such as Enovia and Scoap. I also Participated in several series of “lunch and learn” offered, in which I learned valuable knowledge of all engine components and engine fuel controls.

Improve Slip-Stick motion of an Atomic Force Microscope (AFM). Design PCPs on Kicadfor different projects in the lab and reviewing their electronics. Design mechanical parts onCATIA and manufacturing them. Prepare for an experiment using Sum Frequency Generator(SFG) on Nickel nano-particles deposited on a glass substrate.