•Designed, fabricated, and characterized novel materials for interlayers dielectrics (ILD),post-copper interconnects, liner materials for next generation of semiconductors.• Designed and synthesised molecules for applications in selective area ALD, packagingmaterials formulations (thermal interface and capillary underfill), and wet-etch formulations.• Regularly worked on scientific consulting with clients and delivered on surface engineeringprojects exceeding expectations and generating revenue (>$ 1M + royalties).• Mananged and maintained tools: NMR (Bruker and Varian), XPS (PHI and Kratos), SEM,Raman Microscope (Bruker), MALDI-TOF (Bruker), and various homebrew evaporators.• Safety compliance officer of process chemistry laboratories.-Explored, characterized and developed new processes for 2-D transition metal dichalcogenide materials for BEOL applications.• Worked with multiple clients and delivered on surface engineering projects exceeding expectations, and generating revenue ($2 M).• Managed, and maintained of NMR, XPS and Raman Instruments.• Managed safety compliance of chemistry laboratories and clean room.

-Helped design course content and delivery of tutorials -Facilitated and encouraged student learning via discussions forums (during Spring/Summer and online semesters)-Facilitated and encouraged student learning via discussions, tutorials, and open-ended questions to guide inquiry -Taught fundamental laboratory techniques (such as recrystallizations, IR, polarimetry and NMR)

- Research sponsored by SRC at Queen's University- Paired with industry liaisons doing cutting edge research in materials sciences- Responsible for methodology development for organomettalic materials and X-ray spectroscopy

Involves research and development of novel hydrogels and organogels and moreover, new techniques for development of smart self healing polymers under Dr. Kraatz.

• Guided students to carry out synthetic reactions, simple and fractional distillation, liquid-liquid extraction, vacuum sublimation, and recrystallization• Demonstrated useful qualitative and quantitative techniques such as thin layer chromatography (TLC)• Directed analysis of synthetic samples by use of simple organic chemistry techniques• Evaluated safe laboratory and technical performance; graded experimental reports, assignments, quizzes and record keeping entry abilities

• Skilled in conducting experiments for a long period of time • Executed experiments on spiders under minimal supervision following laboratory’s Health and Safety Policy • Followed specific guidelines to ensure workplace safety • Trained incoming student volunteers in proper care of experimental spiders• Analyzed data from TEM, SEM and Vibrometry • Carried out statistical handling of data using documented results• Practiced safe handling of spiders as well as crickets within the laboratory environment

• Helped incoming first-generation students with their student life at University of Toronto• Attended Student Leader Training as part of this program • Followed the guidelines set by Department of Student Life, and guided mentees through their first year at university