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Natalie Workewych listen

About

Natalie* is an articling student at Lenczner Slaght. Prior to attending law school, Natalie gained an extensive education in the life sciences. She now applies her aptitude for research and problem solving to the law, where she insightfully deciphers§ legal questions. Natalie has worked to develop her legal writing and advocacy skills by acting as a student editor on a number of legal journals and participating in moot competitions. With a strong interest in intellectual property law, and a background in science and technology, Natalie is particularly adept at interpreting the the details of any legal issue. Natalie enjoys confronting challenges and does so with a diligent work ethic and enthusiasm for solving complex problems. .

Expertise

  • Education:
    • Western University Faculty of Law (2024) JD
    • University of Toronto (2021) PhD (Pharmacology)
    • University of Toronto (2016) BSc (Honours - Specialist in Pharmacology and Major in Biochemistry) (With Distinction)

Details

Natalie Workewych (she/her)

is an articling student at Lenczner Slaght.

Natalie is interested in a broad range of legal subject matter, with a particular focus on intellectual property law. She integrated her passion for science and technology with her legal studies by working as a Clinic Fellow for the Western Intellectual Property & Innovation Clinic (WIPILC) and as legal intern for a biotechnology startup.

During law school Natalie worked to sharpen her legal research and advocacy skills by participating in the Harold G. Fox Intellectual Property Moot and Tort Law Moot Competition. Natalie completed her JD at Western University with an Area of Concentration in Intellectual Property, Information and Technology (IPIT). She received the Ailbe C. Flynn LLB '97 Memorial Scholarship in Intellectual Property and the Law Society of Ontario Prize for ranking among the top 15 students of her graduating class.

Prior to attending law school, Natalie obtained a PhD in Pharmacology from the University of Toronto, during which she bioengineered microfluidic organ models to study the passage of drugs into breastmilk.

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