Helen Engelhardt
About Helen Engelhardt
Helen Engelhardt is a Microfluidics Engineering Co-op at Precision NanoSystems Inc. in Vancouver, British Columbia, with a background in nanotechnology engineering and a history of research and volunteer work in various capacities.
Current Role at Precision NanoSystems
Helen Engelhardt is currently employed as a Microfluidics Engineering Co-op at Precision NanoSystems Inc. in Vancouver, British Columbia. She has been in this role since 2021, contributing to projects that focus on microfluidics technology. Her work involves applying engineering principles to develop innovative solutions in the field of nanotechnology.
Previous Experience in Research and Development
Prior to her current position, Helen Engelhardt worked as a Research Assistant at the National Research Council Canada for three months in 2021. This role took place in Edmonton, Alberta, where she gained valuable experience in research methodologies. Additionally, she served as an Undergraduate Research Assistant at the University of Waterloo from 2019 to 2021, further enhancing her research skills.
Educational Background in Engineering
Helen Engelhardt studied Nanotechnology Engineering at the University of Waterloo, where she is expected to earn her Bachelor of Applied Science (BASc) in 2024. She also completed her International Baccalaureate at Ashbury College, achieving her High School Diploma in 2019. Her education has provided her with a solid foundation in engineering principles and practices.
Involvement in Extracurricular Activities
During her academic career, Helen Engelhardt was actively involved in extracurricular activities. She participated in the Waterloo iGEM as a Mathematical Modelling Team Member in 2020, contributing to a team focused on synthetic biology projects. Additionally, she volunteered as Vice President Finance for the Waterloo Engineering Society, where she supported engineering students and advised on inclusivity initiatives.
Passion for Sustainable Technology
Helen Engelhardt has a strong interest in sustainable technology. Her research focuses on innovative solutions such as reducing carbon dioxide into useful products and developing higher capacity batteries for renewable energy applications. This passion reflects her commitment to addressing environmental challenges through engineering.