Advika Sarathchandran
About Advika Sarathchandran
Advika Sarathchandran is a Mechatronics Engineer at LSK Technologies Inc., where she has worked since 2021. With a background in Mechanical Engineering from the University of Waterloo, she has developed a strong interest in medical devices and additive manufacturing.
Work at LSK Technologies
Advika Sarathchandran has been employed at LSK Technologies Inc. as a Mechatronics Engineer since 2021. In this role, she applies her engineering skills to develop innovative solutions in the field of mechatronics, contributing to various projects that align with the company's objectives.
Education and Expertise
Advika Sarathchandran earned a Bachelor of Applied Science in Mechanical Engineering from the University of Waterloo, completing her studies from 2018 to 2023. Her education provided her with a strong foundation in engineering principles, which she applies in her current role and previous positions.
Background in Engineering Roles
Advika has held multiple engineering positions prior to her current role. She worked as a Quality Engineering Intern at PCC AEROSTRUCTURES for three months in 2019 and as a Mechanical Designer at Grey Slide Imaging Inc. for one month in 2020. Additionally, she served as a Product and R&D Engineer at CleanSlate UV for four months in 2020 and as a Medical Device QA and R&D Engineer at Kenota Health for three months in 2020.
Involvement in Medical Devices
Advika developed a special interest in medical devices through her involvement with the UW Biotron club and her role at Kenota Health. This experience has shaped her understanding of the importance of engineering in healthcare and her commitment to creating devices that enhance the quality of life.
Skills in 3D Modelling and Additive Manufacturing
Advika enjoys using 3D modelling software to visualize changes before execution, which complements her kinesthetic personality. She aims to work in additive manufacturing, focusing on the production of tangible prototypes and products as alternatives to traditional manufacturing processes.