Responsible for the long-term vision of internal applications supporting R&D scientists and operators. Key point of contact for stakeholders, driving requirements gathering and writing high-level project plans.

Experienced with translating customer requirements to actionable mockups, database schema design, backend ORM and API implementations with SQLAlchemy and Pyramid, and frontend React development.

Day-to-day management, mentorship, and collaboration with a team of 8 software developers.

Designed, redesigned, implemented and deployed specialized user interfaces for a legacy, in-house LIMS system.

Provided responsive and friendly customer support for our applications to ensure minimal operational downtime and timely, complete data entry.

Developed web apps for scientists, focused on reducing their time spent on design within the DBTL cycle. Streamlined existing ad-hoc pipelines and databases, replacing manual entry into spreadsheets and sanitizing data for future machine learning work.

Assisted in programming lab automation pipelines, mentoring research assistants and technicians to understand specifications and ensure efficient operation of liquid handling robots.

Directly involved in protein engineering projects, designing mutation libraries and running protein stability simulations.

Developed the Python package ssbio (github.com/SBRG/ssbio) for the annotation and use of genome-scale metabolic models with high quality protein structure information.

Integrated detailed protein-level computational chemistry tools with systems-level metabolic modelling approaches.

Mentored a team of 6 undergraduate students to develop a platform for the whole-cell visualization of E. coli.

BNFO285 - Statistical Learning in Bioinformatics (Winter 2014)

BENG212 - Systems Biology and Bioengineering II: Network Reconstruction & Functional States (Guest Lecturer Winter 2016, 2017, 2018)