Mohsin Khan Email & Phone Number

Mississauga, On, Ca

Toronto, Ontario, Canada

➔ Development and Optimization: Developed and optimized advanced algorithms in Python to solve complex problems in various domains.➔ Cloud Infrastructure: Managed and optimized cloud infrastructure using services like AWS, GCP, and Azure to deploy Python applications at scale.➔ Microservices: Designed and implemented microservices architecture in Python, improving system scalability and robustness.➔ Testing and Debugging: Created comprehensive test plans and debugging processes to ensure the highest levels of software quality and reliability.➔ Python Tooling: Utilized various Python tools, frameworks, and libraries such as Django, Flask, Pandas, and NumPy to deliver efficient and effective solutions.➔ Collaboration and Leadership: Collaborated with cross-functional teams and mentored junior developers to foster a culture of excellence and continuous learning.➔ Data Analysis: Leveraged Python for data analysis and visualization to derive actionable insights from large datasets.➔ Security: Ensured application security by implementing advanced encryption and data protection measures.➔ DevOps: Used DevOps practices to automate workflows, manage deployments and ensure continuous integration and delivery.➔ Documentation: Authored detailed documentation for software design, functionality, and use cases to assist users and aid fellow developers.About BenchSci:BenchSci's vision is to help scientists bring novel medicine to patients 50% faster by 2025. We do this by empowering scientists to run more successful experiments with the world's most advanced, easy to use biomedical artificial intelligence software platform, thereby avoiding delays that slow the progress of medicine to clinical trials. Backed by F-Prime, Inovia, Golden Ventures, and Google's AI fund, Gradient Ventures, we provide an indispensable tool for more than 41,000 scientists that accelerates research at 15 top 20 pharmaceutical companies and over 4,300 leading academic centers.

Montreal, Quebec, Canada

Designed and implemented testing frameworks in Python for state-of-the-art voice recognition and NLU software used in the automotive industry. Held ownership over key features within those frameworks and provided training, documentation and support for those features. Setup and maintain CI pipelines for regression testing and provide tooling for large-scale data analytics.➔ High level of proficiency in Python➔ Development in an Agile environment driven by modular design➔ Setup and maintain CI pipelines built on Jenkins, Docker, Gradle, and Azure➔ Created training sessions and led live support for developed features---Projects➔ Development of end-to-end testing framework (Python)➔ Task Force for Quality-of-Life improvements (Python)➔ Ontology mapping algorithm (Python)➔ Framework Documentation Library (Git, Wiki, Confluence)

Montreal, Quebec, Canada

Maintained and developed automated test suites for cutting edge AI speech technology projects used by the automotive industry. Ran a testing pipeline utilizing both proprietary and existing frameworks, and provided in-depth regression analysis. Developed regression tests for newly deployed features and requirements, adjusting test plans with system changes and updates. Supported Agile scrum cycle to verify functionality of newly developed features.Technologies:➔ Typescript, Nodejs, Mocha, Chai➔ Gradle, Jenkins➔ Git, Perforce➔ HTTP cloud services & APIsResponsibilities:➔ Develop test suites for R&D projects➔ Code test plans for newly deployed features/requirements➔ Maintain an automated testing environment for iterative regression testing➔ Debug log outputs, adjust test plans with system changes/updates➔ Validate AI speech control of in-vehicle navigation, weather and in-car-office applications.

Brampton, Ontario, Canada

Python automation, .NET software development and SQL query optimization and design for Loblaw Supply Chain Operations. Extended responsibilities in backend data analysis, design/testing for tooling, and server/systems management.Technologies:• Python• C#, .NET framework• VBScriptResponsibilities:• Development of software tools for supply chain analysis • Scripting, automation and scheduled reports for backend data• SQL programming and query management for large scale databases• Data analytics for forecasting• Internal API development

Hamilton, Ontario, Canada

A research project leveraging advanced beamforming algorithms to localize brain activity in mTBI patients (Mild Traumatic Brain Injury). Stage 1 of the project required bringing participants into the lab and running experiments to acquire raw EEG data. Following data acquisition, custom software was written to process and analyze the large data sets, allowing for repeated beamforming analysis to map localized brain activity.Technologies:• MATLAB• Biosemi EEG sensory systemResponsibilities:• Prepare and set up acquisition hardware and software• Perform medical history pre-screens to determine experimental compatibility• Monitor live data streams during experimentation• Knowledge of advanced programming techniques for analysis• Strong affinity for learning through documentation• Troubleshoot hardware/software acquisition issues within the lab (requiring involved knowledge of the instrumentation used)• Provide detailed documentation on every aspect, allowing other researchers to continue the project in the future

Facilitated student learning in a computer lab environment, aiding students as they worked through coding assignments and invigilating as students completed marked assessments. This role required both a strong academic standing as well as demonstrated teaching skills.Technologies:• Python• Internal API for code validationResponsibilities:• In-depth knowledge of both basic and advanced programming structures/design considerations• Deliver lessons prior to lab assignments• Provide bi-weekly feedback to students regarding their assessments• Attend weekly TA meetings to report on student progress and provide feedback to instructors

Technologies: • Python • Open data API integration• RepRap 3D printers• Pronterface (python-based 3D printer software)Primary coordinator and instructor for the EPIC Lab (Experiential Playground and Innovation Classroom). EPIC is an experiential learning lab exposing first-year engineering students to hands-on projects related to classes they are taking with the Faculty of Engineering. Some projects included mobile app development, autonomous robot control, and 3D printing.Responsibilities:• Build several 3D printers (RepRap Huxley model)• Provide lessons for background knowledge related to projects administered through the lab, following up with student progress throughout each stage• Instruct students taking Engineering Design course on 3D Printer use and facilitate use for the final design project• Provide maintenance for all equipment within in the lab, including lab computers, Android tablets, Scribbler robots, Fischertechnik robotic kits, and the 3D Printers• Report weekly for feedback on how the experiential learning aspect of the lab benefits the students' progress• Website maintenance, design, and programming• Social media outreach through Facebook and Twitter

This proposed project was a study of the technical, medical, and communication requirements for conducting distributed high-fidelity simulation for regional tele-medical care and communication. Key aspects were the development of techniques to operate high fidelity simulators over distributed networks, and to use these capabilities to deliver educational content over video conferencing communications.Responsibilities:• Test, benchmark, and operate technology related to regional tele-medical care and communication• Report on the state of the art tele-medical support and training• Participate in various team and individual training scenarios• Travel to simulation and training locations• Support development of tools and documentation to support a regional tele-medical care and communication center

Hamilton, Ontario

Venture is a program for sparking an early interest in STEM for youth in grades K-8, where students can pursue interests in Science, Engineering, or both. Instructors work for two months to design projects ranging from intermediate circuit building to coding challenges. In the same time period, instructors also travel to schools in the Hamilton area and deliver live Engineering and Science workshops for grades K-8. The remainder of the placement was focused on delivering the developed program from July – August.Responsibilities:• Meet strict deadlines for project design along with accompanying write-ups; strong self-direction required• Alter designs to work with constraints of available components• Go on traveling workshops to advertise the program and spark youth interest in engineering• Lead and supervise summer students through projects while administering lessons on engineering topics related to computers and technology• Maintain storage inventory and organization of electronics parts• Organize weekly schedules for lessons and projects, as well as tours and mentors from several engineering departments• Read and familiarize with documentation for components and equipment being utilized