Jonathan Rogers Email & Phone Number

Toronto, ON, CA

Toronto, Ontario, Canada

• Developed the Employer Brand & Culture Index (EBCI), a comprehensive dashboard for real-time analytics to enhance strategic decision-making, enabling data-driven decisions, understanding of talent perceptions, employee.
• Designed a cutting-edge machine learning model to classify employer branding-related content, enabling efficient data processing and continual learning for diverse client contexts.
• Implemented a serverless infrastructure on GCP, using Cloud Functions, Cloud Run, Apache Beam, and BigQuery, to facilitate scalable data flow and real-time analytics
• Transformed external research capabilities at Blu Ivy, automating data analysis from creating an in-house framework for market research via panel providers to evaluate employer branding impact for clients
• Analyzed internal research data, including sentiment, themes, and impact from focus groups, interviews, and stakeholder surveys, enhancing the understanding of employee perceptions and driving informed decision-making

Toronto, Ontario, Canada

• Worked with mid-market and enterprise level customers leveraging high valued recruiting information from Lever’s Applicant Tracking System to produce actionable insight into their hiring patterns
• Owned delivery of custom data visualizations, consulting with customers on optimal configuration of reporting use cases using in-house analytical operating model
• Led development, testing, and transition of new visualization analytics product called “Lever Talent Intelligence” for existing and new customers
• Oversaw and led both internal and external analytical initiatives with Product, Sales and Marketing, Service and Support, and Customer success to help drive efficiency and streamline efforts

Toronto, Ontario, Canada

Toronto, Canada Area

• Worked with a large Canadian banks Wealth department on overhauling their existing dashboards for their advisors involving multiple design sessions, gathering requirements for data, and establishing a new data pipeline.
• Helped define multiple Request for Proposals (RFPs) to provide advice and methodology on the execution of large-scale data engineering and data science projects

Toronto, Canada Area

• Created and helped facilitate “Art of the Possible” AI Labs that demystified what artificial intelligence truly means to enterprises
• Identified top use cases within enterprises where AI can play a strong impact, and dived into these top opportunities by identifying their current state issues and their future state solutions
• Helped define business impact, user experience, deployment models and business requirements for uses cases and fleshed out the minimal viable product (MVP) based on data and technology readiness for prototyping

Toronto, Ontario

• Focused on analytics and predictive use cases, in close collaboration with customer marketing for retail credit
• Provided insights on the next best actions to help understand consumer needs and drive customer value
• Worked closely with group of data engineers, business systems analysts, product owners and scrum masters to provide reliable, scalable and maintainable data science solutions

Kingston, Ontario

• Study analyzed the principal gait events (walking) in subjects that have experienced strokes
• Created methodology to compare differences between Inertial Measurement and Optical Motion Capture devices
• Transformed raw data using MATLAB into presentable data such as ankle joint angles, stride length, gait speed
• Organized information in presentable manner for client in Microsoft PowerPoint, Word, and Excel

Kingston, Ontario

• Taught students of ages ranging from 17 to 21
• Lead, supervised, and helped plan undergraduate lab experiences
• Provided support and feedback on assignments and project work
• Collaborated with multiple TAs in order to assess and evaluate students properly

Bachelor Of Science (Bsc), Mechanical Engineering

• Relevant courses included Musculoskeletal Biomechanics, Ergonomics and Design, Kinematics of Human Motion, Biomaterials, Vibrations.

Master’S Degree, Biomedical Engineering

• Master’s Thesis Research included the study of Optical Motion Capture vs. Inertial Sensor Capture • Research completed on the.