Grants and Contributions

This project is focused on building capacity for forest access, management and use for Indigenous forest economic development opportunities.

As an intermediate engineer, the candidate will help scale our revolutionary payments platform and be responsible for contributing to multiple technical streams within the Chexy platform.

They will work on building new visual components and user experiences that allows renters to easily pay rent and other household expenses through Chexy, as well as build custom payments ledgering and API integrations to ensure the speed, security and compliance of our backend systems. They will work directly with Chexy’s CTO and engineering team to build new product features and modules for our end users including expansion beyond rent, multi-purpose household wallet, "one card to rule them all" and beyond.

The Project will support the assessment of data quality and data sources for AI project development. The project may also characterize and document aspects of data for AI and Data Governance.

Morgan Solar’s sensors deliver novel DC-side data with unprecedented frequency and accuracy of measurements over standard solar monitoring. Our growing deployments have already created the world's largest dataset of in-situ I-V curves. This dataset provides a path to training AI models, removing the need for manual data analysis and unlocking predictive & diagnostic abilities far beyond what is currently available. Through this project we will develop data processing pipelines to transform the raw IV Curves into actionable information for the customer. Machine learning models will identify and classify data to improve standard analytic operations and provide a way for future AI products that can provide improved forecasts.

The researcher/analyst will support the editorial, marketing, conference and business teams (see Description of Activities below).

Training and development of robotics and robotic automation best practices and implementation into controls systems. Research development and testing to deploy new methods into ongoing project applications including industrial robotic applications, simulation and emulation of digital twinning.

The Project will support pilot testing of AI strategies, determine target architecture and quantitative technical objectives for implementation of an AI solution.

This R&D project aims to test hypotheses and experiment with new mechanisms to design a repeatable and scalable business process.

Wood scanner for small sawmills.

Development of an intelligent tool to assist in the search for and analysis of technical documentation, aimed at optimizing access to complex data through the integration of specialized artificial intelligence models and advanced search technologies.