Summer Student – Anthony Sears

Radcom and Varcon will design a standardized, high-velocity “Programmatic Build” framework for greenfield cellular towers in rural New Brunswick, enabling faster, lower-risk deployment to support provincial connectivity goals.

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Security Analysis for Github Actions

Modern software projects rely on automated pipelines (like GitHub Actions) to build, test, and deploy code. While these systems make development faster, small mistakes in their setup can create serious security risks, such as leaking sensitive data or allowing attackers to change how software behaves. This project focuses on identifying and understanding these hidden risks. […]

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Content Creator AI-powered Monetization Platform Development

This project will build an AI-powered question-and-answer platform that helps creators and expert-led brands respond to customer questions more efficiently across channels like social media and a dedicated app. The system will organize incoming questions, support payment and answer workflows, and turn approved answers into a searchable knowledge base that can be reused over time. […]

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All-photonic architectures for the generation of Gottesman-Kitaev-Preskill states

Xanadu’s mission is to build quantum computers that are useful and available to people everywhere. Founded in 2009, with headquarters in Toronto, Canada, the company has grown to 250+ employees, many of them scientists, researchers and engineers, working across all disciplines (hardware, software, applications, algorithms) to achieve this goal. Gottesman-Kitaev-Preskill (GKP) states [1] are a […]

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Building of on-premise RAG AI system pipeline

This proposed project aims to apply the emerging and open source large language models (LLMs) systems, particularly Retrieval-Augmented-Generation (RAG) pipelines, to generate the deployment scheme of the cryptographic product for different application environments of end customers. The semi-automation of generating the deployment scheme helps improve the scalability of business by the increase of productivity while […]

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Advanced Optimizations for Quantum Compilation

Xanadu’s mission is to build quantum computers that are useful and available to people everywhere. Founded in 2009, with headquarters in Toronto, Canada, the company has grown to 250+ employees, many of them scientists, researchers and engineers, working across all disciplines (hardware, software, applications, algorithms) to achieve this goal. This project is within Xanadu’s software […]

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Advancing AI Innovation Through Cross-Functional Collaboration (4)

AltaML builds artificial intelligence (AI)-enabled solutions to business problems. We work with organisations, bringing together their data and domain expertise with our AI expertise, to develop AI solutions that are deployed in their operations. We also commercialize AI-enabled products business via industry-specific ventures, yielding scalability from our investment in the first solution. Wildfire workforce planning […]

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Pulse-based quantum evolution kernel learning for molecular property prediction using graph-based embeddings

Accurate prediction of fundamental chemical properties such as bond dissociation energies and reaction barrier heights remains a central challenge in chemistry and materials science. Classical machine learning methods have achieved notable success, yet they often face scalability limitations and difficulty capturing complex, high-order correlations in molecular graphs. Quantum Machine Learning (QML) offers a fundamentally different […]

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Advancing AI Innovation Through Cross-Functional Collaboration (3)

Cole Meikle will work alongside the Health Team on Primary and Preventative Health Services (PPHS) project. Project Description: As part of the Health Team, Cole will work under the guidance of senior developers to support the design and evaluation of agentic workflows tailored for Primary and Preventative Health Services (PPHS). This collaborative effort involves exploring […]

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From Photonic Integrated Chip to Quantum Network: Performance Validation of Integrated Entangled Photon Sources

This project addresses the characterization and validation of an integrated quantum photonic source emitting multiple channels of entangled photon pairs in the telecommunications C-band. The source is based on a silicon nitride microcavity generating a quantum frequency comb via spontaneous four-wave mixing [1-2]. A key research challenge is to ensure high spectral purity, long photon […]

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Virtual ISA and Compiling for Quantum Hardware

This project studies the vISA, and associated compilation pipeline for quantum hardware architecture, working to improve its feature set and efficiency. It will also investigate hardware constraints such as qubit connectivity, by studying qubit mapping and routing across the memory and compute regions.

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Advancing AI Innovation Through Cross-Functional Collaboration (1)

Muhammad Soban Shoaib (Soban) will work alongside the Brilliant Harvest Team on the white label app shared component layer for web and mobile applications Description: This project is to capitalize on the efficiencies of having our front end applications being in React and React Native. Due to the similarities of the two frameworks, it is […]

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