Veterinary Rapid Test Market Entry: CFIA Regulatory Strategy for Canadian Expansion

Project Overview Canada's veterinary diagnostics market represents a  $268 million opportunity growing at 9% annually  - the fastest-growing segment in Canadian animal healthcare. Despite this growth, regulatory barriers have limited the availability of  veterinary rapid tests , creating significant market gaps for point-of-care diagnostics. We have identified a partnership opportunity with an established international manufacturer that produces over 25  veterinary rapid diagnostic tests  for both companion animals and livestock. These rapid tests are successfully marketed globally but have never been submitted for Canadian regulatory approval. This project will develop a comprehensive market entry strategy and regulatory roadmap to bring these proven  veterinary rapid tests  to the Canadian market through the Canadian Food Inspection Agency (CFIA) approval process. The Challenge The Canadian veterinary diagnostics landscape is fundamentally different from human medical devices. While Abundant Science has deep expertise in Health Canada's regulatory framework for rapid tests,  veterinary rapid tests are regulated by CFIA as "veterinary biologics"  under completely different legislation and requirements. Our manufacturing partner has expressed strong interest in the Canadian market but lacks familiarity with CFIA processes for rapid test approval. We need a comprehensive regulatory strategy that identifies: Which rapid test products have the highest market potential in Canada Specific CFIA approval requirements and timelines for each product category Investment requirements and revenue projections for market entry Optimal sequencing of product submissions to maximize success Learning Objectives Students will gain hands-on experience in: International regulatory affairs  and market entry strategy Primary research methods  including stakeholder interviews and market analysis Business case development  with financial modeling and risk assessment Strategic consulting  for biotechnology companies Cross-border partnership  structuring and execution Ideal Candidate Profile We're seeking students with: Academic Background:  Business, Life Sciences, Regulatory Affairs, or related fields (3rd/4th year preferred) Research Skills:  Strong analytical capabilities and experience with primary research methods Communication:  Excellent written and verbal communication skills Interest Areas:  Biotechnology, international business, regulatory affairs, or animal health Technical Aptitude:  Comfortable working with regulatory documentation and market data Mentorship & Support Jay Gerbrandt, Chief Science Officer  will provide comprehensive mentorship including: Project kickoff session with strategic context and industry insights (2 hours) Bi-weekly progress reviews and guidance sessions (4 × 1 hour) Access to industry contacts including regulatory consultants and veterinarians Final presentation feedback and career development discussion (2 hours) Resources Provided Access to premium market research databases and industry reports Introduction to 3-5 regulatory consultants for expert interviews Connection to Canadian Animal Health Institute for market data Templates for regulatory documentation and financial modeling Abundant Science's existing Health Canada regulatory expertise as reference Industry Impact & Career Development This project offers exceptional exposure to the rapidly growing animal health industry while developing critical skills in regulatory affairs and international business development. Students will work directly with company executives on a real market entry strategy that could result in bringing life-saving  veterinary rapid tests  to Canadian animals. The regulatory affairs and biotechnology sectors offer excellent career prospects, with growing demand for professionals who understand both rapid diagnostic innovation and regulatory compliance. This project provides practical experience that directly translates to opportunities in pharmaceutical, biotech, and medical device companies.

SecureHealth: Building a Privacy-First Healthcare Data Platform

Project Overview Organization:  Abundant Science Project Focus:  Secure Platform Development & Healthcare Data Protection Timeline:  June 19 - August 14, 2025 (39 hours) Industry:  Healthcare Technology / Privacy-Preserving Systems Current Stage:  Concept to MVP Development The Opportunity SecureHealth exists today as a compelling concept and a revolutionary idea—but we need your help to transform it into a fully functional platform. We're building the world's first healthcare data system that guarantees absolute patient privacy while enabling unrestricted medical research through our novel "Triple-Ratchet" encryption protocol. What we have:  A clear vision, initial design concepts, and a static website showcasing the potential What we need:  A team to help us build the actual platform with security-first architecture from day one Project Mission: From Concept to Platform This isn't just a security analysis project—it's an opportunity to co-build a revolutionary healthcare technology platform from the ground up. You'll help transform SecureHealth from drawings and concepts into a working system that could reshape how medical data is shared globally. Current State & Challenge Where we are: Conceptual design for Triple-Ratchet encryption system Static marketing website (SecureHealth.tech) Technical specifications for privacy-preserving healthcare data flows Regulatory compliance research for PIPEDA, HIPAA, and GDPR Where we want to be: Functional minimum viable platform (MVP) with core encryption capabilities Working patient data control interface Secure API for healthcare provider integration Anonymous research data access portal Comprehensive security testing and validation The Challenge:  Building a platform that handles the world's most sensitive data requires security expertise embedded in every architectural decision from day one—not bolted on afterward. Technical Stack & Learning Opportunities Technologies You'll Work With: Cryptography:  Signal Protocol, Zero-Knowledge Proofs, Homomorphic Encryption Backend:  Secure API development, Database encryption, Key management Frontend:  Privacy-focused user interface design, Secure authentication flows Infrastructure:  Container security, Cloud security architecture, DevSecOps Compliance:  Privacy engineering, Regulatory technology implementation Skills You'll Develop: Privacy-preserving system architecture Healthcare data security standards (HIPAA/PIPEDA/GDPR) Cryptographic protocol implementation Secure software development lifecycle (SSDLC) Real-world startup technology development Project Timeline: Building in Sprints Sprint 1 (Week 1-2): Foundation Core encryption engine development Basic user authentication system Database schema and security design Development environment setup Sprint 2 (Week 3-4): Patient Platform Patient dashboard development Data upload and encryption workflows Permission management interface Basic access controls implementation Sprint 3 (Week 5-6): Provider Integration Healthcare provider API development Secure data sharing mechanisms Compliance reporting tools Integration testing and validation Sprint 4 (Week 7-8): Research Portal & Polish Anonymous research data access system Security testing and penetration testing Performance optimization Documentation and handoff preparation Why This Matters for Your Portfolio This isn't just another class project—you'll be building technology that could transform healthcare privacy globally. Your work will: Create real intellectual property  that could become part of a commercial platform Solve an urgent real-world problem  affecting millions of patients Demonstrate cutting-edge security skills  to future employers Provide concrete examples  of privacy-preserving system development Show enterprise-level compliance expertise  in healthcare technology Our Commitment to Your Success Single Point of Contact:  Jay Gerbrandt, Co-Founder/Chief Science Officer Weekly Development Reviews:  2-hour weekly sprint planning and review sessions Rapid Feedback:  All code reviews and decisions within 4 hours during business days Resource Provision:  Full access to GitHub development environment, testing tools, and regulatory guidance Professional References:  LinkedIn recommendations and professional references for outstanding contributors From Idea to Impact SecureHealth has the potential to solve one of healthcare's biggest challenges: the privacy-innovation paradox. With your help, we can transform this concept into a working platform that protects patient privacy while accelerating medical breakthroughs. You won't just be analyzing security—you'll be building the future of healthcare data. Ready to Build? Upon project selection, you'll receive: Complete Github-Discord development environment access Technical specification documents and architecture plans Direct collaboration tools and communication channels Healthcare industry mentorship and regulatory guidance  Let's build something that matters together!

Knowledge Liberation Backend - Building MySQL for Community Science

Build the essential database foundation that will power community-driven research at Squirrel Ridge Observatory Centre! This focused project centers on designing and implementing a robust MySQL database infrastructure for SROC's flagship initiative: OMOD (Orthographic Mapping Ondemand Datasystem), with the architecture designed to eventually support additional projects. You'll work with real linguistic data to create optimized database schemas, implement data validation protocols, and establish the technical foundation that enables researchers and communities to preserve endangered language knowledge. This is practical database engineering with social impact - your MySQL implementation will store orthographic mappings that help preserve Indigenous languages, support language learning applications, and enable cross-linguistic research. Working within established hosting infrastructure, you'll focus on database optimization, data integrity, and creating clean interfaces between stored data and web applications. The project emphasizes solid database fundamentals: schema design, indexing strategies, backup protocols, and performance optimization. Your database becomes the reliable backbone that enables linguistic communities to preserve their knowledge digitally while providing researchers with structured, accessible data for language preservation and education initiatives.

From Chaos to Conservation - Data Archaeology for Urban Wildlife

Turn decades of handwritten field notes, observation logs, and citizen science data into a research powerhouse! Working alongside an experienced field naturalist, you'll tackle the fascinating challenge of transforming messy, real-world ecological data into systematically organized, research-ready datasets that reveal patterns in urban-wildland ecosystems. This isn't just data cleanup - you're building the foundation for understanding how wildlife adapts to human-modified landscapes. You'll develop classification schemas for species observations, create standardization protocols for habitat assessments, and design frameworks that turn scattered observations into coherent ecological knowledge. The project involves detective work (deciphering field notebooks), systems thinking (designing data structures), and ecological insight (understanding what the data reveals about urban nature). Your organized datasets will become the backbone for future research on habitat connectivity, biodiversity patterns, and conservation strategies. This is hands-on work with real environmental impact - your data organization directly supports evidence-based conservation and helps communities understand their local ecosystems. To get a sense for this project, check out https://squirrelridge.org/defrag/

OMOD Indigenous - Your Language, Your Code, Your Legacy

Join the mission to digitally preserve Indigenous languages through OMOD (Orthographic Mapping Ondemand Datasystem) - a cutting-edge platform that maps how written characters become spoken sounds. OMOD already supports Vietnamese, Tamil, and Arabic, but we're expanding to include Indigenous languages with priority given to students working on their own mother tongues or community languages. You'll follow OMOD's proven methodology to create comprehensive orthographic-phonetic mappings that capture the unique sounds and writing systems of Indigenous languages while respecting community protocols and Indigenous data sovereignty. This isn't just data entry - you're contributing to language revitalization by creating tools that help communities, educators, and learners understand exactly how traditional writing systems encode pronunciation. Working with syllabics, contemporary orthographies, and everything in between, you'll document context-sensitive pronunciations and create detailed datasets that integrate seamlessly with OMOD's established framework. Your work becomes part of a growing open-source linguistic resource that supports language continuity, education, and research while ensuring community ownership of linguistic heritage.

Containerized Rapid Diagnostic Test Manufacturing System Prototype

Development of an all-in-one, containerized rapid diagnostic test manufacturing system combining ISO 13485 clean room facilities with end-to-end production capabilities using modified inkjet technology. This globally deployable system enables decentralized, on-demand production of diagnostic tests, reducing supply chain vulnerabilities while maintaining consistent quality standards. The containerized format allows rapid deployment in diverse settings from urban centers to remote communities worldwide. Design an integrated manufacturing system within a standardized shipping container format Develop end-to-end production workflow from raw materials to packaged tests Create modular reagent deposition technology adaptable to multiple test types Establish scalable quality control protocols for global regulatory compliance Optimize for minimal footprint and maximum production efficiency

Direct-to-Consumer Channel Development for Rapid Testing Kits

Rapidte.st, a division of Abundant.Science, is seeking to enhance its direct-to-consumer distribution strategy for its rapid testing kits. The goal is to identify effective channels and methods to reach consumers directly, bypassing traditional retail intermediaries. This project will involve analyzing current market trends, consumer behavior, and competitor strategies to develop a comprehensive distribution plan. Learners will apply their knowledge of marketing principles, consumer analysis, and strategic planning to create a viable strategy that aligns with Rapidte.st's business objectives. Key tasks include conducting market research, identifying potential distribution partners, and proposing innovative solutions to increase market penetration. The project aims to provide a practical learning experience by bridging theoretical concepts with real-world applications.

Cartography and GIS for Indigenous Toponymy

SquirrelRidge.org 🐿️ is seeking a team of learners to undertake a cartographic project focused on the modern mapping of Indigenous ethnolinguistic contexts. The goal is to create a series of maps that accurately represent Indigenous languages, using correct orthography and demonstrating cultural sensitivity. This project aims to bridge the gap between historical and contemporary understandings of Indigenous territories and languages. Learners will apply their classroom knowledge of cartography, cultural studies, and linguistics to produce maps that are both informative and respectful. The project will involve researching existing ethnolinguistic data, consulting with Indigenous communities, and utilizing GIS software Felt.com to create visually compelling and accurate maps. This initiative not only enhances learners' technical skills but also deepens their understanding of Indigenous cultures and languages.

Phonetic Bridge: Unified Orthography System

The project aims to develop a system that translates diverse orthographies into a unified International Phonetic Alphabet (IPA) dataset. This system will enable accurate phonetic interpretation of language variations across different languages and historical periods. The challenge is to create a tool that can handle the complexity of multiple writing systems and their phonetic nuances, providing a consistent phonetic representation. The project will involve researching various orthographies, understanding their phonetic structures, and designing algorithms to convert these into IPA. The goal is to facilitate linguistic studies and applications by offering a reliable phonetic conversion tool that can be used in educational and research settings. This project will allow learners to apply their knowledge of linguistics, computer science, and data analysis in a practical setting.

Indigenous Toponym Cataloguing

SquirrelRidge.org is seeking to develop a comprehensive catalogue of Indigenous toponyms found within a collection of archival primary sources. The goal of this project is to identify and document place names of Indigenous origin, which are often overlooked in historical records. This project will provide learners with the opportunity to apply their skills in archival research, data organization, and cultural studies. The team will work with a curated selection of scanned documents, focusing on extracting relevant toponyms and contextual information. By doing so, learners will contribute to the preservation and recognition of Indigenous cultural heritage. The project will enhance learners' understanding of Indigenous history and the importance of place names in cultural identity.

Healthcare Provider Onboarding Initiative

Rapidte.st, a division of Abundant.Science, aims to expand its network of healthcare providers offering rapid testing services. The project focuses on integrating 3-5 new healthcare providers, specifically pharmacists and naturopaths, onto the Rapidte.st platform. This initiative will allow learners to apply their business development skills in a real-world setting by engaging directly with potential providers. The project involves understanding the existing onboarding systems and processes, and effectively communicating the benefits of joining the platform to healthcare professionals. By successfully onboarding new providers, the project will enhance the platform's reach and service offerings, ultimately contributing to improved healthcare accessibility. Matching considerations: Students should be excellent communicators via phone/video Results-oriented and persistent Comfortable doing direct outreach Can work independently while following established processes Project Scope and Expectations: Students will find, contact, and successfully onboard healthcare providers to our platform using our remote toolset. This includes cold outreach, video calls, virtual training, and remote launch support. We provide the pitch deck, economic model, and systems - you provide the hustle and execution. Benefits for Students: Real remote sales experience Healthcare industry exposure Direct professional networking Measurable business impact

Secure Lateral Flow Test Reader Development

The project aims to develop essential components of an open-source health platform for Rapidte.st by Abundant.Science. The platform's primary function is to accurately read lateral flow tests, securely store the results, and facilitate sovereign data sharing. The project will implement Signal Protocol for end-to-end encryption, ensuring that all data transactions are secure and private. Additionally, AI-powered algorithms will be integrated to enhance the accuracy and reliability of test readings. The project is designed to be completed within 60 hours over four weeks, allowing learners to apply their knowledge of encryption, AI, and software development. The goal is to create a robust, user-friendly system that can be easily integrated into existing health platforms, providing a secure and efficient solution for managing lateral flow test data. Project creation considerations: Students should have strong software development skills Experience with mobile development, encryption protocols, and AI/ML preferred Work can be completed remotely with regular team collaboration Tasks are modular but interconnected, requiring good communication Project Scope and Expectations: Students will develop a mobile-first application capable of capturing, analyzing, and securely storing rapid test results. The platform will implement the Signal Protocol for end-to-end encryption while maintaining HIPAA/PHIPA compliance and enable sovereign control over health data sharing. Benefits for Students: Hands-on experience with cutting-edge security protocols Real-world AI/ML implementation Exposure to healthcare compliance requirements Portfolio piece demonstrating full-stack development Open-source contribution experience

Rapid Test Database Integration

The project aims to develop a comprehensive and searchable database that integrates international rapid test catalogue data with Health Canada's approval status. Rapidte.st, by Abundant.Science, seeks to enhance accessibility and affordability of rapid testing in Canada. The database will serve as a centralized resource for healthcare providers, policymakers, and consumers, offering up-to-date information on available rapid tests and their regulatory status. The project will involve data collection, integration, and the creation of a user-friendly search interface. By consolidating this information, the project supports informed decision-making and promotes the use of approved rapid tests in Canada. Matching considerations: Students should have experience with data analysis and basic web development Work can be completed remotely with flexible hours Clear milestones ensure steady progress and manageable workload Tasks are structured to build upon each other logically Project Scope and Expectations: Students will process medical device catalogues, cross-reference with regulatory databases, and develop web-based visualization tools. The scope includes data entry, validation, and creation of user-friendly interfaces for internal and external use. Benefits for Students: Real-world experience in healthcare data analysis Exposure to medical device regulatory frameworks Web development portfolio piece Understanding of health tech startup operations