Resources Archives - Faculty of Science /science/tag/resources/ 91亚色 Science is a hub of research and teaching excellence. Wed, 10 Jun 2026 14:20:51 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 Summer Undergraduate Research Conference 2026 /science/research/undergraduate-research/summer-undergraduate-research-conference-2026/ Tue, 09 Jun 2026 20:42:13 +0000 /science/?page_id=43828 NSERC USRA Program Website 2025 Summer Undergraduate Research Conference Booklet - 2026 Booklet COMING SOON 2026 Conference Schedule The Summer Undergraduate Research Conference, hosted by the Faculty of Science (FSc) at 91亚色, is an annual showcase of research excellence where undergraduate students present their summer research projects and compete for awards recognizing outstanding achievement. […]

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The Summer Undergraduate Research Conference, hosted by the Faculty of Science (FSc) at 91亚色, is an annual showcase of research excellence where undergraduate students present their summer research projects and compete for awards recognizing outstanding achievement. The event highlights student recipients of the Natural Sciences and Engineering Research Council of Canada's (NSERC) Undergraduate Student Research Awards (USRAs), as well the Earle Nestmann Undergraduate Research Awards (ENURAs), the Ace Acumen Heights Research Scholarships, the 91亚色 Science Scholar Awards (YSSAs), the Helen Freedhoff First Year Award, the Professor Diethard Bohme Undergraduate Research Award and the Professor John Goodings Undergraduate Research Award.

Presentations span a wide range of scientific disciplines, enabling students to communicate their research findings through oral and poster presentations, network with faculty and receive feedback from their academic community.

FSc invites undergraduate research award recipients to showcase their discoveries and celebrate their research achievements at this year's conference that will be held on:

Tuesday August 18, 2026

in the Life Sciences Building (LSB) Lobby

To register and submit your abstract, please complete the form below no later than Tuesday July 21 by 4:00 p.m.

Decisions on whether you have been given an oral or poster presentation will be communicated by Tuesday July 28.

NOTE: If you want to retain and edit your registration/abstract, be sure to click the 'Save and edit later' button after submitting your Registration and Abstract Submission form. If you miss it, you will not be able to change anything you submitted, even if you refresh the page. For further information, see "Instructions for Submitting Registration and Abstract Form"


NSERC USRAs

16

weeks of funding

20

NSERC USRAs available for FSc students

2

Additional NSERC USRAs available for self-identified Black FSc students

$9,856

in total value - $6,000 paid by NSERC, $3,856 paid by FSc supervisor

ENURAs

16

weeks of funding

12

ENURAs available for FSc students

$9,856

in total value - $6,000 paid by Earle Nestmann, $3,856 paid by FSc supervisor

Ace Acumen Heights Research Scholarships

16

weeks of funding

2

scholarships available for FSc International students

$12,000

in total value - $6,000 paid by Ace Acumen Heights, $6,000 paid by FSc supervisor

Information Sessions and Resources

The FSc USRA Summer 2026 Info Session and Q&A was hosted by FSc Research Services and held on zoom on Wednesday January 28, 2026 from 1:00 p.m. - 2:30 p.m.

View 2026 Info Session Slides | (Zoom sign-in required)

Award Information

Please note, all applicants will follow the same procedure. Students must identify at least one and up to a maximum of 2 supervisors willing to support their application. The supervisor(s) must explicitly agree to this support. This applies in the case of both supervisor of first choice and supervisor of second choice.

IMPORTANT: Application is a 2 step process. It consists of obtaining and filling out NSERC forms via NSERC's online portal and then saving and uploading a copy of these forms and other required documents to the To be clear, accessing the NSERC portal is done only to allow you to access the forms. You must NOT submit your filled out Form 202 on the NSERC Portal. At this stage, the FSc Machform and the FSc Machform only constitutes submission. If you are chosen to receive an award, you will be contacted with further instructions and then asked to submit materials on the NSERC portal as appropriate at a later date.

The following application materials are required and need to be completed by the student and their first choice supervisor:

STUDENTS

  • Fill out  
  • Forward Reference Number to first choice supervisor only
  • In a separate document, provide a one page Research Interest Statement describing your research interests, academic background (lab or course-related) and skills being brought to the project, knowledge and benefits that you hope to gain from the USRA experience and how the training environment aligns with your career goals and academic interests.
  • 91亚色 students do not need to upload their transcripts at this time. If your application is succesful in the competition, you will be contacted with instructions.
  • DO NOT press "submit" on the NSERC portal. Simply save a copy of PART I of Form 202 to your computer and upload the filled out version to the FSc Machform when you are ready to apply.

SUPERVISORS

  • Each supervisor can host up to a maximum of 2 students in Summer 2026
  • Fill out
  • Use the Reference Number forwarded from student. 
  • Describe a proposal that is unique to the student. This proposal must match the mandate of the funding agency (NSERC) (max. 1800 characters).
  • Provide a description of student鈥檚 role (max. 500 characters).
  • As per the guidelines, the quality of the training environment will be used to assess the application. Please include a brief training plan, either in the research proposal or student鈥檚 role section, that describes the proposed training including the type and extent of supervision and mentorship, the activities the student will participate in, the skills and other outcomes they will gain. Note that the inclusion of EDI considerations in research design makes research more ethically sound, rigorous and useful. Describe how these aspects will be addressed in research design if applicable.  
  • Indicate within the quality of the training and mentorship details that you have sufficient funds to support your portion of the student鈥檚 stipend and their consumable costs. For the USRAs and ENURAs, this year the supervisor鈥檚 contribution is $3856 per student over the 16 weeks. If a student is selected from another university to hold their award at 91亚色, the supervisor will be responsible for paying 4% vacation pay and 10% for benefits in addition to the $3856.
  • NOTE: For the Ace Acumen Heights Research Scholarships only, the supervisor's contribution is $6000. Ace Acumen Heights Research Scholarship student applicants must be from 91亚色 and must be international students enrolled in an FSc program. Supervisors must consider if they are willing to provide support at this level. If this is not possible, supervisors must inform student applicants they will not be accepting Ace Acumen Heights Research Scholarship applicants.
  • The research subject code must be chosen from this .
  • DO NOT press "submit" on the NSERC portal. Simply save a copy of PART II of Form 202 to your computer and send it to the student applicant so they can upload the filled out version to the FSc Machform when they are ready to apply.

IMPORTANT: Once all documents above (obtained through the NSERC online system) are complete, an electronic copy of the same must be submitted to the . The forms will be used by your Department to review and rank applications internally.

In order to apply, you must meet the following eligibility criteria: 

  • You are a Canadian citizen or permanent resident of Canada. NOTE: International students cannot hold NSERC USRAs but CAN hold ENURAs or Ace Acumen Heights Research Scholarhips.
  • You are registered (at the time you apply) in a bachelor鈥檚 degree program at an eligible university.
  • You have obtained, over the previous year(s) of study, a cumulative average of at least 鈥淏鈥. 
  • At the start of the award, you have completed the requirements for your first year of university study (two academic terms).

You are not eligible if:

  • You have previously received a total of three NSERC USRAs.
  • You are currently enrolled in an undergraduate professional degree program in the health sciences (e.g., MD, DDS, BScN).
Program LaunchJanuary 16, 2026
Information and Q&A SessionJanuary 28, 2026
Application Deadline for StudentsFebruary 16, 2026
Award AnnouncementEnd of March - Early April 2026
Award DurationApril 27, 2026 to August 14, 2026
Research ConferenceTBD (August 13 or 14, 2026)
ValueNSERC USRAs and ENURAs: $9,856 ($6,000 from NSERC + $3,856 from your supervisor)
Ace Acumen Heights Research Scholarships: $12,000 ($6,000 from Ace Acumen Heights + $6,000 from your supervisor)
Duration4 months (must be a consecutive 16-week period of full-time employment at 35h/week )

In Science, each department prepares their student rankings based on:

  • 60% Academic Excellence
    • Academic Record (transcript)
    • Scholarships and Awards
    • Duration of Studies (year of study)
    • Course Load
  • 30% Research Potential (Research Interest Statement provided by student)
    • Why is the student interested in applying for the USRA?
    • How will this award support their future career goals?
    • What relevant research related experience will support this award, if applicable?
  • 10% Quality of Training and Mentorship (Training and Mentorship Plan provided by supervisor using Form 202)
    • What mentoring and training plans are in place to ensure the success and enhanced learning of the student?

It is essential that departments ensure that students are qualified to apply for the awards. The departments must disclose the names of faculty members that ranked the applications. Faculty members that have agreed to supervise a student should not be on the departmental ranking committee. There is a maximum of two students per supervisor.

In addition:

  • Each department ranks the USRA applications they receive.
  • Due to increased tri-agency (NSERC, SSHRC and CIHR) support for under-represented groups, there will be 2 NSERC USRA awards, above the institutional limit, geared for Black student researchers. Self-identified Black student applicants in the Faculty of Science will be adjudicated by the Faculty of Science Research and Awards Committee.
  • Indigenous applicants (self identified) who meet eligibility requirements will be recommended for an award.

PLEASE NOTE: All documentation must be submitted by students internally by February 16, 2026 for adjudication by each Department using the .

Projects

In progress; 2026 projects will be added on an incoming basis.

PLEASE NOTE: These are just some of the projects that are available. It is recommended that as a student, you be proactive in reaching out directly supervisors that you are interested in working with as soon as possible to see if they are accepting USRA students. In order to apply, you must have agreed with a potential supervisor on a proposed project.

Project Title: Conserved regulation of divergent plant metabolic defenses

Supervisor: Nik Kovinich

Lab Website:

Contact Info: kovinich@yorku.ca

Project Description: Plants biosynthesize defense metabolites (i.e. phytoalexins) in response to pathogen attack. These metabolites, are diverse in chemical structure and biosynthetic origin among plant species and include the phenylalanine-derived glyceollins from soybean, the phenylpropanoid-derived stilbenes from grapevine, and the tyrosine-derived camalexins from the model plant Arabidopsis. All of these phytoalexins have unconventional anticancer activities that render them desirable for pharmaceutical development. Plants are the most economical source of many phytoalexins but biosynthesize them only transiently and in low amounts, limiting their commercial accessibility.

Despite that phytoalexins are biosynthesized from diverse biosynthetic pathways in different plant lineages, we have discovered that their biosynthesis is regulated by a conserved group of transcription factors. Now we aim to understand the mechanism, first by testing whether the conserved transcription factors directly bind and regulate the cis-acting elements of lineage-specific phytoalexin biosynthetic genes.

We currently have funding from an NSERC Discovery Grant for this USRA position.

Student Responsibilities: The student's role will be to identify gene targets of the transcription factors by conducting promoter-luciferase reporter assays and by assisting with chromatin-immunoprecipitation quantitative polymerase chain reaction (ChIP-qPCR).

Desired Background/Skills: The student will learn how to present scientific information through mentoring and by participating in weekly lab meetings. (S)he will receive one-on-one lab training from NSERC PGS-D student Ivan Monsalvo and from the Principle Investigator.

Project Title: Characterizing hormonal regulators and their signaling cascades in insect excretory organs

Supervisor: Jean-Paul Paluzzi

Lab Website:

Contact Info: paluzzi@yorku.ca

Project Description: Neuropeptides and their receptors play a central role in the regulation of most physiological processes in animals. Research in my laboratory is mainly focused on investigating the function of neuropeptides and their receptors in insects. To understand the role and importance of distinct neuropeptide systems, we combine in vitro, in vivo and heterologous high-throughput techniques. Recent evidence of successful implementation of these methods includes our studies on CAPA peptides, which we found activate their cognate receptor forming an essential anti-diuretic regulatory system in mosquitoes (Sajadi et al., 2018 J. Exp. Biol; Sajadi et al., 2020 Sci. Reports). Our latest advances in this area link anti-diuretic hormone control of the renal organs to inhibition of the V-type ATPase (known also as the proton pump), which drives secondary active transport along with osmotically obliged water (Sajadi et al., 2023 PNAS). This current project expands upon related hormones and their signaling cascades using a model organism, namely the fruit fly, Drosophila melanogaster. With the powerful genetic tools available, this study in the fly will examine the signaling cascade linking hormonal control of the renal organs. Specifically, given that most diuretic and anti-diuretic hormones signal via G protein-coupled receptors, we will use reverse genetics to identify downstream targets including a soluble guanylate cyclase (the enzyme responsible to increasing cGMP levels) and protein kinase G (kinase dependent upon cGMP) that are both critical for inhibition of the renal organs. This NSERC USRA project will include molecular, genetic, behavioural and physiological investigations of the above-mentioned and other regulators of the excretory system in insects.

Student Responsibilities: Student will help characterize key components involved in anti-diuretic hormone control of the insect renal organs. Student will rear insects for research by maintaining fly stocks, setting up crosses for experiments including reverse genetic screens, conduct physiological and behavioural bioassays to validate the role of critical enzymes and signaling molecules in control of the insect excretory system. Finally, student will collect and analyze data and present results during weekly meetings.

Desired Background/Skills: Currently enrolled in or previously completed animal physiology, genetics and molecular biology (or equivalent) courses with grades of >80% is preferred. Students with previous laboratory experience (practicum, RAY or other opportunity) is a bonus.

Project Title: Protein Motions in Cancer and Neurodegenerative Disease

Supervisor: Derek Wilson

Lab Website: 

Contact Info: dkwilson@yorku.ca

Project Description:

Our lab uses home-build devices combined with cutting edge bioanalytical mass spectrometry platforms to study the rapid - and sometimes dangerous - motions undergo as they carry out their biological roles (or go rogue and cause disease) in the cell. Our undergraduate projects will have you working with Tau protein - one of the two proteins that misfolds and clumps together in Alzheimer's disease - studying how phosphorylation by different enzymes causes it to shift it's 'conformational bias' from the 'safe' form you have in your brain right now to the 'dangerous' form that starts 'clumping' and neurodegeneration.

Student Responsibilities:

Students will: Learn to express and purify Tau protein; Learn to characterize Tau using 'native' mass spectrometry; Learn to conduct millisecond H/D exchange experiments to explore Tau conformational dynamics; Learn to phosphorylate Tau; Present their work at group meetings and conferences; Write up any novel / impactful findings!

Desired Background/Skills:

You'll need: To be an independent learner/thinker, ready to (eventually) work independently in the lab and read relevant background papers on your own; To be able to work as part of a team; To be ready to make the best of the opportunities working on a real-world, high level research project affords you! Some skills in biochemistry lab would be nice, but the ability to learn hands-on skills quickly and effectively is more important than pre-existing knowledge! Some knowledge of molecular-level biochemistry / structural biology would be nice, but the ability to quickly and holistically learn the biological background is more important!

Project Title: Characterizing intramolecular interactions in molecules of astrochemical or atmospheric interest

Supervisor: Jennifer van Wijngaarden

Lab Website: /vanwijng/

Contact Info: vanwijng@yorku.ca

Number of positions: 1

Project Description:

The conformer geometries and relative energy ordering of ethers and thioethers changes depending on the identity of the chalcogen bridge atom (O versus S) and the nature of the organic side chains. These geometric preferences reveal a great deal about the underlying intramolecular interactions that stabilize the molecular shapes. Fourier transform microwave (FTMW) spectroscopy is an excellent tool for probing mixtures of conformers as the molecules are probed in a solvent-free environment allowing bond lengths and angles to be extracted with great precision. In particular, this project will build on recent progress the group has made in studying such compounds to now explore the role of chalcogen atom in directing the positioning of amine or epoxide groups. This project will involve the measurement and analysis of the rotational spectra of these compounds and their minor isotopologues using two state-of-the-art spectrometers at 91亚色. The experimental results will be complemented with a computational study involving molecular dynamics and quantum chemical calculations to identify potential stable forms and their relative energies. The goal of the analysis is to derive accurate experimental geometries for each observed conformer and to use the computed electronic structure to rationalize the underlying reasons for stability. This project will extend our current knowledge of the forces that govern the potential energy landscape of organic ether and thioethers.

Student responsibilities:

The student will learn to use computational tools from Compute Canada to predict conformer structures and energies as well as their corresponding patterns of rotational transitions before using custom spectrometers to collect the experimental spectrum for comparison. Once the spectrum is collected (over several weeks), it will be fit and analyzed. Through this project, the student will be trained to use modern spectrometers (vacuum system, gas mixtures, electronics) and software and will gain an in-depth understanding of the underlying theory of rotational spectroscopy and its connection to molecular geometry.

Desired background/skills:

To get the most of this experience, the student should have successfully completed a course in quantum mechanics such as CHEM3010 or the PHYS equivalent.

Project Title: Efficiency of Bonus-Malus-System for Experience Rating

Supervisor: Jingyi Cao

Contact Info: jingyic@yorku.ca

Project Description: The Bonus-Malus System (BMS) is a mechanism used by insurance companies to adjust premiums based on an insured individual's claim history. Policyholders incur surcharges (maluses) if they file one or more claims, while they receive discounts (bonuses) if they remain claim-free.
This project evaluates the efficiency of the BMS from two perspectives:

  1. Adaptation to Risk Profile Changes 鈥 Examining whether the BMS fairly adjusts premiums in proportion to the actual risk each policyholder represents. The student will assess fairness using Loimaranta efficiency and De Pril efficiency.
  2. Optimal Policyholder Retention 鈥 Addressing the ex-ante moral hazard in rating systems, where policyholders may strategically decide whether to report small claims to avoid future premium increases. Recent studies by Cao, Li, Young, and Zou (2023, 2024) have analyzed optimal reporting strategies for both full and deductible insurance. The student will apply the classical Lemaire algorithm to determine the optimal retention level and explore potential extensions of these reporting strategies.

Student Responsibilities:

  1. Review the provided readings to gain an understanding of the modelling of the BMS.
  2. Apply the Loimoranta efficiency and De Pril efficiency calculations to analyze a given BMS.
  3. Conduct a literature review on the phenomenon of bonus hunger and reporting strategy, exploring both empirical evidence and theoretical framework.
  4. Implement the Lemaire algorithm to determine the optimal retention level.
  5. Investigate extensions of BMS that incorporate claim sizes.

Desired Background/Skills: Students should have completed MATH 2030, 2131, 2280. Preference will be given to students that have also completed MATH 4280 and MATH 4430.

Project Title: Social Homophily, Behavioural Dynamics, and Infectious Disease Transmission

Supervisor: Seyed Moghadas

Lab Website: /science/research/abm-lab/

Contact Info: moghadas@yorku.ca

Number of positions: 1 to 2

Project Description: Human behaviour plays a critical role in shaping the spread of communicable diseases. Beyond biological factors, patterns of social interaction such as who interacts with whom, and how individuals influence one another鈥檚 beliefs can substantially alter epidemic outcomes. This project focuses on the role of homophily (i.e., the tendency of individuals to preferentially interact with others who share similar attitudes or behaviours, and how such social clustering affects disease transmission and control. The student(s) will work on a mathematical and computational modelling project that extends classical epidemic models to incorporate attitude-driven contact patterns and behavioural change. The population is divided into groups based on vaccination attitudes, and disease transmission occurs through physical contacts structured by homophily. In addition, the model allows for attitude change through social influence, including both physical interactions and virtual exposure (e.g., social media). The project will explore how these interacting processes can lead to non-intuitive outcomes, such as large outbreaks occurring despite high overall vaccination coverage, or abrupt shifts in epidemic risk driven by social polarization. The student will contribute to developing and analyzing a system of differential equation models, implementing simulations and fitting to social data collected during the COVID-19 pandemic, and exploring how epidemic outcomes depend on key parameters such as the strength of homophily, contact rates, and persuasion probabilities. Emphasis will be placed on understanding mechanisms, not just producing simulations: why certain social structures amplify risk, how clustering redistributes infections across groups, and when simplifying assumptions (such as random mixing) break down. Expected outcomes include: (i) A working computational implementation of a homophily-based epidemic model; (ii) Quantitative results showing how social structure affects outbreak size and infection risk; (iii) Visualizations suitable for academic presentations and reports; (iv) A short written summary of findings, potentially contributing to a future manuscript or Summer Undergraduate Research Conference presentation. The project provides training at the interface of mathematics, data science, and public health, and is well suited for students interested in applied mathematics, epidemiology, computational modelling, or complex systems.

Student responsibilities: The undergraduate student(s) will work within a collaborative environment at the ABM-Lab to support ongoing research on behavioural and social drivers of infectious disease transmission. Specific responsibilities will include: (i) Learning and understanding compartmental epidemic models (e.g., SIR-type models) and their extensions to include behavioural and social processes; (ii) Assisting in the formulation and interpretation of models that incorporate homophily and attitude change; (iii) Implementing and modifying simulation code (e.g., using MATLAB, Julia, or Python) to explore model behaviour under different parameter settings; (iv) Fitting data and running numerical experiments to assess the impact of social clustering, vaccination attitudes, and behavioural feedback on epidemic outcomes; (v) Producing clear figures and plots that summarize simulation results and illustrate key mechanisms; (vi) Participating in regular weekly meetings at the ABM-Lab to discuss progress, challenges, and interpretation of results; and (vii) Maintaining organized code, documentation, and notes to ensure reproducibility. The student(s) will be encouraged to think critically about modelling assumptions, ask questions about interpretation, and contribute ideas for extensions or alternative scenarios. Depending on progress and interest, the student(s) may also assist with drafting short summaries of results or preparing materials for journal publications. The emphasis throughout will be on skill development, conceptual understanding, and exposure to real-world research problems.

Desired background/skills: Applicants should be undergraduate students enrolled in FSc programs (e.g., Applied, Mathematics, Statistics, Data Science) having strong interest in mathematical modelling or computational approaches to real-world problems. Desired background and skills include: (i) knowledge of differential equations or dynamical systems; (ii) Some experience with programming (e.g., MATLAB, Julia, Python, R, or similar); (iii) Comfort working with equations, simulations, and data analysis/visualization; and (iv) Willingness to learn new concepts in epidemiology and social dynamics. Prior experience with epidemic models, network theory, or agent-based modelling is an asset but not required. Strong analytical thinking, curiosity, and the ability to work independently with guidance are more important than specific technical expertise.

Project Title: Euclidean Ramsey Theory

Supervisor: Mohamed Omar

Contact Info: omarmo@yorku.ca

Project Description: Euclidean Ramsey Theory is a branch of extremal combinatorics that asks extremal questions about forced geometric configurations in prescribed point sets in Euclidean spaces. This project aims to use state-of-the-art techniques in extremal combinatorics, particularly the slice-rank and partition-rank polynomial methods, to improve state-of-the-art bounds in the area.

Student Responsibilities: 

  • A thorough literature review of recent techniques using slice-rank and partition-rank methods in Euclidean Ramsey Theory;
  • Using software to test the viability of these methods on various problems in the research field;
  • A thorough journal documenting the research process, written in latex
  • A draft of an article with all findings from the summer

Desired Background/Skills: Student should have taken Algebra I and Algebra II. At least one of Graph Theory or Combinatorics is recommended.

Project Title: Precision Metrology with Homebuilt Laser Systems

Supervisor: Ananthraman Kumarakrishnan

Lab Website: 

Contact Info: akumar@yorku.ca

Project Description:

My group has developed a new class of low cost, homebuilt, vacuum-sealed, auto- locking laser systems that can be frequency stabilized with respect to atomic, molecular, and temperature tunable solid state frequency markers without human intervention.
Summer research projects will focus on the applications of these laser systems in several exciting experiments that include:

  1. Ultra cold atom sensors that measure gravitational acceleration with high precision
  2. Optical lattices that can realize the most accurate measurement of a diffusion coefficient-a parameter that is required to model the performance of the most sensitive magnetometers
  3. Coherent transient experiments that are capable of realizing the most precise measurements of atomic lifetimes
  4. Free space optical tweezers that trap dielectric particles, and rapidly determine their masses by investigating kinematics on fast time scales

Student Responsibilities:

Development of individual research projects, assistance to graduate students

Desired Background/Skills:

Aptitude for experimental physics, willingness to take on challenging problems, hands on skills, computer interfacing.

Project Title: Analysis of exceptional quasar outflows

Supervisor: Patrick Hall

Lab Website:  phall@yorku.ca

Contact Info: /phall/HOME/astro.html

Project Description:

Quasars are disks of matter around supermassive black holes in galaxy cores which host inflows through the disk and outflows above and below the disk. My research group has access to a large database of spectroscopy and photometry of quasars from the Sloan Digital Sky Survey. We have found quasars with exceptional emission and absorption properties related to outflows of matter from the quasars. We are modelling those properties to compare to the predictions of models of disks and their outflows. The specific quasar(s) to be studied in the project will be determined during the application project.

Student Responsibilities:

The student will learn about quasars through textbooks and lectures both online and in person. The student will work with Prof. Hall and his group on scientific programming for astronomy data analysis using python, MATLAB, etc., and is expected to contribute significantly to analyzing spectra and photometry and to writing up scientific results for publication in a peer-reviewed journal.

Desired Background/Skills:

High marks in all courses, especially in astronomy courses and in computational courses involving python (at minimum EECS 1541 or equivalent, and preferably PHYS 2030 or equivalent).

Project Title: Biophotonics measurements and modulation of living system

Supervisor: Ozzy Mermut

Lab Website: 

Contact Info: omermut@yorku.ca

Project Description: How do we manipulate bioluminescence? Pyrocystis fusiformis is bioluminescent alga found in coastal waters. The species is known for emitting a beautiful blue light when mechanically disturbed by its water environment and predators. This bioluminescence is produced by a chemical reaction involving luciferin-luciferase catalysis within scintillon organelles in the cell鈥檚 cytoplasm. This reaction is triggered by mechanical stress on the cell, however, the complete signaling mechanism is not well understood. What if we can control these organism鈥檚 bioluminescence behaviour with light stimulus? Thus, the goal of this project is to study the time-resolved bioluminescence behavior under different stimulator conditions with our novel fast an ultra-sensitive home-built photon-counting device. Ultimately, we aim to incorporate molecular optical photoswitches to photonically biomodulate the photosynthetic and bioluminescent behaviour of these fascinating single cell organisms.

Student Responsibilities: In this highly trans-disciplinary project, conducted collaboration with Chemistry and Physics collaborators, the biophysicist will learn development of biophotonics single photon counting setup to measure bioluminescence kinetics. The student will prepare and integrate optical photo-switching chromophores (azobenzenes) into the dinoflagellates and conduct biomodulation experiments with pump-probe spectroscopy, determining the energetic and kinetic properties.

Desired Background/Skills: The received training will be in biophysics, physics, photonics, and molecular time-domain spectroscopy instrumentation in a highly interdisciplinary team of physicists, chemists, computational scientists, and opto-electronic engineers. The student is expected to present at group meetings throughout the project for training and development of scientific communication skills. Students will be supported by the supervisor through weekly meetings.

Project Title: Studying Fast Radio Bursts with CHIME

Supervisor: Paul Scholz

Contact Info: pscholz@yorku.ca

Project Description: The Canadian Hydrogen Intensity Mapping Experiment (CHIME) is a revolutionary radio telescope, located in British Columbia. In its first five years of operation, CHIME has discovered hundreds of new Fast Radio Bursts (FRBs), and this discovery rate is expected to keep course if not further increase. FRBs are millisecond-long pulses of radio waves from far outside of our Galaxy of unknown origin. CHIME has brought about a new landscape in the FRB field; for the first time we are able to study FRB as a population. There are several potential projects using CHIME/FRB data including software and signal processing pipelines, data analysis and visualization. The student will have opportunities to develop skills in radio signal processing, Python programming, statistics, simulations, and machine learning.

Student Responsibilities: The student will work with Prof. Scholz and the wider CHIME/FRB team analyzing CHIME/FRB data and helping to develop/improve CHIME/FRB software pipelines using Python. Students will work in a collaborative and vibrant research environment through interactions with CHIME/FRB members at several other institutions. The student will give presentations and share results with the team.

Desired Background/Skills: Interest in astrophysics. Experience with programming, particularly in Python.

Project Title: Production of new dark forces at particle accelerators

Supervisor: Sean Tulin

Contact Infostulin@yorku.ca

Project Description: Dark matter constitutes the most abundant form of matter in the Universe, shaping the evolution of cosmic structures through its gravitational influence. However, its fundamental nature remains elusive, as it cannot be explained within the current framework of fundamental physics. A key open question is whether dark matter interacts solely via gravity or if it experiences additional fundamental forces, analogous to electromagnetism and the nuclear interactions of ordinary matter. If dark matter possesses new fundamental forces, dark force bosons may be discovered in particle accelerator facilities, opening a window toward exploring dark matter physics in the laboratory.

Student Responsibilities: This research will employ theoretical modeling, data analysis, and numerical simulations to predict experimental signatures of novel dark force bosons. Student tasks will include: (1) learning particle physics models of dark matter and dark forces, (2) performing numerical fits to experimental data to determine key inputs needed to calculate the dark force production rate, and (3) performing numerical Monte Carlo simulations to model experimental signatures and detection rates for new physics signals at accelerator facilities.

Desired Background/Skills: Completion of PHYS 2030 or equivalent familiarity in Python.

Project Title: Studying Neutrino Interactions

Supervisor: Deborah Harris

Contact Info: deborahh@yorku.ca

Lab Web Site: /professor/deborahharris/

Number of positions: 1

Project Description: This job will involve analysis of data that was recorded by the MINERvA detector which operated at Fermi National Accelerator Laboratory in Batavia, Illinois. The MINERvA experiment is designed to study the interactions of neutrinos in a variety of different nuclei in order to understand those interactions and how the nuclear environment modifies the particles that emerge from those interactions. This understanding is critical for neutrino experiments like DUNE and T2K, which measure the probability of neutrinos changing from one kind to another over time. Those measurements require experiments to simulate how neutrino energy is translated into energy that can be measured in a detector, since "time" for a particle changes depending on that particle's energy (known as "time dilation" in special relativity).

Student responsibilities: Part of the work will involve developing new analysis code to extract measurements of the probability that neutrinos interact as a function of the momentum of the outgoing particles from the interaction. Since neutrinos are neutral they leave no trace in the detector until they interact with a nucleus (or electron) in the detector to create or boost charged particles which then leave signals as they cross different detector elements. Another part of this job involves contributing to the efforts of the collaboration to run simulations of the experiment which allow uncertainties on the measurements to be evaluated. Those simulations are often more CPU time-consuming than analyzing data because the experiment relies on simulations that are many times the statistics of the data samples. The job will also involve preparing or improving documentation on how to use the collaboration's computing infrasturcture, and possibly documentation for undergraduates on how the MINERvA detector and associated neutrino beamline works.

Desired background/skills: The successful applicant will be able to program in C++, Python, and ROOT (or be willing to develop their skills with online tutorials), and will be able to work effectively in a linux environment. The job will involve using the software infrastructure that is being written by the collaboration, and contributing to that infrastructure. The successful applicant will be able to work independently, and to present their results clearly at occasional meetings with the MINERvA and DUNE Collaborations. Since many presentations will have to be through zoom, the successful applicant will also have access to reasonably good internet to allow effective communication through online platforms (mostly by being on the 91亚色 campus but some amount of remote work is also an option depending on the independence and coding skill of the successful applicant).

Contacts by Department

Nicole NivillacUndergraduate Program Directorupdbiol@yorku.ca
 Derek JacksonUndergraduate Program Directorchemupd@yorku.ca

Ada Sze Sze ChanAssociate Professorssachan@yorku.ca

Patrick HallUndergraduate Program Directorphasupd@yorku.ca

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ESDC - Accessible Canada Fund 鈥 National AccessAbility Week (NAAW) stream /science/py-community-area/funding-opportunities/esdc-accessible-canada-fund-national-accessability-week-naaw-stream/ Sat, 06 Jun 2026 17:17:28 +0000 /science/?page_id=43778 Details Opportunity Name Accessible Canada Fund 鈥 National AccessAbility Week (NAAW) stream Agency Employment and Social Development Canada (ESDC) Value Up to $180,000 for a maximum of 3 yearsMore than $180,000 and up to $360,000 for up to 3 years Indirect Costs Not Eligible Duration Up to 3 years Deadlines Final application(by invitation) Application due […]

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Details
Opportunity Name
AgencyEmployment and Social Development Canada (ESDC)
ValueUp to $180,000 for a maximum of 3 years
More than $180,000 and up to $360,000 for up to 3 years
Indirect CostsNot Eligible
DurationUp to 3 years
Deadlines

Final application(by invitation)

Application due at SIRI for internal adjudication06-22-2026
Selected Application due to听FSc RO at听sciapps@yorku.ca听蹿辞谤 optional full review07-13-2026
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review07-22-2026
Final application and fully signed ORS checklist due to SIRI for mandatory review07-27-2026
Application due at agency07-28-2026, by 3:00PM EST
Objective

To support projects that promote the implementation of the Accessible Canada Act and its regulations through National Accessibility Week (NAAW) activities that

  • highlight the contributions of persons with disabilities; and
  • raise awareness and promote accessibility and inclusion in communities and workplaces across Canada.

Successful projects will deliver the following expected results:

  • Persons with disabilities are supported to participate and engage in the implementation of the Accessible Canada Act and its regulations
  • Increase awareness of accessibility and disability inclusion in Canada
  • Improved understanding and knowledge amongst Canadians about accessibility and disability inclusion issues
  • Reduce stigma and attitudinal barriers towards persons with disabilities
  • Increased knowledge within the disability community as it relates to best practices and lessons learned for NAAW activities, including scalability mechanisms; and
  • By the end of the agreement, NAAW projects will have increased the scale and impact of their activities (for example, engaging more people, strengthening community capacity, and building more strategic partnerships

Funding Priorities

ESDC will prioritize projects that:

  • Include plans for the participation of persons with disabilities in the overall project design and delivery of activities
  • Support NAAW activities with underrepresented communities
  • Align with key priority areas of the听Accessible Canada Act, and its regulations

Note: Applicants must demonstrate partnership with 1 or more disability organizations in their application. The partner or partners must have a leadership role in the overall project design and delivery of activities. Letter(s) of support from implicated partner(s) must be provided at the time of agreement.

ESDC will hold virtual information sessions to provide an overview of the application process for organizations interested in applying for funding. Sessions will be accessible with sign language interpretation and Communication Access Realtime Translation (CART). Please click below and select the date and language of your choice to register online for an information session: 

Note: Eligible organizations can only submit one (1) application. Interested applicants must complete the following and submit to SIRI (Diana Frasca, dfrasca@yorku.ca) for adjudication by VPRI. 

In 1-2 pages, please include:

  • Project Summary (describe the need of the project including its goals, expected results, and the targeted groups)
  • Project Activities and Timelines (Provide the activities and their timelines that will be taking place as part of this project)
  • Program Objective and Priorities (describe how the project meets the objective(s) and/or priority(ies) of the funding program)

How to Apply

Please contact your Faculty Research Office for information on their internal deadlines.

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .


For specific questions, please contact FSc Research Services at sciapps@yorku.ca

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SSHRC Knowledge Synthesis Grants - Changing Nature of Security and Conflict /science/py-community-area/funding-opportunities/sshrc-knowledge-synthesis-grants-changing-nature-of-security-and-conflict/ Fri, 05 Jun 2026 20:58:24 +0000 /science/?page_id=43774 Details Opportunity Name Changing Nature of Security and Conflict Agency Social Sciences and Humanities Research Council of Canada (SSHRC) Value Stream 1: $10,000 - $40,000Stream 2: $10,000 - $78,000 Indirect Costs Ineligible Duration 1 year Deadlines Application due to听FSc RO at听sciapps@yorku.ca听蹿辞谤 optional full review 11-19-2026 Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review […]

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Details
Opportunity Name
AgencySocial Sciences and Humanities Research Council of Canada (SSHRC)
ValueStream 1: $10,000 - $40,000
Stream 2: $10,000 - $78,000
Indirect CostsIneligible
Duration1 year
Deadlines
Application due to听FSc RO at听sciapps@yorku.ca听蹿辞谤 optional full review11-19-2026
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review11-25-2026
Final application and fully signed ORS checklist due at ORS for mandatory review11-30-2026, by 9:00AM
Application due at agency 12-03-2026

Note: Applications must be submitted to the SSHRC鈥檚 Online System by 10am to allow ORS enough time to e-approve and submit to SSHRC for peer review.
Objective
  • Open to SSHRC-eligible social sciences and humanities research on The Changing Nature of Security and Conflict.
  • Supports knowledge syntheses addressing emerging security challenges, including hybrid warfare, cybersecurity, AI, disinformation, climate security, Arctic sovereignty, resilience, and public-private collaboration.
  • Encourages Indigenous-led and Northern community-based research approaches.
  • Stream 1 (Domestic): Canadian applicants only; grants of $10,000鈥$40,000 for one year.
  • Stream 2 (International): Requires Canadian and Nordic collaborators; grants of $10,000鈥$78,000 for one year.

Eligibility

Subject Matter

  • Open to all disciplines and subject areas eligible for SSHRC funding.
  • Projects better suited to CIHR or NSERC will not be accepted.
  • Curriculum development projects are not eligible.
  • Applications may be rated poorly on feasibility if 50% or more of the budget is not adequately justified.

Applicant Eligibility

Stream 1

  • Applications may be submitted by an individual researcher or a research team.
  • Applicants must be affiliated with an eligible Canadian postsecondary institution or Indigenous not-for-profit organization.
  • Students are not eligible to apply.
  • Postdoctoral researchers may apply if affiliated with an eligible institution throughout the grant period.
  • Applicants with outstanding SSHRC achievement reports are ineligible until reports are submitted.

Stream 2

  • Requires two principal investigators: one from Canada and one from a Nordic country, plus a co-applicant from another Nordic country.
  • Canadian applicants must meet Stream 1 eligibility requirements.
  • Nordic applicants must be affiliated with an eligible Nordic research-performing organization.
Webinar

SSHRC will be holding a webinar on the above-mentioned competition via MS Teams in June 2026 and October 2026. Registration is required for this webinar. The webinar will include an overview of the funding opportunity and a question-and-answer period.  Additional information can be found below:

DateTime (eastern)TopicLanguageWebinar connection information
June 18th, 202611:00 a.m. 鈥 12:00 p.m.Bilingual (simultaneous interpretation)
October 8th, 202611:00 a.m. 鈥 12:00 p.m.

How to Apply

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .


For specific questions, please contact FSc Research Services at sciapps@yorku.ca

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Mitacs Accelerate Defence and Security Call /science/py-community-area/funding-opportunities/mitacs-accelerate-defence-and-security-call/ Fri, 05 Jun 2026 17:58:48 +0000 /science/?page_id=43769 Details Opportunity Name Accelerate Defence and Security Call Agency Mitacs Value Master鈥檚 or PhD IU: $20,000 ($10,000 contribution from partner; minimum $15,000 for stipend) Postdoctoral fellow IU: $25,000 ($12, 500 contribution from partner; minimum $20,000 for stipend) Indirect Costs TBD Duration Projects may run for up to two years and include no more than 30 internship units (IUs). Interns […]

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Details
Opportunity Name
AgencyMitacs
ValueMaster鈥檚 or PhD IU: $20,000 ($10,000 contribution from partner; minimum $15,000 for stipend)
 
Postdoctoral fellow IU: $25,000 ($12, 500 contribution from partner; minimum $20,000 for stipend)
Indirect CostsTBD
DurationProjects may run for up to two years and include no more than 30 internship units (IUs). Interns must be identified at the time of application for a minimum of 50 per cent of the internships in the project, while no more than 50 per cent may be listed as to be determined
Deadlines
Application due to FSc RO at sciapps@yorku.ca for full review10 business days before agency submission
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review5 business days before agency submission
Final application and fully signed ORS checklist due at ORS for mandatory review2 business days before agency submission, by 9:00AM
Application due at agency by 08-17-2026

If you are interested in applying to this competition, please contact Rachel Sung, Mitacs Business Development Specialist at sungr@yorku.ca.

Objective

To advance Canada鈥檚 sovereign defence capabilities by pairing Canadian researchers and innovators with partner organizations as applied, mission-relevant R&D.

Eligible projects are those in aerospace, digital systems (AI, quantum, cyber), in-service support, personnel protection, sensors, space, specialized manufacturing, training and simulation, uncrewed systems, quantum science and technology, or arctic sovereignty.

This is a competitive call. All applications will be assessed by Mitacs and undergo external peer review, with funding decisions determined by a panel. There will be no opportunity for applicants to revise their proposals while under consideration for this call.


Eligibility

This call for proposals is open to Canadian post-secondary institutions partnering with Canadian businesses and other organizations contributing to strengthening Canada鈥檚 sovereign defence capabilities.

Eligible participants include:

  • Canadian companies seeking to de-risk applied R&D with academic expertise
  • Academic researchers with projects aligned to Canada鈥檚 defence and security priorities
  • Teams able to host and supervise Master鈥檚, PhD, and/or postdoctoral participants through Mitacs Accelerate
  • Applicants prepared to meet Mitacs Accelerate eligibility, quality, and feasibility requirements

How to Apply

Post-docs should contact Kim McIntyre, Post-doctoral Services Coordinator, at kimmcint@yorku.ca or extension 22993, once they have approval from Mitacs to submit an application.

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .


For specific questions, please contact FSc Research Services at sciapps@yorku.ca

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Grants for Scientific Research Programme /science/py-community-area/funding-opportunities/grants-for-scientific-research-programme-2026-202/ Sun, 31 May 2026 18:36:57 +0000 /science/?page_id=43683 Details Opportunity Name Grants for Scientific Research Programme 2026/202 Agency Canadian Institutes for Health Research (CIHR) Value Up to 鈧60,000 per approved application Indirect Costs Not eligible Duration Maximum 3 years - commencement between 1st of January and 31st of October 2027. Deadlines Application due to SIRI for full review  Ten (10) business days prior to submission […]

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Details
Opportunity Name
AgencyCanadian Institutes for Health Research (CIHR)
ValueUp to 鈧60,000 per approved application
Indirect CostsNot eligible
DurationMaximum 3 years - commencement between 1st of January and 31st of October 2027.
Deadlines
Application due to SIRI for full review Ten (10) business days prior to submission to agency
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory reviewFive (5) working days prior to submission to agency
Final application and fully signed ORS checklist due to SIRI for mandatory reviewby 9:00am two (2) working days prior to submission to agency
Application due at agency No later than 08-31-2026
Objective

To foster research focused on the healthy human being, in its physical and spiritual dimensions, particularly on topics that are still largely unexplored but susceptible to profound and rigorous scientific analysis.

Only applications in the fields of Psychophysiology and Parapsychology are eligible under this Programme.

The following projects will not be considered eligible: a) Projects from Clinical or Experimental Models of Human Disease and Therapy; b) Projects whose main scope is eating behaviour, sexual behaviour or physical exercise; c) Projects in fundamental neuroscience (cellular, molecular, and biochemical mechanisms of brain functioning) that are not directly and unequivocally associated with a psychophysiological measure.


Eligibility

All scientific researchers may apply, either individually or as a team, except those working for Bial Foundation or any of the companies within Bial Group. The Principal Investigator and the co-Principal Investigator (if applicable) with ongoing Research Project(s) funded by Bial Foundation, under Grants or the Maria de Sousa Award, may also apply; however, they shall only benefit from new grants under this Programme after the successful completion of those ongoing Research Project(s) before 31 October 2027.


How to Apply

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .

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CIHR Operating Grant: TRANSCAN-4 /science/py-community-area/funding-opportunities/cihr-operating-grant-transcan-4/ Sun, 31 May 2026 17:55:07 +0000 /science/?page_id=43679 Details Opportunity Name Translational Research on Cancer Metabolism: Multidisciplinary Approaches for Diagnosis and Treatment Agency Canadian Institutes for Health Research (CIHR) Value Up to $450,000 from CIHR Indirect Costs Ineligible Duration Up to 3 years Deadlines Pre-proposal Deadline Pre-proposal due to听SIRI听蹿辞谤 full review听 07-07-2026 Pre-proposal and fully signed ORS checklist due to听FSc RO at听sciapps@yorku.ca听蹿辞谤听mandatory听谤别惫颈别飞 07-15-2026 […]

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Details
Opportunity Name
AgencyCanadian Institutes for Health Research (CIHR)
ValueUp to $450,000 from CIHR
Indirect CostsIneligible
DurationUp to 3 years
Deadlines
Pre-proposal Deadline
Pre-proposal due to听SIRI听蹿辞谤 full review听07-07-2026
Pre-proposal and fully signed ORS checklist due to听FSc RO at听sciapps@yorku.ca听蹿辞谤听mandatory听谤别惫颈别飞07-15-2026
Pre-proposal and fully signed ORS checklist due to听SIRI听蹿辞谤听mandatory听谤别惫颈别飞07-20-2026
Application due at agency 07-21-2026

Anticipated Notice of Decision - Nov 25 2026

Application Deadline
Application due to SIRI for full review 12-16-2026
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review01-07-2027
Final application and fully signed ORS checklist due to SIRI for mandatory review01-12-2027
Application due at agency 01-13-2027

All researchers must notify both their Faculty Research Office and the Strategic and Institutional Research Initiatives (SIRI) team (see contact below) as soon as possible about their intention to apply. Please note there is a two-stage application process, where at Stage 1 (Pre-Proposal) the application is only submitted to TRANSCAN-4 JCS, and for Stage 2 (Full Proposal), invited applications will be submitted to TRANSCAN-4 JCS and an abbreviated application will be submitted to CIHR.

Objective

The overarching objective of this funding opportunity is to foster new collaborations between researchers and clinicians and to support original, high-quality projects with strong translational potential. Funded projects are expected to significantly advance the understanding and exploitation of cancer metabolism in clinically relevant settings.

The anticipated outcome of the call is the development of innovative, personalised approaches for cancer diagnosis, patient stratification, and treatment, grounded in a deeper mechanistic understanding of metabolic alterations in cancer.

Proposals must address at least one of the aims or sub-aims described below.

Aim 1: Enabling better cancer diagnostics and monitoring through metabolic biomarkers

Novel metabolic biomarkers and technologies offer major opportunities for earlier cancer detection, improved patient stratification and more accurate monitoring of treatment response and disease progression.

Eligible sub-aims include:

  • Advancing metabolic imaging approaches to improve sensitivity and specificity in tumour detection and longitudinal monitoring.
  • Identifying and/or validating novel biomarkers or biomarker signatures based on tumour-associated metabolic alterations, to enhance cancer diagnosis, patient stratification or disease monitoring. Proposals may include hypothesis-driven studies on a broad range of biomarkers, including structural, functional, molecular, and genetic biomarkers. Digital biomarkers are eligible only when integrated with biological or molecular signatures. In all cases, proposal must demonstrate a clear pathophysiological rationale and include studies on human participants and/or human-derived tissues.

Aim 2: Intercepting metabolic vulnerabilities to improve precision medicine

Metabolic reprogramming in cancer creates unique dependencies that can be exploited therapeutically. Tumours often develop distinct metabolic signatures, shaped by oncogenic mutations, which drive tumour initiation, progression, therapy resistance, and metastasis. These metabolic adaptations open the door to precision medicine approaches that target defined metabolic vulnerabilities with tailored interventions.

Eligible sub-aims include:

  • Identifying key druggable metabolic regulators and signalling networks to personalise therapy and improve clinical outcomes.
  • Designing and evaluating innovative interventions, including novel or repurposed therapeutics, that target metabolic vulnerabilities and synergise with existing treatments.
  • Implementing advanced and clinically relevant preclinical models that enable rigorous assessment of novel or repurposed therapeutic strategies targeting specific metabolic vulnerabilities.

Eligibility
  1. The Nominated Principal Applicant (NPA) leading the Canadian component must be an听, affiliated with a Canadian postsecondary institution and/or its affiliated institutions.
  2. The NPA must have their听听蹿辞谤 the duration of the requested grant term.
  3. To be eligible to apply to this funding opportunity, the听听must be听听by the application deadline.
  4. Only transnational projects will be funded.
  5. Each research consortium must involve a听minimum of three (3) and a maximum of six (6) partners (comprising the project coordinator) eligible for funding, coming听from at least three (3) different countries whose funders participate in the call.
    • To strengthen the European translational cancer research area, a wide inclusion of research teams from all the countries/regions participating in the call is encouraged. Therefore,听the maximum number of partners can be increased to up to seven (7) if they include one partner from the following participating countries: Hungary, Malta, Slovakia, or Turkey.
  6. A Consortium must听not involve more than two (2) research groups from the same country.
  7. It is mandatory to integrate at least one early-career researcher (ECR) as principal applicant in a consortium and this has to be clearly indicated in the proposal.
  8. Each consortium must involve at least one basic or pre-clinical research team and one clinical team. It is also recommended to include an expert team in methodology, biostatistics or bioinformatics, depending on the type of work planned. The consortium may also involve other teams with specialised skills and know-how or expertise.
  9. Only one Canadian research group will be funded per consortium.

How to Apply

Please see the听听补苍诲听听蹿辞谤 more details.

To signal your intent to apply and to book a one-on-one meeting, please contact the SIRI team in the Office of Research Services (siri@yorku.ca).

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .

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Law Commission of Ontario - Raj Anand LCO Access to Justice Research Fellowship /science/py-community-area/funding-opportunities/raj-anand-lco-access-to-justice-research-fellowship/ Tue, 19 May 2026 03:34:38 +0000 /science/?page_id=43589 Details Opportunity Name Raj Anand LCO Access to Justice Research Fellowship Agency The Law Commission of Ontario Value Up to $100,000 Indirect Costs 狈础鈥傗赌傗赌傗赌傗赌 Duration 1-year term, starting from September 1, 2026, to August 31, 2027 Deadlines Application and fully signed ORS checklist due to听FSc RO at听sciapps@yorku.ca听蹿辞谤听optional听谤别惫颈别飞 05-29-2026 Application and fully signed ORS checklist due […]

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Details
Opportunity Name
AgencyThe Law Commission of Ontario
ValueUp to $100,000
Indirect Costs狈础鈥傗赌傗赌傗赌傗赌
Duration1-year term, starting from September 1, 2026, to August 31, 2027
Deadlines
Application and fully signed ORS checklist due to听FSc RO at听sciapps@yorku.ca听蹿辞谤听optional听谤别惫颈别飞05-29-2026
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review06-05-2026
Final application and fully signed ORS checklist due at听翱搁厂听蹿辞谤听mandatory听谤别惫颈别飞06-10-2026, by 9:00AM
Application due at agency 听06-12-2026
Objective

The Law Commission of Ontario is accepting applications for the听Raj Anand LCO Access to Justice Research Fellowship, a groundbreaking initiative to support access to justice, law reform and the next generation of justice advocates. The Fellowship is the result of a transformative gift from the Raj Anand and Lesley Valentine-Anand Foundation and a matching grant from Osgoode Hall Law School, which together will create the recently announced听.

Research Fellows will undertake law reform research, contribute to the academic community, and participate in public discussions. Fellows may work on existing LCO projects or propose their own project addressing a current and important law reform issue in Ontario.

Eligibility

Ideal candidates hold a degree in law, public policy or related field with demonstrated research and writing excellence. Experience in consultations and stakeholder engagement is an asset. The ability to function fully in English and French is also an asset.


How to Apply

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .


For specific questions, please contact FSc Research Services at sciapps@yorku.ca

The post Law Commission of Ontario - Raj Anand LCO Access to Justice Research Fellowship appeared first on Faculty of Science.

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FCCP Education Foundation 2026 Award of Merit Nomination /science/py-community-area/funding-opportunities/fccp-education-foundation-2026-award-of-merit-nomination/ Tue, 19 May 2026 03:22:33 +0000 /science/?page_id=43586 Details Opportunity Name Award of Merit Agency The Federation of Chinese Canadian Professionals (Ontario) Education Foundation Value $2,500 and a plaque in recognition Indirect Costs N/A Deadlines Final application Application due to FSc RO at sciapps@yorku.ca for optional full review 07-17-2026 Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review 07-24-2026 Final application and fully signed ORS […]

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Details
Opportunity Name
AgencyThe Federation of Chinese Canadian Professionals (Ontario) Education Foundation
Value$2,500 and a plaque in recognition
Indirect CostsN/A
Deadlines

Final application

Application due to FSc RO at sciapps@yorku.ca for optional full review07-17-2026
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review07-24-2026
Final application and fully signed ORS checklist due to SIRI for mandatory review07-29-2026
Application due at agency07-31-2026
Objective

The Federation of Chinese Canadian Professionals (Ontario) Education Foundation听is inviting nominations for the Award of Merit for 2026. This award has been given annually by the Education Foundation since 1985 to recognize the outstanding professional achievements of distinguished听. Of note, the Award of Merit is intended for and has traditionally been bestowed upon senior academics who have made significant contributions to their field of scholarly work.


Required Documents

Each nomination should be sponsored by two nominators by letter. In addition to the curriculum vitae, the nominee听should provide a lay summary听(no more than two pages) highlighting the novelty, innovation, conceptual advance, impact, and significance of his/her works. Please email the completed nomination packages in one PDF file to听Roslyn Tsao听by July 31, 2026.


How to Apply

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .


For specific questions, please contact FSc Research Services at sciapps@yorku.ca

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IDEaS: True north precision: Low cost drones with laser ranging /science/py-community-area/funding-opportunities/ideas-true-north-precision-low-cost-drones-with-laser-ranging/ Mon, 18 May 2026 23:47:10 +0000 /science/?page_id=43574 Details Opportunity Name True north precision: Low cost drones with laser ranging Agency Innovation for Defence Excellence and Security (IDEaS) Value Funding awarded for this challenge will depend on your solution鈥檚 Technology Readiness Level (TRL).1. Component 1a (TRL 1-3) will be eligible 蹿辞谤听up to $250,000听蹿辞谤 a maximum performance period of up to听six months2. Component 1b […]

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Details
Opportunity Name
AgencyInnovation for Defence Excellence and Security (IDEaS)
ValueFunding awarded for this challenge will depend on your solution鈥檚 Technology Readiness Level (TRL).
1. Component 1a (TRL 1-3) will be eligible 蹿辞谤听up to $250,000听蹿辞谤 a maximum performance period of up to听six months
2. Component 1b (TRL 4-5),听up to $1.5 million听蹿辞谤 a maximum performance period of up to听12 months.
3. Component 2 (TRL 6-9),听up to $5 million. The period of performance will be determined at the time of contract negotiation.
4. Component 3 - The maximum individual contractual funding and the maximum performance period offered will be determined by Canada at the time of contract negotiation.

Provided solutions advance to the appropriate TRL, they may move to the next funding stage. 听听听

Visit听听蹿辞谤 additional information on available funding.听听听听听听
Indirect CostsNot eligible.鈥傗傗傗傗
DurationVarious
Deadlines

ORS

Draft due for review05-27-2026
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review06-03-2026
Final application and fully signed ORS checklist due at ORS/SIRI for mandatory review06-08-2026, by 9am
Application due at agency 06-10-2026, at 2:00听PM听EDT

For applications with budgets of up to $1M, please submit to the ORS Grants Team at听researchapps@yorku.ca.

SIRI

Draft due for review05-25-2026
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review06-01-2026
Final application and fully signed ORS checklist due at ORS/SIRI for mandatory review06-04-2026, by 9am
Application due at agency 06-10-2026, at 2:00听PM听EDT

For applications with budgets over $1M, please reach out to Aim茅e Mitchell, SIRI Specialist at听aimee19@yorku.ca.

Objective

To seek innovative solutions for cost-effective uncrewed aerial systems (UAS) to provide accurate range and target cueing information to support indirect fire missions and battlefield awareness. Current systems either lack the precision and resilience required for use in contested electromagnetic environments or are prohibitively expensive for widespread deployment.

Proposed solutions should include capabilities and considerations such as, but not limited to, the following:

Capability AreaPerformance Outcome
Target designationSTANAG 3733 compliant; up to Class 4 laser designation capability.
Advanced range finding卤1 m accuracy at 1 km on human-sized targets. Continuous range updates for targets moving up to 10 m/s with 鈮 1 s latency and 鈮 2 m positional error at 1 km.
Environmental & Operational robustnessOperable at 鈭20掳C and above. Maintain functionality in sustained/gusting winds up to 15 m/s. Demonstrate performance in dust/smoke/obscurants 鈥 MIL-STD-810 Method 510.5. Operate in precipitation of 4mm/m虏/hr.
Sensor-to-shooter integrationReal-time telemetry and integration with ATAK based ground control systems. STANAG 4586 for independent control of payload and 4609 for Full Motion Video (FMV) data. Impact adjustment feature for fires.
High-speed target trackingTrack targets moving up to 20 m/s with predictive smoothing and automatic track handoff to ground C2 systems.
Modular payload designThe platform is designed with a modular payload bay to allow replacement of sensors or batteries without structural modification.
Autonomous navigationAutonomous or semi-autonomous (e.g. waypoint navigation) operation in GNSS-denied environments using multiple alternative navigation methods (e.g., visual odometry, inertial fusion). Front facing automated obstacle avoidance.
OriginThe countries of origin for critical systems, including data transmission devices, flight controllers, software and onboard computers are clearly identified.
EM resilienceFibre optic wire or alternate non-Electromagnetic (EM) spectrum means of control and data transfer from Ground Control Station (GCS) to air vehicle. Remote extension of GCS transmitter from operator.

Deadlines and Application Process

Applicants must notify their Faculty Research Offices and the Office of Research Services as soon as possible about their intention to apply.听 Doing so will both streamline the process of securing Faculty-level support for their proposals and ensure that researchers receive adequate support in preparing their applications.

Eligibility

This Call for Proposal (CFP) is open to individuals, academia, not-for-profit organizations, provincial/territorial or municipal government organizations, and all industry. Federal and provincial crown corporations are not eligible for funding.听听听听


How to Apply

To apply, please visit听.

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .


For specific questions, please contact FSc Research Services at sciapps@yorku.ca

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Canada Environmental Science Opportunity /science/py-community-area/funding-opportunities/canada-environmental-science-opportunity/ Sat, 09 May 2026 23:02:31 +0000 /science/?page_id=43465 Details Opportunity Name Canada Environmental Science Opportunity Agency Environment and Climate Change Canada (ECCC) Value Various funding streams Indirect Costs 20% Duration The value and duration of a project is dependent on the stream and theme. Each stream may fund up to 100% of the project costs; however, project proponents are strongly encouraged to seek […]

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Details
Opportunity Name
AgencyEnvironment and Climate Change Canada (ECCC)
ValueVarious funding streams
Indirect Costs20%
DurationThe value and duration of a project is dependent on the stream and theme.

Each stream may fund up to 100% of the project costs; however, project proponents are strongly encouraged to seek other sources of funding and/or in-kind project support. Please see the enclosed Applicant Guide for availability of funds for each stream.

Deadlines
Application due to FSc RO at sciapps@yorku.ca for optional full review06-22-2026
Application and fully signed ORS checklist due to FSc RO at sciapps@yorku.ca for mandatory review06-29-2026
Final application and fully signed ORS checklist due at ORS for mandatory review07-03-2026, by 9:00AM
Application due at agency 07-07-2026, by 3:00PM
Objective

To bring together experts from across Canada to advance projects that address critical environmental and climate issues.

Funding will be provided for a number of initiatives which will be distributed under two streams:

Stream 1: Research, modelling and risk assessment

  • Theme 1A: Research Related to Canada鈥檚 changing climate
  • Theme 1B: Quantifying the impact of cryosphere loss of freshwater
  • Theme 1C: Studying changing air quality conditions with climate change
  • Theme 1D: Building confidence in the use of new approach methods in ecological risk assessment
  • Theme 1E: Advancing the integration of Artificial Intelligence (AI) for operational hydro-meteorological and environmental services

Stream 2: Nature research

  • Theme 2A: Nature-based climate solutions
  • Theme 2B: Species at risk
  • Theme 2C: Building the science to support the protection of coastal ecosystems

Note: Applicants are eligible to apply to multiple streams and themes as long as they meet the eligibility criteria. Please note that a separate application must be submitted for each stream and theme in which you wish to be considered.

Please note that applicants will be required, in their project application, to attest to how their project and its partners align with the Policy on听听and that they are not a member of, or affiliated, with any organization on the list of听.


Application Guide

Applicant guides for all streams are available through the听听(GCEMS) or by contacting听enviroinfo@ec.gc.ca.


How to Apply

91亚色 researchers are reminded that all applications for external research funding, including Letters of Intent, must be reviewed and approved by the Office of Research Services before they are submitted to the granting agency.  For internal approval, the application must be accompanied by a completed ORS Checklist, which requires the Dean鈥檚 signature.  Please send the complete application, with the finalized budget and a completed  to sciapps@yorku.ca, five days prior to agency deadline.

ORS is accepting electronic applications 鈥 the process is outlined .


For specific questions, please contact FSc Research Services at sciapps@yorku.ca

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