Ministry of Colleges and Universities Faculty

awards grant

• A National Ultrahigh-Resolution Electron Microscopy Facility for Nanoscale Materials Research
• A New Generation of High Strength, Low Cost Steels
• A modifiable molecular target to treat neuromuscular disorders
• ADAPT Study: Application of integrateD Approaches to understanding Physical activity during the Transition from late adolescence to emerging adulthood.
• AI + Democracy Lab
• Adaptive Flood Forecasting System for Ontario Flood Prone Areas
• Advanced Characterization of Biomaterials
• Advanced Electron Spectroscopy Tools
• Advanced Joining Facilities for Macro, Micro, and Nano Level Fabrications
• Advanced Structural Control Testing Equipment and Full-Scale Monitoring System
• An Acoustic Noise and Vibration Measurement Facility for Low-noise and High-efficiency Electric Motor Drives
• Analysis and Optimization of Mechanical Behaviour of Clad Sheet
• Are active preschoolers healthy preschoolers?
• Auditory Interaction and Communication in Complex Environments: Neural, Developmental and Applied Aspects
• Biodegradable Nanoengineered Hydrogels for Prolonged and Targeted Drug Delivery
• Biological Microbeam for Low Dose Radiobiology Research
• Brain Tumor Therapy Assessment Suite
• Building Resilience in Ontario: Load-Bearing Controlled Rocking Steel Braced Frames
• Building a Bacteriophage Biotechnology Platform
• Building a Future for Canadian Neutron Scattering
• C20/20: Responsive Materials for Ocular Therapy
• Causes of Inadequate Reading Comprehension in Young Adults
• Cellular and Molecular Sensing Laboratory
• Center for Integrative Laboratory and Field Physiology
• Centre for Advanced Nuclear Systems
• Cerebrovascular Hemodynamics in Health and Disease
• Characterization and Testing of Smart Hydrogel Materials for Biomedicine
• Chemical Strategies to Modulate Ternary Complex Protein Assembly
• Computational Suite for Emerging Concepts in Target Tracking and Information Fusion
• Considering bearing performance in lifecycle evaluation of Ontario bridges
• Creating dance technologies for people with Parkinson's disease
• Data as Medicine: Improving population level health information in First Nations communities in Northern Ontario
• Deciphering the Phosphoryation Code Essential for Human Telomere Length Maintenance
• Design of Multiple-Input Multiple-Output Wireless Communication Systems
• Developing geochemical proxies for climate changes and biosignatures using stable isotopes
• Developing novel blood tests to predict complications of diabetes
• Developing smart biointerfaces for applications in diagnostics and therapeutics
• Development of all-solution-processing methods for creating fully integrated biosensing platforms
• Development of innovative methods for wastewater treatment using bioelectrochemical systems for biosolids minimization and effective removal of nutrients and heavy metals
• Developments of diagnostic and predictive tools and regulatory device testing machines for cardiovascular diseases
• Digital Human Modeling and Simulation In Occupational Biomechanics and Ergonomics
• Early Rehabilitation to Improve Patient-Centered Outcomes in Critical Care
• Early exercise strategies in critically ill patients to accelerate recovery
• Electric Extended range Clean affordable Ontario MOBILITY (EECOMOBILITY)
• Electro-Functional Membranes: Selective Separations and Catalytic Degradations of Environmental Contaminants
• Enabling Next-Generation Devices through Novel Molecule-Based Thin Film Deposition Methods and Advanced Characterization of Structure and Function
• Enhancing competitiveness of industrial process operations through responsive, flexible and cleaner production – keeping industry in Ontario.
• Enhancing the Spectromicroscopy Beamline and Endstations at the Canadian Light Source
• Evidence-based strategies to improve mobility in older adults
• Extreme Dynamic Load Simulator
• Facility for Studies of Optical Self-trapping in Photochemical Systems
• Fault Management Power Electronics Laboratory
• From Stars to Planets using Computational Astrophysics
• G-ScalE: Gaming Scalability Environment
• Galvanizing Simulator Upgrade for NSERC-USSC IRC
• Hearing Technology Research Laboratory
• Heavy metal removal using microbial electrochemistry
• High Speed Test Cell for Next Generation Electric and Hybrid Powertrain
• High-Momentum and High-Luminosity Muon Beamlines for Molecular and Materials Science and Fundamental Muon Physics
• High-Performance Adaptable Electric and Hybrid Electric Vehicle Powertrain Dynamometer Facility
• High-field Biomolecular Nuclear Magnetic Resonance at McMaster University
• How do the bacteria in our gut link obesity, diabetes and fighting infections?
• Hybrid PVD Coating System
• Impacts of the Round Goby, a New Invasive Species in Lake Ontario's Ecosystem
• Improving the mobility of older Ontarians
• In Situ Characterization of Electrochemical Processes in Lithium Ion Batteries
• Industrially scalable Methods to Make Electrically Conductive Membranes
• Infrastructure To Study The Interactions Between Immune And Endocrine Systems In The Gut In The Context Of Intestinal Pathophysiology And Host Defense
• Infrastructure for Continuous, Privacy Preserving, Data Cleaning at the McMaster Data Science Lab
• Infrastructure for Developing Novel Cell Therapies and Manufacturing Methods
• Infrastructure for Development of Advanced Silicon Photonic Materials, Devices, and Microsystems
• Infrastructure for Early Innovative Rehabilitation Interventions for Critically Ill Patients in the Intensive Care Unit
• Infrastructure for Genetic and Molecular Epidemiology
• Infrastructure for Pediatric Exercise and Environmental Testing and Flow Cytometry Suite
• Infrastructure for Physical Activity Assessment and Analysis Suite
• Infrastructure for Population-Based Infectious Diseases Research
• Infrastructure for a Brain Tumor Initiating Cell Laboratory
• Infrastructure for a cutting-edge integrative physiology laboratory for examining the effects of environmental stress on animals
• Infrastructure for an Immunometabolism Laboratory
• Infrastructure for the Development and Characterization of Advanced Functionally Graded Materials
• Infrastructure to Establish a Research Laboratory for Bone Adaptation and Biomechanics
• Infrastructure to Establish an Injury Biomechanics Laboratory for Experimental and Numerical Research
• Infrastructure to support the study of perinatal programming of offspring physiologic function and disease risk
• Initiative for Automotive Manufacturing Innovation (IAMI)
• Innovative Nutritional and Activity-based Interventions to Improve, Maintain, or Regenerate Skeletal Muscle Health
• Integrated low-cost, real-time monitoring of Ontario recreational and municipal water sources
• Intelligent Condition Monitoring Strategies for Electric Vehicles
• Intelligent Home Sensor Networks for the Elderly
• Inverse Modeling in Fluid Mechanics - from Fundamental Problems to Industrial Applications
• Investigations in strongly-coupled quantum field theory
• Laboratory Support for Model Driven Engineering of Software for Automotive Applications
• Laboratory for Interdisciplinary Microbiome Research in Health and Disease
• Laboratory for Low Temperature Magnetic and Electronic Characterization of Novel Materials
• Laboratory for Membrane and Protein Dynamics
• Laboratory for Rare Stable Isotope Research
• Laboratory for the Investigation of Neuromuscular Plasticity in Health and Disease
• Laboratory for the Structure of New Materials
• Laboratory for the Study of Biomolecular Interations through Micropatterning and High Resolution Fluorescence Microscopy
• Laser Welding of Advanced High Strength Steels for Automotvie Applications
• Learning from the experiences of adolescents with mental illness, their families and service providers to co-design more coordinated services and better transitions in Ontario: Design rules, barriers and facilitators
• Learning to Read and Reading to Learn
• Lost memories – Can we turn back time in Alzheimer’s disease?
• Magnetic Control of Microstructure Morphology: Means for Control of Material Properties in Nanocomposites
• Major Equipment for Digital Cinema Research
• McMaster Archaeological XRF Lab (MAX Lab)
• McMaster Decision Science Laboratory
• McMaster Intense Positron Beam Facility
• Mechanical and spectroscopic properties of nanoscale soft materials
• Mechanisms underlying the regenerative capacity of skeletal muscle in health and disease.
• Mesoscale Characterization of Bone and Implant Interfaces
• Micro- and Nano-Systems Laboratory
• Micro-Scale Separations and Analysis Suite (MSAS) for Bio-Processing and Environmental Applications
• Micro-scale processing for the advancement of membrane-based wastewater treatment technologies
• Microfabrication and microfluidic technologies for drug-discovery
• Microfabrication and microfluidic testing facility for plastic/polymer based biomedical devices
• Microwave Imaging Experimental Facility
• Minimal Residual Disease (MRD) Research Laboratory to Target Acute Myeloid Leukemia
• Molecular Analysis of the Regulation and Evolution of Gene Networks During Animal Development
• Molecular Basis for the Progression of Chronic Kidney Disease
• Molecular Genetic Study of the Development of Reproductive System
• Molecular Regulation of Myogenic Progenitor Cells
• Multi-Phase Flow Diagnostic Equipment for Flow Measurement of Critical Flows in Fossil and Nuclear Power Plants-Phase Doppler Anemometer
• Multiscale Functional Material Modelling for Energy Applications
• Multisource Information Fusion Algorithms for the Early and Accurate Prediction, Detection and Tracking of Low Observable Safety and Failure Related Processes
• NMR Investigation of the Interactions between Amyloid Inhibitors & Prions
• Nanoparticle arrays for light management an degradation control in organic devices (NanoLight)
• Nature’s solutions to oxygen deprivation
• Networked Imagination: A Laboratory for Network Music and Live Coding
• Next-Generation Structural Systems for Seismic Protection of Infrastructure
• Non-Invasive Imaging of Healthy and Diseased Human Skeletal Muscle
• Nuclear Ontario: A University-based Research Network Supporting CANDU Nuclear Technology in Ontario
• Organic Photovoltaics Laboratory
• PEDAL 2.0: Secure Data Linking to Quantify Impacts of Social Intervention
• Plant Growth and Molecular Profiling Facility
• Plasma Focused Ion Beam for Mesoscale Tomography of Materials
• Platform for Smart Biomaterials
• Predictive Design of New Automotive Materials From The Nano Scale
• Privacy-Aware and Temporal Data Cleaning
• Quartz Crystal Microbalance for Engineering Paper Surfaces for Improved Bioactivity
• Rates and determinants of psychiatric readmission of youth
• Removal of Micro-Particles in Steel Processing
• Resource-Constrained Testing of Systems-on-a-Chip
• SHARCNET 2 - Expansion of Existing Grid
• SHARCNET 2 - New Partners and Networking
• Sensory Ethnography Research Laboratory
• Single Crystal Synthesis and Characterization of Novel Magnetic Materials
• Small Angle Neutron Scattering for Advanced Characterization of Nanostructure in Materials
• Software-Defined Radio Enabled Wireless Surveillance and Security
• Sorption Phenomena of Actinides in Brine/Solid Interface - Development of Sorption Model and Evaluation of Sorption Data -
• Surface Engineering for High Performance Manufacturing
• Sustainable Concrete Masonry Building Systems
• Sustainable Use of Lead in Ontario and Other Developed Economies: Assessing Knowledge Gaps and Determining Evidence-Based Strategies to Minimize Health Impact
• Sustainable synthetic fuels: combining biomass, natural gas, and nuclear energy to produce diesel and gasoline with reduced CO2 emissions.
• Synthesis and Transition Metal Complexes of a Macrocyclic Tris(pyrazolyl)borate Ligand
• The Canadian Centre for Electron Microscopy Phase 2
• The International Outreach Program of the Canadian Centre for Electron Microscopy: Building an International Advanced Materials Characterization Network
• The Origins of Life Laboratory
• Thermal Energy Recovery and Management Testing Platform
• Time Domain Spectroscopy and Imaging Technologies for Real-Time Minimally-Invasive Optical Biopsy
• Time domain optical spectroscopy and imaging for biomedical applications
• Towards dynamic materials characterization with electrons and photons in extreme environments
• Ultra-Broadband Light-Emitting Thin Films and Devices on Silicon
• Understanding the Caregiving Process for Immigrant Parents of Children with Cancer
• Understanding the Risk of Microbiological Contamination of Groundwater Posed by the Presence of Fractures.
• Virtual Electric and Hybrid Electric Vehicle Power Integration Lab (HEPIL)