This investigation will examine real-world potential Canadian hidden champions through a survey to gain further insight into what characteristics enable hidden champions to thrive. This survey will also expose a need for a more thorough case study (titled “A case study on Hidden Champions in North America, Europe and Asia) to examine the nuances of regional hidden champions and how they express themselves differently around the world.
Competency-based medical education (CBME) is an approach to training that combines educational objectives and time-based learning. CBME is currently being rolled out in residency training programs across Canada and represents the biggest change in medical education since the early 1900s. This project aims to determine perspectives of current residents in CBME- and non-CBME-based residency training programs at Memorial University of Newfoundland.
The joint research's primary goal is to pursue the most optimized design and materials of new interlocking barriers to prevent coastal erosion and reduce flooding, which are growing concerns of coastal communities like Newfoundland and Labrador. The research results will support investors and industry to have access to a cost-effective and efficient barrier to protect their natural resources and cultural heritage in a sustainable way.
This is a community focused two-year pilot project which brings together community leaders, the public, Memorial University, and Government Researchers to control the impact Green Crab have on the lobster and the environment in Fortune Bay.
Fetal alcohol spectrum disorder (FASD) is a lifelong disorder caused by prenatal exposure to alcohol that impairs cognitive, behavioural, social, and emotional development. It is the leading preventable developmental disability in Canada, impacting an estimated four percent of the general population, with higher rates among certain vulnerable groups. Newfoundland and Labrador has the highest rates of heavy drinking in Canada, which elevates the concern associated with this issue and the need for research into FASD in the province.
Pipelines are extremely important for the transportation of oil and gas. Buried pipelines can move in a relatively large distance under special scenarios, e.g. slope failure. Meanwhile, the surrounding soils are subjected to a large deformation. This project aims to develop a computer modeling technique to analyze the large-deformation behavior of soil and its impact on the pipeline. The result will be compared with a previous physical test so that the reliability of this new technique can be evaluated.
Petroleum contamination in soil and groundwater caused by the leakage of underground storage tank is one of the most frequently occurred incidents in North America. The cost of remediation can be significantly increased if the contamination was not treated in time or the site is far away from the waste management facility. a mobile soil-flushing and enhanced oxidation (MSFEOP) system is therefore developing for an accessible and affordable options for site remediation.
This project aims at developing an innovative technology through the utilization of fish waste as substrates for biosurfactant production. Through the proposed approach, fish waste will be recovered into fishery peptone and being used as a nutrient substrate for the synthesis of biosurfactant products with promising market values. The outcomes of this project will directly provide the fishery industry a new model of fish waste reuse and management by "turning waste into valuable products". It will also help reduce waste discharge and protect the environment.
Nowadays, the wire arc additive manufacturing is making its path toward providing benefits to aerospace, defense, and oil and gas sectors, ascribed to the process capacity to fabricate components with minimum waste of material and lead time. However, the main challenges associated with the WAAM that have hindered the wide-spread application of the technology include the irregular and random quality of the WAAM fabricated surfaces.
In this modern world one of the biggest problems we face is waste control. As the population grows, so too does the waste being produced by humans. Our company is proposing to add a sensor to commercial garbage bins to detect when bins are full and thus trigger waste collection. This project will aim to identify the best sensor to use in a commercial garbage bin and will propose adding network technology to create a “smart” system. Sensor framework design and selection will be researched by this undergraduate team.