Investigating how user interfaces impact scalable network displays

IOT technology is a brand new, and rapidly growing field. Currently, there are no best practices published in the design of real-time, dynamic network displays. Our project focuses on developing and testing new business processes, user personas, and design-guidelines associated with these types of displays in a real-world environment. The findings from this work will not only inform future software development at Distrix, but also aims to offer meaningful contributions to the methodology literature in information visualization and human computer interaction.

Development of a Raman probe for the on-line determination of pulp properties

Canadian northern bleached softwood kraft (NBSK) market pulps set standards worldwide for fibre strength, length, fineness and uniformity. These characteristics add unmatched strength and durability to finished goods, and this drives a high international demand for NBSK pulp. However, competition has increased the price-performance pressure on Canadian suppliers.

Oncolytic HSV-1 (oHSV-1) for treatment of prostate cancer

This project is to use genetic engineered “cold-sore” virus to treat prostate cancer. The virus is engineered to reduce its toxicity to normal tissues but can specifically attack and kill tumour cells. Meanwhile, the virus releases a group of anti-tumour immune stimulating factors to activate immune system to eliminate prostate tumour. This project will use a unique prostate tumour mouse model to test the virus.

Next Generation Selective Nanocomposite Fibrous Membrane for Energy Recovery Ventilators - Year two

Heating and cooling in residential and commercial buildings account for 20% of total energy consumption in Canada. Conditioning indoor air using less energy is closely associated with minimizing production of greenhouse gases and making a sustainable global environment. In this study, we apply a nanocomposite fibrous membrane for an energy recovery ventilator (ERV). Heat and moisture from an exhaust contaminated indoor air are captured via ERV and recycled for conditioning entering outdoor air, ultimately resulting in energy savings and improving the indoor air quality of buildings.

Identifying Stakeholders’ Values in British Columbia’s Pacific Herring Fishery

Pacific herring, as forage fish, provide a vital ecosystem service within marine food webs, as well as economic benefits to BC’s commercial herring industry and cultural benefits to coastal Aboriginal communities. Building on innovative participatory research in Haida Gwaii, this project will identify the values of BC herring industry stakeholders and their preferences for management. Debates about a fishery’s management typically ignore such normative considerations, focusing instead on descriptive biological and economic indicators, such as fish biomass and profit.

Blockchain for Recordkeeping: Understanding Contextual and Technical Considerations through an Archival Science Lens

This research project is drawing on a previous study into blockchain technology. We plan to take our findings into the real world to investigate the potential for the blockchain network to improve supply chain management systems. The research will involve identifying areas where blockchain technology can enhance supply chain management processes.We believe that blockchain processes can enhance information security, speed of transactions and the cost of those transactions. The research will help NeuSwyft, the industry partner, to realize those advantages for their own business.

Developing a Lipid-Based System for Co-delivery of a Vaccine and Adjuvants

University of British Columbia and Amgen British Columbia (ABC) will collaborate to develop a safe and efficient lipid-based vaccine delivery system that can be used in laboratory animals to enhance the production of specific antibodies against difficult targets. These antibodies can be further screened and characterized for treating various diseases in humans.

Measurement of dewatering properties during compressive filtration of difficult to treat mineral tailings

This project will combine filtration characterization and advanced 3D imaging and modelling of material structures to find ways to improve the recovery of process water from difficult-to-treat tailings that are the by-product of mining and mineral processing. This process is called solid-liquid separation and it is a critical area for the reduction of oil sands tailings volumes. Due to the chemistry and solids composition of oil sands tailings, they are extremely resistant to dewatering.

Numerical Simulation of Two Phase Gas-Liquid flow in hydrocarbon liquid transportation pipelines

Current Computational Pipeline Modeling based leak detection systems can not accurately predict the leaks in the pipeline when crude oil goes though phase change (column separation) along the 100s of kms long pipeline (due to hills and valleys). The objective of this project is to gain fundamental insight into the two phase gas-liquid flow physics in hydrocarbon liquid transportation pipelines that transport crude oil with various physical properties of crude and with various elevations.

Collaborative Service Robot in a Group Home Environment of People with Developmental Disabilities

The vision of this proposed project is to design and build a collaborative service robot that will help people with developmental disabilities (DD) reach their personal goals and achieve greater independence, using existing and new technologies. This will allow the industry partner, JDQ, to advance the type of services provided to people with DD and their caregivers in a group home environment, through its partnership with Developmental Disabilities Association (DDA).