Algorithm/model to assist decision making for hip and knee replacement surgery

Arthritis affecting the hip and knee is a common problem causing pain and disability for many Manitobans. Joint replacement surgery is a common treatment for this condition. Although many patients improve after the surgery, there are some who do not. It is in the patient’s, and health system’s best interest to try to learn which […]

Read More
Incorporating randomness into the PROMETHEUS Fire Growth Simulator

Forest fires are a natural feature of the Canadian landscape, but they pose a threat to individuals and property. Being able to predict the behaviour of a given forest fire is an important element in successfully managing fire suppression resources. Alberta Department of Sustainable Resource Development is responsible for PROMETHEUS, Canada's foremost fire growth modeling […]

Read More
Modeling Mortality Risk in an Economic Capital Framework

Munich Reinsurance Company (Munich Re) is the largest life reinsurer in the Canadian marketplace. Proper risk assessment at Munich Re is vital in order to assure that Canadian policyholders receive their promised coverage. This assessment includes measuring and monitoring the mortality risk of its life related business. The goal of this project is to improve […]

Read More
Self-Powered, maintenance-free wireless sensor network with location tracking and health monitoring sensor interface

Monitoring of remotely deployed installations is an expensive and challenging task involving potential risk for unsupervised personnel working in inaccessible locations. To this end, Adigy Canada Inc. is developing an innovative wireless network that is characterized by completely maintenance-free operation, provision of interface for health monitoring wireless wearable sensors, localization of subjects, and an intrusion […]

Read More
Dynamics of Epidemics in Contact Networks

Various deterministic and stochastic epidemic models for directly transmissible diseases, such as influenza, measles, HIV and SARS, have attracted increasing attention from researchers. However the most common models are still based on restrictive assumptions which refrain from accurate description of infectious agent's characteristics and their propagation from individual to individual, in time and space. In […]

Read More
Development of Framework to Assess Fire Risk

The intern will assist in developing a component of a probability and statistical risk based methodology for completing quantitative risk assessments of building designs and a corresponding probabilistic failure based methodology on fire causation and spread. Data collected by Sereca Fire will be applied to construct more specific models, which can predict the frequency of […]

Read More
A phase-type model for health status transitions

The main objective of the proposed research is to develop a flexible and mathematically tractable disability model.  The model will describe the rates of transition between health, disability, and death, allow one to explore factors affecting disability incidence and duration and their trends, and facilitate the computation of probabilities associated with future disabilities.  This model […]

Read More
Impact on an Aging Workforce on Extended Health and Dental Benefits

Effective January 1st 2008 amendments were introduced to the BC Human Rights Code to extend the protection against age discrimination to those aged 65 and over. The amended Code effectively eliminated mandatory retirement age in BC. Even though the legislation continues to allow age-based distinctions under bona fide group or employee insurance plans; employers want […]

Read More
Analysis of Guaranteed Lifelong Withdrawal Benefits (GLWB)

  This project will analyze the latest guarantee feature in the variable annuities market: Guarantee lifelong withdrawal benefit. This option gives the client the right to deduct a certain amount annually from the policies account until death – even if a unit-linked account value drops to zero. We will build a stochastic framework to price […]

Read More
Probabilistic Safety Analysis Methods for Application in Nuclear Technologies

  The ability to make safety-related decisions and to demonstrate compliance with regulatory or safety limits is of great importance in the nuclear industry. For example, we may be interested to assess whether a component (such as the pressure tube which carries fuel) has undergone physical changes that have exceeded its allowable limits (e.g., the […]

Read More
Ecological risk assessment of oil sands related contaminants to aquatic biodiversity

      Alberta Environment’s comprehensive contaminant load study, located in Alberta’s oil sands mining area is designed to document the flow of contaminants (from anthropogenic and natural sources) into the environment and their effects on biodiversity and human health. The project proposed for this internship will cover the impacts and risks to the aquatic […]

Read More
Property Insurance Pricing Investigative Research

As the insurance industry embraces predictive analytics, the Gore Mutual Insurance Company (simply "the company" below) is interested in exploring data-driven and computer-intensive methods for risk evaluation and product pricing. Recently, the company ran a 6 month pilot study to investigate the use of a piece of predictive-analytic software called Talon (created by EagleEye Analytics), […]

Read More