2012 Technology Industry labour study

The project is about analyzing the Technology Industry in British Columbia. The study helps predict the British Columbia (BC) technology labour market through quantitative and qualitative analysis of answered questionnaires from technology companies in BC. A report summarizing the findings will be submitted to Cindy Pearson, COO of BCTIA by the end of December. In January, BCTIA will share the report with all technology companies in the BC region.

Analyzing Gaps in Diversity Practices at The Scarborough Hospital using the Diversity Institute’s Diversity Audit Tool

This project is a systemic review and assessment of diversity strategies currently in place at The Scarborough Hospital using the Diversity Institute’s Diversity Audit Tool (DAT). The DAT was developed based on research into leading practices and offers a lens through which diversity strategies can be analyzed; this will be the first time that it is applied to an organization within the healthcare sector.

Diversity Snapshot of Hospitals in the Greater Toronto Area

This project will provide a snapshot of diversity in hospitals in the Greater Toronto Area (GTA). There are a number of culturally diverse groups (e.g., visible minorities, women) who face barriers to accessing healthcare services in Ontario as well as preventing their full workforce participation.

International Sales and Service Assessment Model for the C-130 Aircraft

Cascade Aerospace has developed an industry leading competency around the C-130 military transport aircraft through their relationship with the Canadian Air Force. They would like to market these service support skills, modification competencies, and refurbished aircraft to foreign militaries. Cascade does not currently possess a working plan or model to accomplish the difficult task of determining who their potential customers will be.

Technical-economic cost modeling for scaled production of printable, organic solar cells

Traditional silicon-based solar cells are harmful to the environment and costly to manufacture. Polymer-based (organic) solar cells on the other hand are thinner and more flexible electronic devices that are economically sustainable and have high cost saving potential due to the printable nature of their manufacturing process. This project involves cost estimation and analysis of different processing steps that the partnering company may pursue for low to medium volume manufacture of its organic solar cells.

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