Engineering and Computer Science Co-op

Caitlyn Quach (civil engineering) undertook a traffic study to improve traffic along Six Mile Road at the behest of the Town of View Royal. Two intersections were the focus of the study and three control devices were compared; two-way stop, traffic signal and roundabout. Three main criteria considered were travel times, safety and future increases in traffic.

Blunt & Associates conducted this study beginning with an overview of how a range of traffic control systems worked. The corridor was modelled in Synchro software and Sidra intersection software.  Time, safety and intersection approach operations were compared.  It was concluded that roundabouts were the safest solutions and best suited to handle the expected increase in traffic based on planned development projects. Further research was recommended to explore the implementations costs before making final decisions.

Mikhail Ivanov (mechanical engineering) worked on a design solution for corrosion of the rear position light on the DHC-6 Twin Otter in use by Loganair in Scotland. An analysis was required to determine the cause of the water ingress and potential solutions for repair and prevention. Multiple strategies were investigated including improved environmental sealing, redesign of fairing and wiring duct and location on the aircraft. The process for problem investigation was well described including the necessary documentation for any changes to the aircraft. This customer’s aircraft landed and departed from a beach exposing it to harsh environmental conditions.

Specific options were presented and discussed; sealing improvement, fairing/wire duct redesign and relocation of the rear light. A discussion matrix was developed based on the impact to; A/C configuration, associated documents, weight and balance, cost, production incorporation, effectiveness, and relative weight. It was concluded that positioning the lights on the wing tips would provide a long-term solution but that testing should be done to verify this and a technical bulletin be released for operators wanting to retrofit their aircraft.

Brynna Clarke-Leene (mechanical engineering) worked on a project to evaluate vacuum test jigs used for ingress protection testing at 4iiii Innovations. The test jigs were compared based on test results, materials, size, cost, flexibility, seal opening and connection mechanism. These jigs support the quality control testing of power meters. A good background was provided on the products and their need to be reliably dust and waterproof as defined by IP67 standards. This code defines the testing specifications and the critical aspect of vacuum testing. 

4iiii Innovations has had an increase in production and the need for new test jigs. These were described in detail leading to the definition of constraints for the final jig design. Jigs were quantitatively tested on performance criteria comparing 3 designs in a weighted objective chart. The criteria were described and justification discussed leading to recommendations for an alternative test jig. Specific design details were provided for a new jig.

Bryn Cubberly (mechanical engineering) provided a good comparative analysis of Microsoft and Apple Tablets based on cost, hardware, software and security parameters. The background and goals were clearly described based on a need to reduce the cost and time required to perform manual audits for Engineering Change Notification. 

The hardware systems were described, and costs compared with the existing paper-based approach. The iPad was a clear recommendation as a superior solution for Viking. Good judgement was displayed in the recommendation to begin with pilot testing before a broad scale roll out. This was a clearly written report that demonstrated excellence in communications.

Jacob Anderson (mechanical engineering) worked on the potential layout of a new fabrication building for Titan Boats in Sidney. The company was growing out of multiple buildings on an uneven lot to a custom-built facility to bring all the fabrication under one roof. The report explored the workflow issues with the current system and recommended a new layout to improve efficiency and safety. 

This report was based on subjective observations but provided a useful starting point for the owners. Although the costing and detailed design considerations were outside of the scope of this report the work flow changes for Titan would have the most immediate benefit. A capital investment of this scale for a small company would be critical for its future and the study provided a good foundation for more detailed design.

Sean McAuliffe (mechanical engineering) completed a very well written report following a well thought-out approach to identifying the root cause and analysis of a failure in electrical bonding across connector junctions.

Instrumentation was employed in determining the cause and potential solutions compared with a decision matrix. The client was provided with clear conclusions and recommendations for a way forward. The report was well presented with good problem-solving/logic and of importance to the employer.

Juliana Bartemucci (mechanical engineering) worked for Defence Construction Canada. She undertook a comparative design review of two approaches to upgrading a jetty cold-water system to accommodate a new fire protection system and access to potable water. A clear recommendation was provided at the end of the analysis.

Juliana's report provided a clear write-up to address the near term and future requirements of the client. The illustrations and layout were clear and well documented. Technically, the selection of appropriate piping was supported by referenced material and engineering analysis.

Collin Macleod (mechanical engineering) spent a work term with Viking Air Ltd. He undertook a study to determine the best location for an air-data boom on a DHC-6 to support the analysis of increasing the maximum take-off weight by up to 10%. The analysis was undertaken by creating a design space to model the performance of the air-boom in 3 different locations. In addition, a “best-in-class” comparison was undertaken based on qualitative measures. 

Collin demonstrated a good analysis of the issues, needs, and trade-offs was made as well as recognizing “solution constraints”. The report was well presented, and the conclusions were substantiated and reasonable. The report was of clear value to the client.

Michael Gingras (mechanical engineering) worked for Babcock Canada Inc. His project undertook an engineering analysis of software for use in heating and cooling by a weighted objective matrix. Specific recommendations were made to proceed with FLoMASTER. The exercise demonstrated expertise in flow analysis, software assessment and cost benefits.

Michael's report demonstrated excellence in engineering. The safety related issues were complex and required an understanding of both software and hardware factors. This was a good example of a VIES Award.

Austin Smith (software engineering) was selected by IEEE Victoria for his work term report about his work term with the Canadian Forces Maritime Experimental and Test Ranges (CFMETR) in Nanoose Bay.

Austin prepared a well written report that demonstrated both professional analysis and communication skills. His conclusions and recommendations for strategies to upgrade the real-time GPS demodulation LabVIEW application will be of tangible benefit to the Canadian Forces Maritime Experimental and test Ranges Acoustics Section.

Rhye Rolls-DeWolfe (mechanical engineering) was selected by Iron Ring Camp 23 for his work term report about his time working with Ocean Networks Canada in Victoria, BC.

Kian Gorgichuk (software engineering) was selected by IEEE Victoria for his work term report about his work term with Latitude Geographics.

Kian's work term report was very well written, concise, clear and easy to follow.  The logical workplan led to well thought out recommendations including business considerations.  Not only was there excellence in communication but also significant impact for the client

Brett Nagy (civil engineering) was selected by Iron Ring Camp 23 for his work term report about his time working with the City of Prince George.

Ryan Chan (biomedical engineering) was selected by IEEE Victoria for his work term report about his Entrepreneurial Co-op.

Ryan undertook a demanding project in human factors assessment, a field that he had no previous direct training in. His report was written methodically so that the results could be reproduced and practical recommendations were provided a client and a manufacturer. Ryan's report was a strong example of the communications skills encouraged by the IEEE award.

Matt Dyck (mechanical engineering) was selected by Iron Ring Camp 23 for his work term report about his time working with Vice Design Inc.

Carly Stokes (mechanical engineering) was selected by IEEE Victoria for her work term report written while working for Barkley Sound Holdings Ltd.

The report was called "Feasibility of Low Embodied Energy Softwood Lumber Drying Systems on the West Coast of British Columbia".

"Receiving the IEEE co-op work term award has benefited me in a multitude of ways. Not only has it helped instil and confirm a deeper sense of confidence in my communication skills, but also it has encouraged me to continue to develop and foster this skill. It is a great feeling to have someone recognize and acknowledge the dedication and time that you put into a project, but to be able to use that acknowledgment as motivation to improve my skills and also have it contribute monetarily to education fills me with appreciation and gratitude for both the Vancouver Island Engineering Society, IEEE, and all the sponsors who help to provide the funding for these programs and awards."

Sema-May Hamidi (mechanical engineering) was selected by Iron Ring Camp 23 for her work term report written while working for CFB Esquimalt - Base Construction Engineering (BCE).

The report was called "Construction of New Building vs Renovating Existing Facilities for Canadian Navy Enhanced Navy Boarding Party & Boat Troop".

"It’s always nice to be rewarded for hard work. The co-op report award was a great opportunity to be recognized for work during my co-op term, and is a valuable addition to my resume in applying for future work."

• Engineering and Computer Science Co-op - Frequently asked questions (pdf)

• Undergraduate co-op application form - computer science (pdf)
• Graduate co-op application form (pdf)
• Graduate co-op eligibility form (pdf)
• Graduate co-op work term registration form (pdf)
• Terms and Conditions form (pdf)
  

• Work term registration form for undergraduate students - Engineering (pdf)
• Work term registration form for undergraduate students - Computer Science (pdf)
• Graduate co-op work term registration form (pdf)

• Work term challenge application form (pdf)
• Work term transfer application form (pdf)