4th Year Projects

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These projects are major design endeavours, developed over months of hard work during the students' final year.

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Now showing 1 - 20 of 58
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    3D Terrain Mapping
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Chan, Jackson; Suh, SukHyun
    A pilot uses a joystick to remotely control a robot in order to survey an unknown terrain. The acceleration of the robot is measured by an accelerometer mounted on the robot; the data from the accelerometer is sent to the user’s computer via Bluetooth. The computer uses this data to compute the position of the robot, and to generate a 3D map of the terrain.
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    The Arsenic Removal Strategy
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Soofi, Yasaman; Grewall, Holly; Gulbaek-Pearce, Tomesine
    Legislation governing arsenic levels in Saskatchewan drinking water has recently become more stringent. Many communities are unable to meet these new standards and must upgrade their existing water treatment facilities. The Arsenic Removal Strategy is a cost equation that will assist in selecting an appropriate filter for the removal of arsenic from drinking water in SK communities.
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    Automated Putting Green
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Lane, Jay; Cross, Nate; Godfrey, Mike; Padbury, Jordan
    Designed to provide real-world, controlled-contour putting greens; this project uses elastic, spring-tensioned turf with pneumatic actuators. The 8'x15' green features four pods whose heights can be adjusted through an intuitive control panel. The entire system is equipped with complete green tilting and ball return features.
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    Bi-directional DC Motor Controller
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Robles, Andres
    Accurate control of DC motors forms the basis of a number of interesting products. This project is a proof-of-concept for a DC motor control system. A user interface consisting of an LCD display and menu system allows the user to monitor sensor data and provide set-point inputs for the operation of a DC motor. A closed loop digital PID control system controls the DC motor speed bi-directionally. The control system is microcontroller based, and provides the user with voltage, current and temperature data in real time.
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    BIO SKI
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Campbell, Stephanie; Sliva, Garret; Desnoyers-Stewart, John
    The BIO SKI is a composite alpine ski, designed and manufactured using bio-derived material that reduces negative environmental impacts but maintains comparable ski performance. Natural flax fibres and a bio-derived epoxy resin replace traditional fibreglass components. Tensile and flexural material properties were tested and optimized, and prototype geometry and performance characteristics were measured and compared to existing alpine skis. The BIO SKI proves that natural fibres and products are viable material alternatives in composite manufacturing.
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    Biological Removal of Manganese from Drinking Water
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Erickson, Tyler; Huang, Wendy
    Manganese removal is often required to meet drinking water standards. Conventional practices involve chemical oxidation; however, biological removal is a viable alternative. In preliminary experiments, Variovorax bacteria was shown effective for reducing manganese concentrations to below detection levels. Trickling filters seeded with Variovorax offer an inexpensive and sustainable solution for removing chemically-recalcitrant manganese in surface water.
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    Blackberry Presentation Remote
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Schroeder, Kurtis; Blanshard, Graham
    This application turns a Blackberry Smartphone with Bluetooth into a remote control for Microsoft PowerPoint presentations. The user can view presentation information, such as speaker notes and slide information, on the phone while orchestrating the entire presentation wirelessly, thus removing the need to be in proximity to the computer on which the presentation resides.
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    Body Mounted Paintball Feeder
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Kwan, Janine; Chesterton, Riley; Hamilton, Steven
    The Body-Mounted Paintball Feeder is an innovative replacement for the ball hopper on paintball guns. The new unit holds more balls, resulting in a lighter gun, and provides improved mobility to enhance paintball recreation. Based on a sound sensor, a signal to the motor pushes the paintballs to the paintball marker. A prototype has been successfully constructed and evaluated.
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    Building Regina
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Wu, Bo; Liao, Yang; Xiao, Yuting
    This project presents a safe, efficient, and cost-effective design for the proposed junction of the West Regina Bypass and Highway #1. Several companies have located their facilities to a newly-developed Global Transportation Hub just outside the City of Regina’s west boundary, on the CP Rail main line, and SaskHighways has announced a plan to ultimately connect Highways #1 and 11 at this location.
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    Chlorides in Wascana Creek Sub-basin
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Sidloski, Renée; Kendel, Derek
    The study of salt contamination in the Wascana Creek Sub-basin is an integral part of a recommendation made by SWA in one of their source water protection plans for Saskatchewan. This study analyzes historical water quality data and snow, ice and water quality results from samples collected in the Regina area to determine the effects due to the use of road salt and water softeners. Results show lower than expected concentrations of chloride and sodium in Wascana Creek.
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    CO2 Injection in the Bakken Formation
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Stoeck, Alyssa; Johnson, Julien
    The Bakken play has been of great interest to oil companies in recent years. It produces high quality oil from a reservoir with low porosity and low permeability, but has a rapid decline rate immediately after production starts. This project examines and analyzes the effectiveness of CO2 injection into the formation via horizontal wells to increase and maintain production in an economic manner.
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    Comparative Evaluation of 3 Immiscible Displacement Processes in Heavy Oil Systems (Numerical Simulation)
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Ghotra, Varinder; Hyder, Zeshan
    The objective of this project is to use computer modelling groups (CMG) to simulate the data collected from detailed experimental work conducted at the University of Regina into three heavy oil recovery techniques: water flooding, CO2 flooding ,and water alternating CO2 injection. Research into heavy oil reservoirs has increased significantly over the past few years due to the limiting production of conventional oil.
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    Correlatons between Formation Resistivity Factor with Porosity and Permeability
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Weisshaar, Lee; Duan, Jinhong
    This project correlates Formation Resistivity Factor for the Bakken formation with porosity and permeability. A pickett plot was created, and the correlation coefficients a and m were determined. Lithology was determined from core analysis or gamma ray logs; resistivity values and porosity from logs available on Accumap and Geoscout; and permeability data from core analysis data.
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    Design of Waste Charging System for Landfill
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Yang, Yongzhe; Zhao, Yao
    This study proposes an innovative volume-based charging system for landfill sites, as opposed to traditional charging systems which are based solely on the weight of the waste. This should result in a fairer means of calculating tipping fees.
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    Design Optimization of a Community Garden Composting System
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Amundsen, Claire; Fellner, Brittany
    A pilot study of a mid-scale composting system was developed, and laboratory and field tests were conducted to optimize the design. This hot composting system consists of several 3-bin turning units designed to manage batches of organic waste and to produce finished compost annually. Community garden volunteers operate the system manually, and then use the finished compost on site.
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    Development and Optimization of Reservoir MJ
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Petersen, Melissa; Isbister, Jordan
    Different development plans to effectively exploit Reservoir MJ have been evaluated and optimized. First, a history match was completed to accurately predict future reservoir fluid behavior. Then different well patterns were evaluated, with the prospect of waterflooding. Other design work included production well designs which entail drill string, casing, cementing, and hydraulic programs as well as pump and drilling rig selections. Finally, the most effective development plan was selected on the basis of economic evaluation and production performance.
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    Digital Sound Effects Processor
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Fisher, Sean; Maupin, Steve
    The Digital Sound Effects Processor is an amplifier that uses a microprocessor to digitally modify the sound of an electric guitar. External controls select volume level and sound effects including distortion, delay, flange, and tremolo. The modified sound can be heard though a loudspeaker or alternative output.
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    Disinfection By-products in the SK Drinking Water System: Cost Equation Formulation and Removal Analysis
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Li, Ting; Hampaul, Rahual
    This project deals with the formation of disinfection by-products (DBP) in SK communities as a result of the post-chlorination technique used in water systems. The project includes the formulation of a cost equation, using a granular activated carbon filtration system as a treatment system to reduce DBPs, as well as design considerations for the most economical and efficient application of the technology to meet required regulations.
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    Ecological Greywater Recycling Greenhouse
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Jamieson, Cristy
    A Greenhouse Greywater Recycling System can reduce a home’s water consumption rate and provide a family with fresh produce year round. The greenhouse provides water treatment that meets Health Canada’s Water Quality Guidelines for Domestic Reclaimed Water for Use in Toilet and Urinal Flushing, while also meeting the proposed Saskatchewan plumbing regulation requirements.
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    Economic Evaluation and Drilling Plan for SE SK Bakken Formation
    (Faculty of Applied Science and Engineering, University of Regina, 2011-04-02) Murphy, Taylor; Steen, Matt
    New technologies such as horizontal drilling and various fracturing techniques have led to economic production from the Bakken, which was previously considered marginally economic. These techniques have been evaluated, along with a full economic evaluation for 08-009-09W2M, which is currently undrilled and lies in the heart of the Bakken light oil play. A completion program has been outlined based on the feasibility of developing the section with today’s technology and oil prices.