Development and calibration of an acoustic telemetry transmitter for identifying predation events

Acoustic telemetry is a rapidly expanding technology to quantify the movement and behavior of aquatic animals; key for developing effective management for aquatic ecosystems. Acoustic telemetry uses transmitters affixed to aquatic animals that are detected by receivers placed in aquatic ecosystems. An important problem that limits telemetry is the assumption that the detected transmitter represents the originally tagged animal and not a predator that has eaten the tagged animal (i.e. tag is in the predator’s stomach).

Gerardo Martinez Narro aspires to a sustainable future

As a student from Instituto de Estudios Superiores de Tamaulipas, Mexico, Gerardo is enjoying the research culture in Canada where the standard of excellence is high,  and he receives detailed guidance from the lab team and his professor when he needs it. His project involves testing the heat efficiency of a new type of solar panel to optimize its power generation ability.  

Developing an Active Worker Strategy for Office Workers

The overall goal for the Active Worker Strategy is to increase movement within the workplace. Office workers tend to be inactive within their working environment, which may cause an increased risk of developing work-related pain later in life. This investigation is going to look into creating office layout guidelines in order to promote a more active worker, and provide an early intervention to possible pain developers. Using technologies such as FitBits, we will attempt to better understand the amount of movement an office worker performs in a day.

Functional Cost Methodology for Automotive Lightweighting

To meet CAFE standards for fuel economy, many new projects are being undertaken. One such method being investigated to achieve these standards is vehicle lightweighting. Each lightweighting project has an associated cost and will have an impact on various functional groups of the vehicle. During this internship, the related functional benefits of lightweighting will be analyzed, with a focus on location (zone) based effects. The zones will be accessed and a value to weight reduction ratio will be assigned to each.

Life Cycle & Economic Analysis of Bi-Fuel Cars

The proposed research project seeks to define the environmental advantages and cost challenges associated with the design of two types of alternative fuel vehicles; battery electric and bi-fuel CNG + gasoline, with respect to a changing American market. These alternative fuel vehicles will be compared to traditional internal combustion vehicles and assessed based on the environmental effects of the pollutants emitted and their capability to meet the current and future needs of consumers.

Effects of Uncertainty in Engineering Data on Design and Performance of Automotive Thermal Systems

This project will study how underbody components (tailpipe, muffler, rear fascia brackets and spare
wheel compartment) withstand thermal loads over time through the use of a heat-transfer model
(using RadTherm simulation package) of the vehicle under investigation as well as the first-order
Taylor Series expansion. The Taylor Series will be used to calculate the sensitivity of the output
(amount of radiation absorbed by each component) to the input (clearances and emissivity).

Compressor load optimization

One of the main issues for automakers in today’s green economy is ensuring their vehicles have the highest fuel economy possible in order to deal with constantly increasing fuel costs. The improved fuel efficiency of vehicles provides money savings for customers, reduced carbon dioxide emissions, less dependency on oil, and lastly increased energy sustainability. The compressor load optimization project aims at improving the efficiency of the refrigerant cycle inside of a vehicle leading to improved fuel economy, reduced emissions, and lastly an extended comfort time in stop/start vehicle.

Evaluation of Flexkor as a flexibility aid for elite athletes

The objective of this research project is to determine if athletes who use the Flexkor device to facilitate stretching after their workouts will result in comparable gains in hamstring flexibility and strength as would be obtained by athletes who use a trained therapist. Many elite athletes in a team environment rely heavily on therapists to conduct stretching after practicing, as part of their cool-down period.

Disposal of industrial and domestic effluents in shallow water bodies

It has been a common practice to discharge water, wastewater and industrial effluents into open channels such as rivers and streams.   Such discharges, in the form of jets, often enter shallow bodies of water typically found in rivers and coastal bays.  In contrast to the existing body of knowledge on unconfined turbulent jets in which the influence of the bounding surface is either absent or minimal, shallowness has a dramatic effect on the flow field of shallow jets.  To better understand and control the a flows/processes, knowledge of the velocity field is an essential ingredient.