Shakila Zabihollah, MASc

• Investigating the role of materials used in supersonic aircraft in better fuel efficiency, longer operating life, longer flights, and lower cost of operation
• Collaborating in a group of 5 students to conduct a comprehensive literature review on the properties (e.g. creep resistance, fatigue, strength, and thermal resistance) and applications of titanium alloys in supersonic aircraft
• Finite element modelling of the fluid structure interaction around the aircraft wind to study the… Show more

• Investigating the role of materials used in supersonic aircraft in better fuel efficiency, longer operating life, longer flights, and lower cost of operation
• Collaborating in a group of 5 students to conduct a comprehensive literature review on the properties (e.g. creep resistance, fatigue, strength, and thermal resistance) and applications of titanium alloys in supersonic aircraft
• Finite element modelling of the fluid structure interaction around the aircraft wind to study the effect of the elements added to the primary structure's alloy
• Prepared a detailed report, presenting the outcomes of the conducted literature review focusing on SR-71 Blackbird Show less

• Conducted a thorough literature review on optical fibers and tactile sensors, focusing on their biomedical applications, particularly in minimally invasive surgery (MIS)
• Modeled a miniaturized tactile sensor with Comsol software based on the dimensions and geometry of a surgical grasper, accurately calculating the forces exerted by body organs on the grasper during MIS
• Validated simulation results by comparing them with the data reported in the literature
• Prepared a… Show more

• Conducted a thorough literature review on optical fibers and tactile sensors, focusing on their biomedical applications, particularly in minimally invasive surgery (MIS)
• Modeled a miniaturized tactile sensor with Comsol software based on the dimensions and geometry of a surgical grasper, accurately calculating the forces exerted by body organs on the grasper during MIS
• Validated simulation results by comparing them with the data reported in the literature
• Prepared a comprehensive and detailed report within the given timeframe Show less

• Collaborated with a peer student to simulate force sensors on a smart insole and visualize the force distribution using ANSYS Workbench
• Optimized the sensors placement to capture accurate force distribution with only 2 sensors, minimizing the sensor count
• Designed and set up an experiment using 2 FSRs (Force Sensitive Resistor) and an Arduino micro-controller to validate simulation results
• Developed an Arduino code for FSRs to obtain the force distribution on the insole under… Show more

• Collaborated with a peer student to simulate force sensors on a smart insole and visualize the force distribution using ANSYS Workbench
• Optimized the sensors placement to capture accurate force distribution with only 2 sensors, minimizing the sensor count
• Designed and set up an experiment using 2 FSRs (Force Sensitive Resistor) and an Arduino micro-controller to validate simulation results
• Developed an Arduino code for FSRs to obtain the force distribution on the insole under different poses (e.g. squats, Lunges)
• Worked with the teammate to prepare and deliver progress reports on the project in a class of 10+ students Show less

•Collaborated with another student to conduct a literature review on various sources of renewable energy
•Investigated the various methods of incorporating the renewable energy sources into a CCHP system, such as using solar or wind energy as the power source
•Analyzed the reduced cost (by almost 23%) and environmental pollution (by more than 70%) as a result of incorporating renewable energies to CCHP systems

• Conducted an extensive literature review on the characteristics and applications of various geothermal resources around the world
• Developed a novel upgrading approach for the heavy oil resources using hot-compressed geothermal water to present an alternative oil resource
•Simulated the upgrading process of heavy oil using AspenPlus to obtain the properties(flow rate, components ,and temperature) of the upgraded oil to be utilized in industry
• Presented progress reports in monthly… Show more

• Conducted an extensive literature review on the characteristics and applications of various geothermal resources around the world
• Developed a novel upgrading approach for the heavy oil resources using hot-compressed geothermal water to present an alternative oil resource
•Simulated the upgrading process of heavy oil using AspenPlus to obtain the properties(flow rate, components ,and temperature) of the upgraded oil to be utilized in industry
• Presented progress reports in monthly meetings with the supervisor and other students Show less

•Collaborated with a team member to assess the hospital's plan, occupancy requirements, and environmental factors to determine optimal HVAC specifications.
•Developed a detailed HVAC system using Carrier HAP.
•Calculated heating and cooling loads based on room sizes, occupancy, equipment, and local climate conditions.
•Selected appropriate HVAC equipment, including air handling units, chillers, boilers, pumps, and ductwork, by contacting various suppliers.
•Designed ducting… Show more

•Collaborated with a team member to assess the hospital's plan, occupancy requirements, and environmental factors to determine optimal HVAC specifications.
•Developed a detailed HVAC system using Carrier HAP.
•Calculated heating and cooling loads based on room sizes, occupancy, equipment, and local climate conditions.
•Selected appropriate HVAC equipment, including air handling units, chillers, boilers, pumps, and ductwork, by contacting various suppliers.
•Designed ducting layouts, considering airflow distribution, filtration, and zoning requirements.
•Incorporated energy-efficient measures, such as variable air volume (VAV) control and demand-based ventilation, to optimize system performance and reduce energy consumption.
•Ensured compliance with relevant codes, standards, and regulations related to hospital HVAC systems. Show less

•Cooperated with another student to design and construct a test setup consisting of a vertical pipe, a ball, a variable-speed fan, Arduino microcontroller, and position sensors.
•Conducted multiple trials with varying fan speeds and ball sizes to observe their impact on ball height.
•Developed control strategies to optimize fan speed for precise control of the ball's position.
•Documented experimental procedures, observations, and results in a comprehensive report.
•Presented… Show more

•Cooperated with another student to design and construct a test setup consisting of a vertical pipe, a ball, a variable-speed fan, Arduino microcontroller, and position sensors.
•Conducted multiple trials with varying fan speeds and ball sizes to observe their impact on ball height.
•Developed control strategies to optimize fan speed for precise control of the ball's position.
•Documented experimental procedures, observations, and results in a comprehensive report.
•Presented project results in a class of 20+ students. Show less

•Communicated with the building managers to receive the electricity, hydro and gas bills for the last 3 years
•Analysed the energy consumption of the building and the environmental effects (i.e. air, water, soil, and noise pollution) of its current HVAC system
•Cooperated in a group of 3 students to design a CCHP system powered by solar and geothermal energies to reduce the cost and environmental pollution
•Presented the results of the project, the efficiency of the proposed… Show more

•Communicated with the building managers to receive the electricity, hydro and gas bills for the last 3 years
•Analysed the energy consumption of the building and the environmental effects (i.e. air, water, soil, and noise pollution) of its current HVAC system
•Cooperated in a group of 3 students to design a CCHP system powered by solar and geothermal energies to reduce the cost and environmental pollution
•Presented the results of the project, the efficiency of the proposed system(more than 35% increased),and its cost effectiveness (increased by almost 40%) along with environmental advantages in a class of 20+ students Show less

•Designed a test set up consisting of a heat source, water circulation system, temperature sensors, and an Arduino microcontroller.
•Collected temperature data at various points within the system to calculate the convective heat transfer coefficient.
•Performed controlled experiments by varying flow rates to study their impact on heat transfer.
•Documented experimental procedures, observations, and results in a detailed report.
•Collaborated with two classmates to discuss findings… Show more

•Designed a test set up consisting of a heat source, water circulation system, temperature sensors, and an Arduino microcontroller.
•Collected temperature data at various points within the system to calculate the convective heat transfer coefficient.
•Performed controlled experiments by varying flow rates to study their impact on heat transfer.
•Documented experimental procedures, observations, and results in a detailed report.
•Collaborated with two classmates to discuss findings and implications.
•Presented project results and key findings for 50+ students and university professors. Show less