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A Commentary on the Challenges of Feminist Pedagogy from the Perspective of Graduate Student Instructors
Get PDFThis critical commentary addresses feminist pedagogy for graduate student instructors in the context of the Department of Sociology at Mississippi State University, a public 4-year university in the South. We cite the phenomenon of the neo-liberalization of the university as a disadvantage for feminist pedagogy, specifically as tests the ability of graduate student instructors of record to experiment with pedagogical practices. We illustrate moments of disempowerment and frustration within the institution, as well as ways that we have combatted the challenges of engaging with feminist pedagogy as graduate student instructors
2024: An AI Odyssey
Get PDFThis critical commentary examines the potential implications of artificial intelligence (AI) on feminist pedagogy. Drawing on the work of Wellner and Rothman (2020), Toupin (2023), and Adam (1995), this paper considers how AI could be used to advance feminist pedagogy, but raises a series of concerns as well. Challenges to critical thinking and motivating students are raised. Finally, the paper concludes by arguing for bringing AI and conversations about its use into the classroom in a way that is mindful of its potential and limits
Formula Integrated Monocoque Development
Get PDFEvery year the Cal Poly Racing FSAE club set out to create two separate race cars to compete in the upcoming formula combustion and formula electric competitions. Both the combustion and electric formula cars operated on the same vehicle platform with the powertrain systems being the main difference between the two cars. Cal Poly Racing FSAE is the only school in California to run a full carbon fiber monocoque chassis, with each chassis design operating on a roughly four year design cycle. A new FSAE senior project team has set out to improve upon the previous chassis design as the team looks to make the switch to running only the formula electric competition for the 2024-2025 FSAE season. For this year’s design, we focused on improving the driver’s ergonomics, using SES as the key chassis design tool, incorporating Multimatic decoupled suspension, and reducing the chassis manufacturing time. After extensive laminate analysis, ergo rig testing, and use of previous chassis manufacturing knowledge, we designed the new Cal Poly Racing FSAE chassis to meet all of our design specifications we laid out at the beginning of the project
F21 - Variable Damper
Get PDFThis document outlines the final design phase for the Solar Turbines Variable Damper project, aiming to enhance the safety and serviceability of gas turbines enclosure ventilation system. The primary focus of this project is to address the challenge of maintaining optimal internal pressure within the gas generator enclosures while enabling remote control of the damper position.
In this report, the full system design is described in detail. Then, the part procurement, manufacturing, and assembly of the variable damper and test stand is provided to outline the steps and processes taken to complete the final prototype. After discussing the final prototype, the design specifications, completed tests, and final results are detailed to highlight the design validation process. Lastly, there is a discussion and recommendations section where the team outlines the final results and discusses the next steps for the project.
The team has gone through extensive iteration and prototyping to justify our design. We have specified an actuator that meets our torque requirements and provides protection from the environment. The team has also developed a schedule logic that we believe will best control the enclosure pressure while minimizing the cycles on the shaft. Through our fatigue and strength analyses, we are confident that the design meets the engineering specifications regarding strength and reliability. Through our testing, we validated that the actuator we selected is appropriate for the system, we proved that the schedule logic could be implemented to control enclosure pressure, and we set out a schedule bucket tuning process.
As a formal agreement, this document signifies the final design for the variable damper project, presenting critical test results and ensuring alignment among project stakeholders prior to completing this project
Removable Equipment Climate Canopy
Get PDFThe Climate Canopy Project has developed an improved solution for creating an adjustable shade mechanism tailored specifically for users of pull walkers. Through extensive research, goal setting, and a comprehensive framework our project has examined the challenges faced by individuals who rely on walkers for mobility. Our stakeholder requires a product that is lightweight, removable, and compact. This study dissected the designs of previous products on the market and aimed to build a product that aligns with our sponsor’s desires. This report presents the main goals for the design and manufacturing process, along with key design features utilized to produce a solution for the project. Our team analyzed potential solutions through the development of computer-aided design (CAD) and developed a verification prototype. Throughout our model\u27s development, we investigated factors such as materials, usability, and environmental impact. After testing and receiving feedback, our team successfully engineered a novel shade mechanism that meets our customer’s requirements. This report documents the analysis conducted on the verification prototype and outlines the manufacturing process. The significance of this project lies in the improvement of the user’s quality of life by providing a reliable, adaptable, and user-friendly solution to provide shade for walker users
Pitot Tube Test Bench
Get PDFThis Final Design Review documents the senior design project carried out by a team of Mechanical Engineering students attending California Polytechnic State University, San Luis Obispo for Roger Benham, and his company Leak Control Services Inc. The requirement was to design, build, and validate the performance of a test fixture that quantifies the performance characteristics of flow rate and pressure drop of different pitot tube designs to be used in a chemical dispensing application for Mr. Benham. This document includes relevant background research on the need for the fixture as well as relevant technical research. This document also contains objectives and a project plan. It contains the entire design process and a finalized preliminary design
Porous Ceramics as an Alternative to Polymer Filters
No full textThe goal of this project was to determine the processing parameters for forming a porous ceramic filter that can function as a longer-lasting alternative to polymer filters used in bioprocessing applications. The ceramic filter targeted the capability to filter out particles 0.5 μm and larger that are suspended in a fluid in a dead-end filtration configuration. Ceramics are an emerging solution for this application because their superior rigidity, high temperature tolerance, and chemical resistance can increase the life span of the filter. Ceramics are typically inert and will not contaminate the filtrate or degrade from moisture, ultraviolet exposure, or other harsh conditions. Ceramic particles of consistent and known size have been mixed with a binding agent and uniaxially pressed into flat circular disks. The ceramic disks have been partially sintered, solidifying the body while leaving open pores throughout the sample. Alumina powder was chosen as the primary ceramic component in these filter prototypes due to its wide availability and biocompatibility. The compaction pressure, sintering temperature, and initial ceramic particle size were varied to study their effects on the filtration performance of these disks. The desired selectivity, porosity, and durability of the disks was evaluated through characterization methods such as filtrate analysis, scanning electron microscopy (SEM), and porosimetry. Challenges with defects in samples led to changes in the sample preparation procedure. A water content of 20 wt%, binder content of 0.5 wt%, and a compaction time of 4 minutes led to intact membranes ~30% of the time. The membranes appeared to have a pore size close to 0.5 mm and porosities around 50%. No trends in pore size or porosity were observed across sintering temperatures. Results from flow testing samples showed that the water flow rate through the ceramic filters was inversely related to the compaction pressure with which the filters were made, and that the ceramic filters appeared to reduce the particle size of filtrate solutions
AS-974-24 Resolution on Consolidation of GE Area C Subject Guidelines and Modification of GE Area C2: Humanities Prerequisites
Get PDFApproves the attached GE Area C Subject Guidelines which includes removing GE Areas A1 and A3 from the prerequisites of GE Area C2 in the Template for General Education; and it further resolves that the GE Area C Subject Guidelines be used for the review and implementation of pre-existing and proposed General Education courses from Area C2 starting in the Fall 2026 academic term
TMHA Parking Lot Project
Get PDFThe Transitional Mental Health Association (TMHA) parking lot project in Edna, California, aimed to construct a 4,400 SF decomposed granite (DG) parking lot for the TMHA’s Youth Treatment Program (YTP). TMHA’s YTP involves giving children in a transitional housing state a safe and welcoming place to live while addressing the problem of unhoused children in San Luis Obispo County. This initiative involved extensive grading, forming, surveying, and installing the necessary infrastructure to ensure both functional and aesthetic improvements for the facility. The project was meticulously planned and executed during the Spring, 2024 quarter, with a budget of approximately $4,285. The successful completion of this project required careful coordination, resource management, and problem-solving. It highlighted the importance of accurate estimation, proper equipment usage, and community engagement. This paper details the project\u27s conception, methodology, outcomes, and lessons learned, providing a thorough overview of the processes and experiences involved. It serves as an example of how academic knowledge can be applied in real-world settings to achieve significant community benefits. The project also underscores the value of hands-on experience in enhancing professional skills and readiness for future challenges as students eventually become industry professionals