Art and Design Commons^™

Integrating Art And Design With Environmental Science, Laura D. Hinson

The Confluence

This article demonstrates how combining art and design and environmental sciences would benefit both fields by analyzing how utilizing art and design in environmental sciences can help enhance aspects of the teaching process and environmental studies, specifically those dealing with climatology and pollution. Additionally, by taking an ecocritical approach to analyzing art and its creation, this article will detail how artists can become more conscious of the impacts creating certain types of art has on the environment while also noting environmental changes documented through art.

Plant Wise, Sophia Llamas

Honors Projects

Conceptually, Plant Wise is the key to bridging the gap between preconceived ideas about vegan and vegetarianism and successfully integrating plant-based foods into your everyday life. Physically, Plant Wise is a self-educational, interactive booklet chock-full of activities intended for users to complete at their own pace. Inside this 56-page booklet, there are recipes, doodling spaces, weekly check sheets, activities to do with friends and family, challenges, and so much more. Plant Wise utilizes these activities and journaling opportunities throughout as a self-reflective vehicle to give users an experience to reflect on, which aids in the retention of what’s been learned …

Community Table Project, Kohar Scott

Assignment Prompts

Food insecurity is a real issue unfortunately faced by many students at SJSU. The SJSU Spartan Food Pantry is a walk-in, full-service, staffed, food assistance program that provides a resource for students to receive non-perishable goods, fresh produce, and refrigerated items to eligible students. Imagine that our SJSU Spartan Food Pantry was redesigned with a more ecology-focused "systems approach" like loopstore.com.

Designed by students and for students, what do you want to see available and how can you improve the package and delivery? Pick a product that you would like to see available at the SJSU Spartan Food …

Beyond Death: Using Design To Transcend Life, Memories And Traditions, Alex Lobos

Presentations and other scholarship

Sustainable design provides benefits across a product’s lifecycle, particularly for end of life. Designers and end users are aware that as much as product lifetime can be extended, no artifact can last forever. But when looking at end of life in human beings, most people are not comfortable with dealing with death whether is their own or of someone else’s. Sustainability can provide initial strategies for designing for human death but in order to make a significant contribution to this area, designers need to address a wider set of needs that also include social, emotional and psychological issues. Models such …

Timelessness In Sustainable Product Design, Alex Lobos

Presentations and other scholarship

Shorter product lifespan driven by reduced durability and planned obsolescence is causing severe environmental issues and diminishing user experience. Sustainable Design is addressing this problem with strategies that improve a product’s lifecycle and address important areas of impact in manufacturing, use, and end of life. This article explores how the concept of ‘timelessness’ can be used as an effective strategy for creating products that are cherished and enjoyed by their users, last longer, are easier to repair and have better options for end-of-life. A series of case studies found in commercial products as well as in student projects illustrate how …

Development Of The Control And Ignition Systems On A High Pressure Gas Turbine Combustor, Carlos Alejandro Valdez

Open Access Theses & Dissertations

The ignition and control systems of a laboratory scale high-pressure gas turbine combustor were developed in the present work. This work provides a detailed description of the design, development and testing of the remote control system developed for a High Pressure Gas Turbine Combustor (HPTC).

The combustor has the capability to operate at pressures up to 1.5 MPa and temperatures up to 2400 K. It is also designed for a maximum air and fuel flow rates of 81.93 g/s and 35.77 g/s respectively. The fuel used will be CH4 for the early experiments but it is designed to operate using …