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2017 - Competitive Long Distance Shooting - Poster Presentation
Title
2017 - Competitive Long Distance Shooting - Poster Presentation
Description
This is a poster that was presented at the 2017 Science, Mathematics & Engineering (SME) Symposium at Salt Lake Community College. The presenters: Chad Sweeeny, Civil Engineering Student & Dr Nick M. Safai, Professor, Engineering Department, The goal of the project was to improve the range of competitive long distance shooting to over 2 miles.
Subjects
rifles, shooting, firearms, ballistics, civil engineering
Local Identifiers
19-0243
Pre-Engineering at Utah Technical College
Title
Pre-Engineering at Utah Technical College
Description
Mail Correspondence of the Utah Technical College that promotes the pre-engineering programs, career opportunities in engineering. It gives explanation of the engineering field and adds scopes of some of the areas of study inside the engineering field that the College offers, such as: Electrical engineering, Civil engineering, Mechanical engineering, computer science. Contains a postage-free card to ask for more information to the College. Date unknown. Printed in color.
Subjects
Leaflets, Engineering, electrical engineering, civil engineering, Programs, mechanical engineering, computer science, enrollments, Universities & colleges, Student aspirations
Local Identifiers
21-0757
2022 - Efficient Design and Engineering Better Energy Saving Homes - Poster Presentation
Title
2022 - Efficient Design and Engineering Better Energy Saving Homes - Poster Presentation
Description
Global warming is an important present-day issue. The rate at which temperatures are rising is being impacted by human activity. Consequently, rising sea levels and the loss of biodiversity are universal. The objective of this research paper is to analyze current construction practices and offer ideas on how to better improve on current methods for construction to reduce carbon emissions of housing. Current construction for single-family dwellings consists of 16” on center 2”x4” lumber for interior, with 24” on center and 2”x6” lumber for exterior walls, utilizing fiberglass insulation to help retain a specified temperature. With the least efficient equipment usually installed for the sake of cost. Though, more builders are opting for 90% efficient furnaces, they are not as efficient as heat pumps, and create greenhouse gases as a byproduct of using gas to create heat. This all being a product of what is now a standard building model that most are familiar with, but not the most efficient building method. With slight changes in practices, it can be a push for net zero.
Subjects
global warming, structural engineering, civil engineering, Engineering & construction, environmental engineering, carbon dioxide, pollution, pollution control, housing projects, Building construction, Building materials, building plans, energy efficient buildings
Local Identifiers
22-0152