Alicia Wright

National STEM Challenge Finalist | Researcher Featured by The74

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Alicia Wright

National STEM Challenge Finalist | Researcher Featured by The74

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Bio

Bio

With nearly four years of research experience, Alicia Wright has developed a strong focus on material science and environmental science/engineering. Her research has earned her recognition as a National STEM Challenge Finalist and led to two second-place finishes at regional science fairs. Alicia's environmental science project was also featured in an article by The74, highlighting its impact. As a mentor, Alicia offers valuable insights into experimental design, materials analysis, and environmental solutions. She is dedicated to guiding students through their research processes, fostering technical skills, and helping them achieve meaningful results in their scientific endeavors.

With nearly four years of research experience, Alicia Wright has developed a strong focus on material science and environmental science/engineering. Her research has earned her recognition as a National STEM Challenge Finalist and led to two second-place finishes at regional science fairs. Alicia's environmental science project was also featured in an article by The74, highlighting its impact. As a mentor, Alicia offers valuable insights into experimental design, materials analysis, and environmental solutions. She is dedicated to guiding students through their research processes, fostering technical skills, and helping them achieve meaningful results in their scientific endeavors.

Fields Of Specialty

Fields Of Specialty

Sustainability Research

Sustainability Research

Environmental Science

Environmental Science

Materials Science

Materials Science

Environmental Science

Sustainability Research

Materials Science

Past Projects

Past Projects

The effects of Natural oils on the strength of bio bricks

The majority of CO2 emissions come from the production of cement used in construction. By utilizing the fine network component of fungus, mycelium, a new sustainable options for bricks had emerged.

The effects of Natural oils on the strength of bio bricks

The majority of CO2 emissions come from the production of cement used in construction. By utilizing the fine network component of fungus, mycelium, a new sustainable options for bricks had emerged.

The Effects of Carbon-Based Materials on Preventing Mosquitoes

Graphene was first discovered in 2004 and was initially used for a variety of barrier and filtration purposes. Graphene is invisible to the unaided eye but harder than a diamond, stronger than steel and more conductive than copper. Although graphene has been studied in detail, insufficient attention has been paid to how other molecular similar materials like Graphite and Activated Charcoal can be used to prevent mosquito bites.

The Effects of Carbon-Based Materials on Preventing Mosquitoes

Graphene was first discovered in 2004 and was initially used for a variety of barrier and filtration purposes. Graphene is invisible to the unaided eye but harder than a diamond, stronger than steel and more conductive than copper. Although graphene has been studied in detail, insufficient attention has been paid to how other molecular similar materials like Graphite and Activated Charcoal can be used to prevent mosquito bites.