Shannon Feagin

Implemented dynamic mathematical lesson plans via various software to engage students with arithmetic for expected career paths.

Accomplishments:
Implemented the use of C, C+ software for geometry trigonometry-based students
Utilized economic modeling theory for calculus and statistical students
Provided Algebra 1-3, Probability and Statistics, Geometry, Trigonometry, and Calculus materials
Oversaw company software systems regulation and maintenance via front-end frameworks and applications
Engaged in the cross-sectional arithmetic theory for student learning growth

Lead sustainable development in Asia report

Accomplishments:
Curated a database containing all of South Koreas, Nepal's, Cambodia's, Thailand's, and Mongolia's economic reporting activity/progress in comparison to their sustainability reporting and progress based on international and local information systems.
Managed over 15,000 non-SQL high-quality photo reports
Established relationships with stakeholders in Nepal, India, Thailand, Cambodia, New York, South Carolina, and South Korea, as well as International NGOs such as Eco-Peace Asia, Yonsei ISEP/GEEF community, World Bank Sustainability sector, KEPCO, Miyamoto RELIEF, Dhakhwa House, UNESCO Cambodia, Charleston Tibetan Society, College of Charleston Financial Society, Hibernian Society, and LG.

Worked in the IBM community in the prototyping for IBM Watson's AI during developmental stages. Onboarded various data warehouses for the development of IBMs sustainability regulation systems throughout their cloud servers.

Accomplishments:
Curated neural pathways and linkages between data clouds with various programming terminals for Watson development
Managed regulatory data in the development of IBM's sustainable systems implementation
Utilized SQL to query Chicagos census, crime, and school demographic sets for local government
Wrangled, cleaned, and velocitized large data sets to create regression models for real estate pricing predictions with the Python library.
Applied and Compared machine learning classification algorithms to predict loan risk assessments for a local bank in India.
Curated Tableau dashboards to monitor, report, and improve US domestic flight reliability
Extracted and graphed the annual financial data of American car companies with the Pandas Python Library

Development in cities, states, and countries has undergone increasing sustainability scrutiny since the industrialization age’s generations’ environmental movements. In response to a hole in the Ozone during the 1970s (Pasani, J. 2006); Conscious means of production and development have become a regulated matter in financial and governmental institutions alike. General society has increasingly pushed sustainability in social media, job forums, and consumer purchases outside of their initial 1970s political rallies. Unregulated international corporations play the main antagonist in development. They are often held responsible for the environmental degradation of natural resources in foreign regions due to their exploitation of finite resources for construction and development. As a result, there is a growing sentiment for corporations to adopt more sustainable practices, particularly in developing nations where the demand for natural resources is high due to rapid institutional development (Thurbon, 2023). The types of regulatory measures taken to prevent unregulated international corporations from exploiting the environment are broad stemming from a variety of global regulatory institutions, but they hold little enforcement power. The issue of ‘who regulates with what enforcement’ poses a philosophical conundrum of moral responsibility and who should be held responsible if everyone benefits from the use and exploitation of the resource. As Greer states in their study, those who are most impacted by the negative consequences of resource exploitation should hold the most authority over the utilization of the resource (Greer, 20212). However, because of the magnitude and interconnectedness of the global economic authority, deciphering who caused what environmental tragedy has become hard to identify when there are multi-state parties involved in the use of the common space. Thus, the responsibility of maintaining the integrity of the environment and its resources is left to those who are closest proximity to resources. This can include those who reside locally to the environmental resource and those who utilize the resource. Why would sustainability still need increasing levels of attention if so much has been accomplished since the original 1970s movements? Regulating what is and is not sustainable has become todays dilemma for the movement, due to the rapidly increasing scale of society's development towards a more global scale. International global development never led us to fewer environmental catastrophes, nor has cured hunger, social equity, or health crises as quickly as anticipated by previous academics (Ikenberry, 2018). Instead, as we begin to reach education equity, affordable housing, and equal opportunities, we experience devastating societal destruction from unforeseen environmental phenomena. As this study explores, Multi-lateral structures create their own stratospheres of environmental consequences and externalities. The prosperity and development of a collaborative group pose unintended negative consequences to those unable to participate in the broader society.