Applied Environmental Data Sciences, Academic Certificate

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Coastal communities face unprecedented environmental challenges such as frequent and intensified floods and droughts, uncertain availability of water resources, harmful algal blooms, and deteriorating water and air quality. These challenges become more complex due to ever-changing socio-environmental factors such as increasing demand caused by rapid population growth, industrial development, urbanization, and climate change. Finding convergent solutions to these issues demands well-coordinated teamwork and a new outlook toward student research and education across the engineering, sciences, and humanities disciplines along with active engagement of communities. Such challenges call for a user-friendly decision-making and visualization framework that couples timely hydrological, hydrogeological, topographical, climatic, physicochemical, land use/land cover, biological, and social-economic data. Upon completing this certificate, students and professionals will be able to 

  1. Develop a data-driven mindset based on a comprehensive understanding of the latest data science tools to solve intensified environmental sustainability issues that are faced by communities. 
  2. Apply these tools to facilitate the implementation of data-driven, science-based resources management, improve the understanding of the scale-dependent behavior of environmental systems, and provide sustainable solutions to the regional communities and ecosystems. 

This certificate is open to graduate students and professionals. Students will receive the certificate upon completing all required coursework with a grade of B or better. 

Admission Requirements: 
A four-year degree in STEM and education fields, or students satisfying concurrent enrollment criteria of TAMUK graduate classes. 

Required Coursework 
To earn the certificate, students must complete the following four courses (12 credit hours) with a grade of B or better:

EVEN 6349Grad Prof Skills Developmt Lab3
EVEN 6347Data Science for Next Generation of Community Researchers3
Select two courses from the following:6
Environmtl Sustain&Resilience
Environmental Data Analysis
Environmental System Modeling
Enviromental Informatics
Air Quality Modeling
Surface Water Quality Modeling
Groundwater Contamin Transport
Decision Sci for Environ Systm
Adv Topics in Bilingual Ed I
Adv Topics in Bilingual Ed II
Adv Eng Data Analysis & Opt
Fundamentals Sustainable Eng
Adv Engineering Project Mnmt
Data Analys in Social Research
Lifestyles and Career Devel
Sem in Social Organization
Advanced Research Methods
Sustainable Landuse Dec & Mgmt
North America Wetlands
Sustainability of Eviron Ecosy
Soil and Water Conservation
Databases & Data Warehousing
Exp. Data Analysis & Visual
Predictive Analytics
Leadership, Change & Innovat.
Crisis Communication & Manag.
Total Semester Credit Hours12