Environmental Sustainability | Online Certificate
offered by UIUC

Public University
6370 acre campus
Estd. 1867

Environmental Sustainability | Online Certificate
at
UIUC
Overview

Aim is to develop citizens, businesses, and societies that meet the needs of the present without compromising the ability of future generations to do the same

Duration	1 - 2 years
Total fee	₹8,480
Mode of learning	Online
Official Website	Go to Website
Course Level	UG Certificate

Environmental Sustainability | Online Certificate
at
UIUC
Highlights

Earn a certificate of completion from University of Illinois
Financial aid is available for students

Environmental Sustainability | Online Certificate
at
UIUC
Course details

Skills you will learn

Sustainability

Who should do this course?

For students who already possess a bachelor's degree.

More about this course

The Online Certificate in Environmental Sustainability addresses the growing demand for courses that concentrate on the key issues associated with sustainability and the environment
Students in the program will learn about the interconnectedness of environmental, economic, and social systems of the world; the implications of our actions on the environmental factors that determine the sustainability of human institutions, organizations, cultures, and technologies; finding solutions through innovative approaches; and expanding future options by practicing environmental stewardship

Environmental Sustainability | Online Certificate
at
UIUC
Curriculum

Core courses (Any 5 courses)

Earth Systems

Soc Impacts Weather & Climate

Air Pollution to Global Change

Sustainable Business I

Renewable & Alternative Energy

Sustainable Organizations

Water Planet, Water Crisis

Environmental Writing

Earth Resource Sustainability

Environmental Policy

Challenges of Sustainability

Environmental Consulting

Environmental Sustainability | Online Certificate
at
UIUC
Faculty details

Dr. Jonathan Tomkin, Associate Director

His research has two focus areas: firstly, He research how changing climates, surface processes, and tectonic forcings determine the landscapes we see around us, by testing theoretical models of landscape evolution and geodynamics against geomorphological, thermochronological and sedimentalogical observations.