Core Competencies

The Master of Science in Climate, Environment & Health is built around five core competencies that guide student learning throughout the program. Each competency is supported by specific learning outcomes that reflect a combination of knowledge, skills, and values. Rather than a checklist, these competencies represent an ongoing process of learning, application, and reflection—designed to prepare students for real-world impact at the intersection of climate, environment, and health.

ENVIRONMENT, CLIMATE & HEALTH FOUNDATIONS

RESOLVING COMPLEX PROBLEMS

ENGAGING WITH COMMUNITY

INNOVATION AND CHANGEMAKING

SENSE OF PURPOSE AND AGENCY

Infographic titled “Competency and Learning Outcomes” for Georgetown University’s Master of Science in Climate, Environment, and Health (MS-CEH) program. The infographic is divided into two columns: "Competency" and "Learning Outcomes." Each of the five numbered competencies is listed with a description and a bulleted list of corresponding learning outcomes:

1. Foundations of Environment, Climate and Health
Description: Build a foundational and integrated understanding of the core knowledge in the fields of environment, climate, and health to engage in interdisciplinary analysis of interconnected human, animal, and ecological systems.
Learning Outcomes:

Demonstrate a comprehensive understanding of the physical and biological aspects of global environmental changes and their impacts on human health.

Explain and characterize human-driven environmental degradation and the physical basis of climate change in the context of environmental and social justice.

Quantify the economic implications of the environment-health connection in policy development, including monetary and non-monetary measures.

Demonstrate scientific and technical proficiency in employing data collection and analysis techniques (e.g., geographic information systems and visualization tools).

2. Resolving Complex Problems
Description: Develop the knowledge and skills to design interventions to resolve complex climate, environment, and health challenges at local, national, and global levels.
Learning Outcomes:

Employ systems thinking and interdisciplinary approaches to identify and analyze complex problems, with a focus on climate-driven adaptation and response.

Demonstrate how to incorporate diverse perspectives and experiences of community leaders and members in problem-solving.

Iteratively design cross-sector collaboration, co-creation, and co-production processes to guide stakeholders in resolving problems.

Identify or collect data to inform problem-solving, especially for vulnerable populations.

Build resilient and adaptive systems by integrating scientific knowledge, community perspectives, and systems thinking.

3. Engaging with Community
Description: Develop mindsets and practices for responding to environmental problems through respectful, sustained engagement with impacted communities.
Learning Outcomes:

Engage and listen to communities on adaptation and capacity-building for survival, informed by empathy and equity.

Lead evidence-based community initiatives to improve health outcomes in vulnerable populations.

Recognize how environmental perspectives are shaped by access, wealth, industry, systemic exclusions, and intergenerational trauma.

Integrate values of empathy, compassion, and humility into environmental analysis and technical perspectives.

4. Innovation and Changemaking
Description: Practice collaborative leadership and implement replicable initiatives that address climate, environment, and health challenges using research and technology.
Learning Outcomes:

Identify leverage points in institutions, policies, or practices for change.

Demonstrate how to finance environmental and health interventions.

Participate and lead in environmental change movements.

Develop and analyze health and climate policy with an emphasis on community engagement and socioecological systems.

Communicate complex environmental, health, and climate topics to diverse audiences.

Apply the project management cycle to environmental, health, and climate programs through practical case studies.

5. Sense of Purpose and Agency
Description: Cultivate personal purpose and resilience to tackle complex challenges affecting human and environmental health.
Learning Outcomes:

Develop emotional resilience and personal growth when working on distressing climate and public health issues.

Articulate the role of ecological belonging in environmental engagement, driven by values and personal skills.

Create collective and hopeful responses to complex challenges, while understanding the limits and possibilities of individual action.

The Master of Science in Climate, Environment & Health has five program-wide core competencies that students are expected to master over the course of the degree. Each competency is broken down into learning outcomes, which in turn involve mastery of knowledge, skills, and values in order to achieve a competency. Although presented as a list, the competencies involve iterative processes of learning, doing and reflecting in order to demonstrate mastery. 

1. FOUNDATIONS OF ENVIRONMENT, CLIMATE AND HEALTH

Build a foundational and integrated understanding of the core knowledge in the fields of environment, climate, and health in order to engage in critical and interdisciplinary analysis of interconnected human, animal and ecological systems.

2. RESOLVING COMPLEX PROBLEMS

Develop the knowledge and skills to design interventions to resolve local, national and global complex challenges at the intersection of climate, environment and health.

3. ENGAGING WITH COMMUNITY

Develop mindsets and practices for responding to environmental problems through direct and sustained engagement with impacted communities, with humility and respect.

4. INNOVATION AND CHANGEMAKING

Develop and practice the capacities to collaborate and lead replicable initiatives that address climate, environment, and health challenges, leveraging appropriate research and technology.

5. SENSE OF PURPOSE AND AGENCY

Develop a sense of personal agency and purpose grounded in knowledge and skills to resolve complex challenges that impact human and environmental health.