Description
The Department of Atmospheric Science at Colorado State University is seeking a dedicated PhD student to join its research group. This fully funded position is tied to a NASA-funded project centered on developing innovative cloud remote sensing techniques. The research involves combining passive and active satellite measurements to significantly improve our understanding of clouds, precipitation, and their specific roles within Earth's climate system.
The successful candidate will join a collaborative and intellectually driven environment focused on making meaningful scientific contributions. This position offers an exceptional opportunity to engage in high-impact climate research under the guidance of experienced faculty while utilizing advanced satellite data.
Target Audience
Postgraduate students holding a relevant master's or bachelor's degree looking to pursue a PhD.
Qualification
Ideal candidates should demonstrate a strong interest in atmospheric research and meet the following criteria:
- A genuine passion for science, discovery, and learning. Curiosity, self-motivation, and intellectual honesty.
- A collaborative mindset and a comfort with acknowledging gaps in knowledge while working toward scientific solutions.
- Prior experience in atmospheric radiation, radiative transfer, or the remote sensing of clouds.
Funding Coverage Breakdown
Fully Funded: The position provides full financial support for the duration of the PhD project through NASA funding.
Application Process
Interested applicants should complete the initial screening process by reaching out directly to the lead researcher:
- Prepare a current Curriculum Vitae (CV).
- Write a brief statement (3 to 5 sentences) explaining your specific research interests and what excites you about this specific opportunity.
- Send these materials via email to Professor Christine Chiu.
Due to the high volume of inquiries, individual responses will only be sent to applicants whose qualifications and experience closely align with the current needs of the project.
