Below is summary of a variety of paid STEM internships available to HCC students both in and outside the immediate Connecticut area. It is a compilation of Summer Research Internship opportunities recommended by HCC's STEM Faculty and students who have completed these internships. Please contact Prof. Elizabeth Steeves or Prof. Rachel Cain for more information about these REU's (Research Experiences for Undergraduates).
NSF Research Experience for Undergraduates in Multimessenger Astrophysics at Rochester Institute of Technology
We especially encourage women, members of underrepresented minorities, and deaf or hard-of-hearing students to apply.Download the Flyer For More Information!
CoCreate Stamford Internship
We are excited to announce that the CSCU is collaborating with GE Appliance to offer internships to our students enrolled in our COT manufacturing and related technology and engineering programs at their new coCreate Center in Stamford CT. The students would be paid ~ $ 20/hour and are expected to spend about 20 hours a week for the Spring semester. Initially the plan is to hire up to 18 students with the objective of having the students start the internship in Jan 2022 and continue for about 6 months. . The attached flyer explains the internship and how to apply for the internship.
GE is planning on interviewing candidates on Nov.29th so time is of the essence. Please share this information with students who might be interested in applying for this exciting opportunity.Download the Flyer For More Information!
2022 Yale Summer Enrichment Medical Academy (YSEMA)
On behalf of the Yale School of Medicine (YSM) and the Office of Diversity, Inclusion, Community Engagement and Equity (DICE), we invite your students to apply for the 2022 Yale Summer Enrichment Medical Academy (YSEMA). YSEMA is a free 6-week residential program for Connecticut community college and Historically Black College and University (HBCU) students aspiring to a career in medicine. Students will participate in an intensive science curriculum designed to improve success in upper-division science courses that are required for pre-med students. There will be a focus on learning how to become a successful medical school applicant and how to navigate the application process. There is no fee to attend, and students will receive a $600 stipend. All cost associated with traveling, housing and meals will be covered by the DICE Office. Qualified applicants must have a 2.5 or higher GPA and be a current freshman or sophomore undergraduate student. The YSEMA 2022 application will open on December 1, 2022 and close on February 15, 2022.Download the Flyer For More Information!
Algorithm development for satellite retrievals of oil slicks & other substances
The retrieval of oceanic properties from satellites is a very important component of climate research. In preparation for the NASA Plankton, Aerosol, ocean Ecosystem mission (to be launched in 2023), we are developing an advanced retrieval scheme that, in addition to measurements of intensity, exploits the polarization state of the light measured by its state-of-the-art optical sensors. The retrieval scheme belongs to the class of “inverse methods”, which can be applied as solvers to the widest class of problems and have the advantage of rigorously determining the uncertainties associated with each retrieved parameter. In our case, the Python LMFIT “inversion wrapper” drives a “forward” radiative-transfer engine (written in Fortran) and will enable the retrieval of parameters descriptive of the ocean surface like its refractive index, with the primary application of detecting oil slicks or biogenic films. Through the interaction with the GISS RSP group, the intern will have the chance to be exposed to several aspects of remote sensing for climate research, from the preparation for airborne and spaceborne campaigns to their execution and subsequent data analysis.
Code development remote sensing of snow properties
The retrieval of snow properties and their evolution in polar regions is a very important component of climate research. We are in the process of developing a new retrieval scheme that exploits the polarization state of the light measured by satellite sensors (POLDER), in addition to measurements of intensity only (like those of MODIS). Such a retrieval scheme is composed of a “forward” radiative transfer engine (written in Fortran), driven by an “inversion” wrapper available as part of a Python package. Inverse methods can be applied as solvers to the widest class of problems and have the advantage of adding a detailed error budget estimate of the state parameters to the retrieval of their values. In this case it will enable the retrieval of parameters descriptive of the snowpack like grain shape and size, the concentration of light-absorbing impurities, but also the simultaneous determination of the properties of aerosols that might be present in the scene above the snowpack.
Fire in the Climate System
The project will use a climate model and observational datasets to understand and simulate processes that determine how wildfires impact climate and air pollution. The goal is to advance the understanding of how anthropogenic and natural pollutant emissions influence atmospheric chemistry, climate, and air pollution. Data from the NASA GISS climate model will be analyzed for aerosol and gas concentrations and be compared to aircraft and satellite measurements. We will investigate science questions that either address climate change or air pollution.
Merging and analysis of multi-sensor imagery over polar regions
Advanced satellite retrievals of snow properties benefit from the synergistic exploitation of data originating from multiple sensors. For this reason, such data needs first and foremost to be co-located and merged into custom files for practicality of use when input to the retrieval algorithms. Continuing the work performed by previous interns, we will exploit available processing tools to co-locate several-years' worth of datapixels from the MODIS, POLDER, and CALIPSO sensors and run statistics of interest on pixel-based properties. Ideal candidates for this project are students with strong interdisciplinary skills, including experience with the analysis of geophysical datasets and their visualization, but also well versed in code development. High proficiency in Python is a requirement, and knowledge of system architecture concepts is considered an advantage since the batch processing of large amounts of data requires to be optimized for speed.
Parameterization of phytoplankton absorption for NASA/PACE retrievals
The Plankton, Aerosol, Cloud, ocean Ecosystem (PACE) mission is a NASA Earth-observing satellite mission that is scheduled for launch in 2023. The NASA/PACE spacecraft will carry three state-of-the-art instruments to monitor changes in oceanic and atmospheric particulates. Two of these instruments, the Ocean Color Instrument (OCI) and the Spectro-Polarimeter for Planetary Exploration one (SPEXone) will take ultraviolet (UV) pictures of the Earth. This is the first time that NASA will make such UV pictures to study changes in the plankton population, offering new opportunities to study how our oceans are changing on a global scale, which is both exciting and challenging. A proper exploitation of the UV data collected by the NASA/PACE sensors requires models that simulate the sensitivity of the “UV color” of the ocean to the particulates suspended in the seawater. The purpose of this project is to help create such models by providing parameterizations of phytoplankton absorption spectra. To this end, we are looking for an intern who will be tasked with using statistical models to help parameterizing an existing dataset of 700+measurements for phytoplankton absorption spectra.
RSP Data Management, App Development, and Code Conversion
NASA GISS Airborne Research Scanning Polarimeter (RSP) is often flown in field deployments. It remotely collects data to measure aerosol and cloud properties. During a field deployment RSP needs to be monitored to make sure it is healthy and collecting data properly. In addition, we can do real time retrievals so our team can contribute to the discussion of interesting scenes we observe so that perhaps we can look into it deeper. Currently, the data is processed using code written in IDL (Interactive Data Language). IDL is not commonly known language and also it is not easily portable as it requires license which most people do not have. We would like to convert this code to Python. This way the code becomes more usable and shareable. Other programming codes may need to be converted to Python as well. After the flight the data is placed on GISS web site. The site needs to make it easy for others to select relevant data of their interest. It shows ground tracks and filters data given criteria of interest. It also needs to display the data (pseudo image and plots) for a quick analysis. The intern may work on the RSP website and app.Click Here For Info On Applying!!