Honors Houses

Dr. Olga Senicheva
orusyaev@purdue.edu
Full Bio

Research: Digital Dynamics Project: Transform Supply Chain Management with Cutting-Edge Technology!

Are you a student passionate about supply chain management, game development, or digital technology? You are invited to be part of an exciting research project that combines all these elements to create an innovative simulation game!

Project Title: "Digital Dynamics: Simulation Game for Analyzing Digital Technology's Impact on Supply Chain Ordering Decisions"

What you'll do:

• Design a Simulation Game: Collaborate with peers to create a digital game that models real-world supply chain dynamics.
• Incorporate Digital Tools: Learn about digital technologies and their application in supply chain management.
• Analyze Decision-Making: Collect and analyze data to see how digital innovations change the way supply chains operate.
• Develop Educational Resources: Help create materials that will educate future students and professionals about modern supply chain management.

If this project isn't of interest to you, but you are curious about supply chain management, humanitarian logistics, project management, service operations, or transportation, I would be happy to help you find a topic for your undergraduate research project.

Metal Fact: Copper was the first metal used by human. It has a unique reddish color and a high melting point (more than 1,900 degrees F)

Dr. Jeffrey Gerber
gerber48@purdue.edu

Research: This research is focused on stellar evolution and stellar abundances, particularly relating to old stars similar in mass to our Sun. I study these stars using observations made with a spectrograph, which is an instrument mounted to a telescope that works like a prism to disperse the light of the star based on its wavelength and create a stellar spectrum. We then analyze the patterns we see in the spectra through modeling done on a computer to determine the abundances present in the stars’ atmospheres.

There are various projects ready for you as an undergraduate to start working on immediately (with data already collected) as well as plans for future projects involving conducting observations with the help of student researchers. Some of the projects with data already collected include determining heavy element abundances (Sr, Eu, Ba, etc.) in old, evolved stars in a stellar cluster and measuring how C and N changes in evolved stars in a different cluster. I’m also open to working on any project an undergraduate may have in mind that is related to the field of stellar spectroscopy or that uses any of the widely available public data from recent astronomical surveys such as Gaia. Addressing Food Insecurity in Tippecanoe County. Recently, a JMHC student presented at conference on the research they conducted with me. We’re ready for more student researchers.

Dr. Jennifer Hall
cputman@purdue.edu
Full Bio

Research: Does how we teach ethics matter and can we teach it more effectively? Join Professor Cara Putman and her team as they analyze student quantitative data to determine what is working. You may also be part of the first team to start assessing qualitative data. This is part of a longitudinal study that is launching based on earlier smaller studies.

Students will have the opportunity to work with Professor Cara Putman and Dr. Kelly Blanchard to analyze a dataset that has been created over four years related to undergraduate students and their impressions of ethics and education. Some examples of the potential layers of analysis include comparing results across colleges, between student populations like academic year, home residence, age, and gender. We’ve analyzed much of the data related to the School of Management but have a wealth of opportunities to dig deeper and welcome you to our research group.

Dr. Cara Putman
cputman@purdue.edu
Full Bio

Research: Does how we teach ethics matter and can we teach it more effectively? Join Professor Cara Putman and her team as they analyze student quantitative data to determine what is working. You may also be part of the first team to start assessing qualitative data. This is part of a longitudinal study that is launching based on earlier smaller studies.

Students will have the opportunity to work with Professor Cara Putman and Dr. Kelly Blanchard to analyze a dataset that has been created over four years related to undergraduate students and their impressions of ethics and education. Some examples of the potential layers of analysis include comparing results across colleges, between student populations like academic year, home residence, age, and gender. We’ve analyzed much of the data related to the School of Management but have a wealth of opportunities to dig deeper and welcome you to our research group.

Metal Fact: A rare metal, platinum is highly malleable and ductile. Its extraordinary resistance to corrosion makes it one of the noble metals.

Dr. Kristen Bellisario
kbellisa@purdue.edu
Full Bio

Research: How can community-based approaches be used to involve local populations in conservation projects to help reverse biodiversity loss ("reverse the red")?

Community-based approaches are integral to conservation at a local level through programs such as wildlife ambassadors, community celebrations, interactive displays, and field ecology work days. We also use sonic biodiversity in ecological-based research to help understand impacts of noise and climate change on natural habitats, agroecological systems, and wildlife dispersal.

Join our mission to “reverse the red.” Your tasks are simple — bring passion, enthusiasm, and your skills to this interdisciplinary team. In one day, you can save a tree. In four months, you can discover the diversity of life in Indiana and help inform policy. In one year, the Silver House will build an Earth Day Celebration that brings community and university scholars together to engage and learn how to protect and enjoy our marvelous planet Earth.

What can you do? Improve data workflow. Design a database system. Use AI to find patterns in ecology. Label samples captured in the field. Film the process and tell a story. Design an interactive exhibit. Use field equipment. Study wildlife animals. Go on a field trip. Develop and engage in an ecology-based hackathon. Have fun.

Metal Fact: Researchers have found that coating underwater microphones, known as hydrophones, with a thin layer of silver nanoparticles can enhance their sensitivity to low-frequency sounds, which is important for studying marine biodiversity. Go Silver!

Dr. Lisa Bosman
Full Bio

Research: The objective of this research project is to utilize photovoice as a tool for engaging participants in documenting and sharing their experiences related issues, as decided upon by the JMHC student researchers (a.k.a. You!).

Photovoice is a participatory research method that combines pictures (e.g., photos) with narrative (e.g., voice) to empower people to articulate their lived experiences. It offers a unique platform for individuals to visually express their perspectives, concerns, and aspirations. By leveraging your perspectives, we can harness the power of photovoice to explore topics through the eyes of those directly affected by it. By giving voice to you (as a participant), this project aims to foster social change, promote community empowerment, and contribute to academic scholarship.

No previous research experience is required, but JMHC student researchers need to be committed, work independently and in a team, and be outcomes oriented. At a minimum, findings are planned to be disseminated through the Purdue University Undergraduate Research Symposium (poster), Journal of Purdue Undergraduate Research (article or Snapshot), American Society of Engineering Education (conference proceeding), and as a journal article.

Metal Fact: Titanium has the highest strenth-to-densty ratio of any metal.