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Faculty Research Initiative

Making the World Smarter, Safer and Healthier

Enhancing Faculty Research in STEM and Health

As the Katz School expands its research contributions in STEM and health, we are offering research support for Katz School faculty, as well as for all YU faculty and Katz School faculty and students who are engaged in collaborative research. The research can be theoretical, empirical, applied or clinical. This initiative is intended to stimulate new research and expand existing research projects that result in scholarly publication, conference presentations and grant applications while simultaneously creating research opportunities for full-time Katz School graduate students. 

Requirements: 

  • Projects must produce tangible outcomes that raise the visibility of the Katz School in STEM and health sciences. 
  • Projects must include Katz School graduate students either as research assistants, interns or as part of their academic requirements (i.e., R&D experiences, thesis).
  • Projects in all areas of the Katz school are welcomed. Proposals related to the following priority areas are particularly encouraged: artificial intelligence; health data analytics; biotechnology and life sciences; cybersecurity; and applied social media.

Application Information and Key Dates for 2023-24 Projects:

  • The 2023-24 RFP is open! Download in PDF or Word
  • Awards will range from $1,000 to $4,000; expect that the average award will be $3,000.
  • Applications are due by June 9, 2023, submitted electronically to Ariana.Allias@yu.edu.
  • Awards will be announced by June 29, 2023.
  • Work, including advertising for graduate research interns must begin by September 11, 2023 (funds will be available by mid-August).
  • Approved purchases must be completed by March 5, 2024.

Questions? Contact Ariana.Allias@yu.edu. 

2022 Grant Recipients

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Building IoT-based Upper Limb Exoskeletons for Stroke Rehabilitation

Sai Praveen Kadiyala and Rana Khan, Katz School

Read more

Building IoT-based Upper Limb Exoskeletons for Stroke Rehabilitation

Faculty Leads:

Tele-rehabilitation is gaining prominence, particularly for its financial viability and at-home practice. This project will explore the effectiveness of tele-rehabilitation in treating upper-limb stroke patients. Dr. Sai Praveen Kadiyala and Dr. Rana Khan aim to build an exoskeleton specifically designed for upper-limb stroke patients using a network of connected smart devices referred to as IoT, or internet of things.

The project will take a two-pronged approach. After conducting an extensive survey of published works that focus on building exoskeletons for upper-limb stroke rehabilitation, Drs. Kadiyala and Khan will incorporate IoT aspects into existing exoskeletons. They will then design architectures containing new features, build the proof-of-concept exoskeleton models and compare the effectiveness of their proposed novelties.

""

Audi Autonomous Driving Project: Situation Detection

Pablo Roldan and Brandon Chiazza, Katz School

Read more

Audi Autonomous Driving Project: Situation Detection

Faculty Leads:

This collaborative project between Katz faculty and Audi seeks to improve and expand the research on automated driving. Audi Automated Driving Development (A2D2) gathers data by using a prototype car. Due to the large amount of data that is gathered and labeled manually, this is a costly process.

Through the use of data analysis and artificial intelligence, Dr. Roldan and Professor Chiazza’s areas of study, they hope to accelerate the costly process for detecting and labeling data, as well as improve the quality of the data. Additionally, they aim to integrate their solution with the existing pipeline and automate as much as possible.

Margarita Vigodner

Cell Cycle Regulation During Meiosis and in Spermatogonia Stem Cells

Margarita Vigodner, Stern College; Rana Khan, Katz School

Read more

Cell Cycle Regulation During Meiosis and in Spermatogonia Stem Cells

Faculty Leads:

This project will focus on the misregulation of the cell cycle in testicular cells and study how it can lead to infertility or testicular cancer. The goal is to obtain new information about cell cycle regulation in normal and cancerous cells, particularly through studying a recently identified protein that may play an important role.

Katz School graduate students will be involved in all aspects of the proposed research, and they will be trained in a variety of advanced cell and molecular biology techniques. In the past, Katz graduate students involved in projects such as these have published as co-authors on peer-reviewed publications.

""

Machine Learning Methods in Consumer Lending

Philip Kalikman, Sy Syms School of Business; Andy Catlin and Brandon Chiazza, Katz School

Read more

Machine Learning Methods in Consumer Lending

Faculty Leads:

Artificial intelligence and machine learning models have increasingly been used to determine eligibility and interest rates for consumer debt. However, existing research on the adoption of these technologies is limited due to lack of model transparency.

This project aims to implement a modern neural network model of consumer credit performance and compare the model against an existing structural model. These findings will have broad implications for how fintech and mainstream lenders build and deploy artificial intelligence and machine learning models, and for the trillion-dollar consumer credit industry more broadly.

""

Improving Commercial Success of Innovations Led by Women in STEM

Lorraine Marchand, Katz School

Read more

Improving Commercial Success of Innovations Led by Women in STEM

Faculty Lead:

The number of women entrepreneurs in STEM lags far behind the number of men. Only 20% of Fortune 500 chief innovation officers are women, women founders represent 2-3% of venture capital investments, women make up 2-3% of venture capital partners, and there is a 16% gender wage gap among STEM professionals. Half as many women as men are likely to start their own business, and 95% of women who do start their own business fail within a year because they can’t secure funding and other necessary support. 

In this project, Lorraine Marchand will work with women entrepreneurs in the early stages of their technology startups. She will implement and evaluate the effectiveness of the approach described in her book, The Innovation Mindset: Eight Essential Steps for Transforming Any Industry, as well as her Resource Guide for Women Innovators, to increase the chances of commercial success for women innovators in STEM. The work is intended to raise the profile and number of women entrepreneurs in STEM and to demonstrate that women innovators can raise funds and experience commercial success by following a structured process and with appropriate coaching and support.

""

Healthy Aging: A Wellness Intervention Program

Amiya Waldman-Levi and Alexandra Wagner, Katz School; Jeanine Stancanelli, Mercy College

Read more

Healthy Aging: A Wellness Intervention Program

Faculty Leads:

There is evidence that social-emotional factors contribute to older adults’ engagement and satisfaction in life despite a decline in physical and mental health as they age. This collaborative project between the Occupational Therapy program at Mercy College and the Katz School’s Occupational Therapy Doctorate program will test the effectiveness of health, aging and wellness (HAW) group programs.

The research team will conduct a pilot study comparing in-person and remote delivery of the HAW programs for older adults living independently in a community. The program combines yoga, hope theory and mindfulness to support physical, mental and emotional aging in place. This work builds on a preliminary study in which the researchers found that the newly developed HAW program had a positive impact on older adults’ sense of hope.

""

Improving the Quality of Frozen Food Products Using Micro-thermography

Ran Drori, Stern College and Katz School

Read more

Improving the Quality of Frozen Food Products Using Micro-thermography

Faculty Lead:

The focus of this project is to measure and understand the kinetics of ice recrystallization, ice nucleation, and growth in frozen food products using micro-thermography (infrared-based imaging). Understanding the mechanism of ice recrystallization imaging and the kinetics of ice growth and nucleation in frozen food will lead to the development of new manufacturing standards of food freezing rates, storage temperatures and the addition of ice recrystallization inhibitors.

The ultimate goal is to develop ways to improve the quality of frozen food products, limit food waste and loss caused by ice recrystallization, and improve quality by extending the storage time of frozen foods.

""

Building IoT-based Upper Limb Exoskeletons for Stroke Rehabilitation

Sai Praveen Kadiyala and Rana Khan, Katz School

Read more

Building IoT-based Upper Limb Exoskeletons for Stroke Rehabilitation

Faculty Leads:

Tele-rehabilitation is gaining prominence, particularly for its financial viability and at-home practice. This project will explore the effectiveness of tele-rehabilitation in treating upper-limb stroke patients. Dr. Sai Praveen Kadiyala and Dr. Rana Khan aim to build an exoskeleton specifically designed for upper-limb stroke patients using a network of connected smart devices referred to as IoT, or internet of things.

The project will take a two-pronged approach. After conducting an extensive survey of published works that focus on building exoskeletons for upper-limb stroke rehabilitation, Drs. Kadiyala and Khan will incorporate IoT aspects into existing exoskeletons. They will then design architectures containing new features, build the proof-of-concept exoskeleton models and compare the effectiveness of their proposed novelties.

""

Audi Autonomous Driving Project: Situation Detection

Pablo Roldan and Brandon Chiazza, Katz School

Read more

Audi Autonomous Driving Project: Situation Detection

Faculty Leads:

This collaborative project between Katz faculty and Audi seeks to improve and expand the research on automated driving. Audi Automated Driving Development (A2D2) gathers data by using a prototype car. Due to the large amount of data that is gathered and labeled manually, this is a costly process.

Through the use of data analysis and artificial intelligence, Dr. Roldan and Professor Chiazza’s areas of study, they hope to accelerate the costly process for detecting and labeling data, as well as improve the quality of the data. Additionally, they aim to integrate their solution with the existing pipeline and automate as much as possible.

Margarita Vigodner

Cell Cycle Regulation During Meiosis and in Spermatogonia Stem Cells

Margarita Vigodner, Stern College; Rana Khan, Katz School

Read more

Cell Cycle Regulation During Meiosis and in Spermatogonia Stem Cells

Faculty Leads:

This project will focus on the misregulation of the cell cycle in testicular cells and study how it can lead to infertility or testicular cancer. The goal is to obtain new information about cell cycle regulation in normal and cancerous cells, particularly through studying a recently identified protein that may play an important role.

Katz School graduate students will be involved in all aspects of the proposed research, and they will be trained in a variety of advanced cell and molecular biology techniques. In the past, Katz graduate students involved in projects such as these have published as co-authors on peer-reviewed publications.

""

Machine Learning Methods in Consumer Lending

Philip Kalikman, Sy Syms School of Business; Andy Catlin and Brandon Chiazza, Katz School

Read more

Machine Learning Methods in Consumer Lending

Faculty Leads:

Artificial intelligence and machine learning models have increasingly been used to determine eligibility and interest rates for consumer debt. However, existing research on the adoption of these technologies is limited due to lack of model transparency.

This project aims to implement a modern neural network model of consumer credit performance and compare the model against an existing structural model. These findings will have broad implications for how fintech and mainstream lenders build and deploy artificial intelligence and machine learning models, and for the trillion-dollar consumer credit industry more broadly.

""

Improving Commercial Success of Innovations Led by Women in STEM

Lorraine Marchand, Katz School

Read more

Improving Commercial Success of Innovations Led by Women in STEM

Faculty Lead:

The number of women entrepreneurs in STEM lags far behind the number of men. Only 20% of Fortune 500 chief innovation officers are women, women founders represent 2-3% of venture capital investments, women make up 2-3% of venture capital partners, and there is a 16% gender wage gap among STEM professionals. Half as many women as men are likely to start their own business, and 95% of women who do start their own business fail within a year because they can’t secure funding and other necessary support. 

In this project, Lorraine Marchand will work with women entrepreneurs in the early stages of their technology startups. She will implement and evaluate the effectiveness of the approach described in her book, The Innovation Mindset: Eight Essential Steps for Transforming Any Industry, as well as her Resource Guide for Women Innovators, to increase the chances of commercial success for women innovators in STEM. The work is intended to raise the profile and number of women entrepreneurs in STEM and to demonstrate that women innovators can raise funds and experience commercial success by following a structured process and with appropriate coaching and support.

""

Healthy Aging: A Wellness Intervention Program

Amiya Waldman-Levi and Alexandra Wagner, Katz School; Jeanine Stancanelli, Mercy College

Read more

Healthy Aging: A Wellness Intervention Program

Faculty Leads:

There is evidence that social-emotional factors contribute to older adults’ engagement and satisfaction in life despite a decline in physical and mental health as they age. This collaborative project between the Occupational Therapy program at Mercy College and the Katz School’s Occupational Therapy Doctorate program will test the effectiveness of health, aging and wellness (HAW) group programs.

The research team will conduct a pilot study comparing in-person and remote delivery of the HAW programs for older adults living independently in a community. The program combines yoga, hope theory and mindfulness to support physical, mental and emotional aging in place. This work builds on a preliminary study in which the researchers found that the newly developed HAW program had a positive impact on older adults’ sense of hope.

""

Improving the Quality of Frozen Food Products Using Micro-thermography

Ran Drori, Stern College and Katz School

Read more

Improving the Quality of Frozen Food Products Using Micro-thermography

Faculty Lead:

The focus of this project is to measure and understand the kinetics of ice recrystallization, ice nucleation, and growth in frozen food products using micro-thermography (infrared-based imaging). Understanding the mechanism of ice recrystallization imaging and the kinetics of ice growth and nucleation in frozen food will lead to the development of new manufacturing standards of food freezing rates, storage temperatures and the addition of ice recrystallization inhibitors.

The ultimate goal is to develop ways to improve the quality of frozen food products, limit food waste and loss caused by ice recrystallization, and improve quality by extending the storage time of frozen foods.

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