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Externally Funded Projects

Title: Scholarships for Success in Computational Science.
Lead PI: Thomas Hagedorn, Mathematics & Statistics
Co-PI: Monisha Pulimood, Computer Science
Evaluator: Diane Bates, Sociology
Project URL: http://pulimood.pages.tcnj.edu/research/
Brief Description: This grant forms the basis of a sustainable initiative to recruit, retain and graduate more students in computer science and mathematics at TCNJ. The project will fund approximately 27 scholarships per year for computer science and mathematics students who will be organized into learning communities and engage in research focused on a common theme of computational science. The project will also provide significant advising, mentoring, and tutoring services that supplement those already provided by the college.
Funded By: National Science Foundation (NSF), Division of Undergraduate Education (DUE), Scholarships for Science, Technology, Engineering and Mathematics (S-STEM), NSF Award #1356235.
Funded Period: Academic Years 2014 – 2018.


Title: EAGER: Algorithms for Synthetic Gene Library Design.
Lead PI: Dimitris Papamichail, Computer Science
Co-PI: J. Rob Coleman, SUNY – Farmingdale State College
Brief Description:This grant will enable exploration of the combinatorial design of synthetic gene variants to aid the construction of large scale, purposed libraries. The aim is to assay the most important sequence features which determine gene expression, while minimizing experimental cost and maximizing the exploration of the coding landscape.
Funded By: National Science Foundation (NSF). CCF Division of Computing and Communication Foundations. NSF Award #1418874.
Funded Period: Academic Years 2013 – 2015.


Title: TUES: Collaborating Across Boundaries to Engage Undergraduates in Computational Thinking.
Lead PI: Monisha Pulimood, Computer Science
Co-PI: Kim Pearson, Journalism
Evaluator: Diane Bates, Sociology
Project URL: http://pulimood.pages.tcnj.edu/research/
Brief Description: To develop a model for students and faculty to collaborate across diverse disciplines and with a community organization to develop technology-based solutions to address complex real-world problems. As a proof-of-concept, this project focuses on collaboration between computer science and journalism faculty and students, and the Habitat for Humanity to address the problem of pollution in targeted neighborhoods of Trenton, NJ.
Funded By: National Science Foundation (NSF), Division of Undergraduate Education. NSF (DUE), Award #1141170.
Funded Period: Academic Years 2012 – 2015.


Title: Giving the Maestro a Human Heart: Fostering Creativity in a Multi-Disciplinary Undergraduate Environment
Lead PI: Andrea Salgian, Computer Science
Co-PIs: Chris Ault (IMM), Teresa Nakra (Music), Jennifer Wang (Mech. Engineering)
Project URL: http://www.tcnj.edu/~conducto/
Brief Description:The “Conducting Robots” project at The College of New Jersey is a platform for teaching interdisciplinary teamwork and creative problem solving to undergraduate students in Engineering, Interactive Multimedia, Music, and the Sciences. Students work collaboratively to design and build human-scale robots and abstract animations that conduct the TCNJ Orchestra at the end of each semester. The students develop expertise in building real-time systems that perform functions in music listening, pitch and tempo estimation, beat tracking, emotion/gesture generation, and score following. The student-designed and student-built robots interact directly with musicians and receive feedback that is then applied toward iterative design and revision of the musician-robot interaction.
Funded By: National Science Foundation (NSF). Award #0855973.


Title: COMTOR: Enabling Students and Educators to Automatically Assess Software Documentation and Source Code Comments
Lead PI: Peter DePasquale, Computer Science
Co-PI: Miroslav (Mike) Martinovic, Computer Science
Project URL: http://www.comtor.org
Brief Description: COMment MenTOR (COMTOR) is a toolset for automatically assessing the quality of source code comments. Since comments possess a more free-form nature than most constructs in traditional programming languages, the process of grading this type of documentation requires a significant amount of manual effort. COMTOR will automate and reduce the effort of grading comments. At the same time, the use of COMTOR will give students a feedback process which allows them to self-assess the quality of their comments before submitting assignments for grading. A comprehensive assessment will determine whether the quantity and quality of commenting improves with the use of COMTOR as well as establishing whether advanced or introductory programming students benefit more from its use.
Use of COMTOR may lead to improvements in the frequency with which students write and modify comments, and the quality of the comments themselves. Comments and other documentation which encourage the practice of reflective design and continuous evaluation during development have the potential for a transformative effect on the software industry.
Funded By: National Science Foundation (NSF).


Title: Broadening Participation in Computing via Community Journalism
Lead PI: Ursula Wolz, Computer Science
Co-PIs: Kim Pearson (English) and Monisha Pulimood (Computer Science)
Project URL: http://www.tcnj.edu/~ijims
Brief Description: The Interactive Journalism Institute for Middle Schoolers (IJIMS) was designed to introduce middle schoolers from underrepresented populations to opportunities in computing by following the shift of journalism onto the Web. Through the institute, middle school students and their teachers create an online magazine to learn computational thinking via digital media, interactive graphics, animation, video and database design in a collaborative setting. They gain confidence in their computational and writing skills and to share their online magazine with family, friends and teachers.
Funded By: National Science Foundation (NSF). DUE-CISE Division of Undergraduate Education. Award #0739173.
Funded Period: Academic Years 2007 – 2011.

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