Summer Research Institute
The HSRI is an eight week (June-July) educational activity intended to foster innovative thinking, interdisciplinary research collaboration among and between Honors scholars, near-peer review/mentoring.
Each week, participants will be introduced to and explore the wide-range of research done at NJIT through near-peer research presentations, discussions and critiques. These weekly sessions will be moderated by Honors faculty and staff.
Given the value of this educational experience, full participation in the HSRI will entitle a scholar to a one Honors coursework reduction. A pre-requisite for participation in the HSRI is full-time research at NJIT during the eight week term that the Institute meets. While we expect all interested scholars to apply for support through other mechanisms (ex. Provost Summer Research Fellowship), there are a very limited number of fellowships to support Scholars’ faculty-directed research during the HSRI term.
All application forms and proposals MUST be received by 5 PM EST on April 19.
Registration information for HSRI can be found here. If additional information is needed, email Honors@njit.edu
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DaSilva, Matthew M. |
Do Younger and Older Adults Have Increased Muscle Co-Contractions During Walking Over Uneven Compared to Even Surfaces? |
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Ji, Katherine |
The Effects of Total Sleep Deprivation on Cognitive Function and Hemodynamics using functional Near Infrared Spectroscopy |
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Kadam, Anuradha |
Analysis of Long-Term Energy and Thermal Comfort Performance of a Net-Zero Energy House |
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Kannan, Manisha |
A Novel Representation of Pressure Drop-Flow Rate-Roughness Ratio for Pipe Flow: Revisiting the 80-year Old Moody Chart |
| Koli, Vrushali | Analysis on Accessibility and Needs of Healthcare Facilities in the Tri-State Area by Integrating GeoSpatial and Social Media Data |
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Lederman, Dylan |
Examining Parameter Estimation Unidentifiability in Dynamic Models |
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Munoz, Steven |
Eight-Legged Coordination: Locomotive Gait of Tardigrades |
| Naeem, Zoraiz | Improving Collaboration, Motivation and Engagement with Participatory Learning |
| Patel, Akaash | Geoacoustic inversion in the ocean using generalized additive models and neural networks |
| Pugliese, Andre D. | Using Long-Read Sequencing to Assemble Genomes with Repetitive DNA: A Simulation Study |
| Riggs, Lindsey | Apolipoprotein 4 and Cholesterol Packaging in Alzheimer’s Disease |
| Senthilkumar, Shiva | Dynamics of Generalized Half-Center Oscillator Neuronal Networks |
| Shah, Nitya | Models of Parasitism: Quantifying the Morphological Evolution Between Social Parasites and their Hosts |
| Singh, Divjyot | An Algorithm for Restructuring of Coated Soot Aggregates |
| Torsiello, Joseph | Retrieving Mosquito Population Density from Entomological Lidar |
| Tuma, Michael | Ultrasound to Determine Porosity of Nano Pores in Shale Before and After Softening |
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Varshney, Shruti |
Resting State fMRI and Thalamocortical Connectivity with Parkinson’s Disease |
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Vought, Rita |
Neural Mechanisms for the Discrimination of Large and Small Moving Sensory Images |
| Vought, Victoria | A Literature Review of the Role of Neuromodulation in Circadian Signaling |
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Agrawal, Parth |
Hippocampal Oscillation Changes During Sleep Cycles |
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DeOliveira, Maria |
Effects of UV exposure on the mechanical behavior of Polylactic Acid |
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Goswamy, Nishaant |
Influence of Autonomous Vehicles on Human Driving Behavior |
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Ji, Katherine |
An Exploratory Study into the Effects of Total Sleep Deprivation using fNIRS |
| Kannan, Manisha | Comparison of Different Cross Linked Apocynin-Loaded Albumin Nanoparticles (apoANP) Formulations and Characterization: Potential Application in Traumatic Brain Injury |
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McGlew, Brian |
Treatment of Contaminated Sediments with Ozone Nano Bubbles and Ultrasound |
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Mina, George Ehab |
Fabrication of a Microscope Stage Compatible Incubator for Live Cell Imaging |
| Patel, Chandni | Changes in Synaptic and Axonal Proteins as a Function of Time in Blast-Induced Traumatic Brain Injury |
| Reyes, Xavier | The Effect of Land Area on Ecological Niches: A case study with ants and islands |
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Tanis, Gregory |
Commercial Autonomous Lawn Mower |
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Winfield, Zenit |
Rodent to human scaling laws: The evaluation of biofidelic materials for the rat head model under shock wave loading |
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Callaghan, Jennifer |
Ballistic Armor Composite Metamaterials |
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Daudelin, Daniel |
Compensatory Neuronal Plasticity Mechanisms in response to Insertion of Exogenous Genes |
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DeMottie, Katherine |
Edicole Sparita in Rome’s Eleventh Rione and the Historic Jewish Ghetto |
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D'Souza, Caroline |
Optimization of 3D Printed Hybrid Scaffolds |
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Gould, Laura |
Urban Infrastructure and Apparent Religious Devotion in Rome, Italy |
| Grajales, Jonpierre * | Analysis and Simulations of Vortex Beam Propagation and Polarization Properties |
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Marsh, Richard |
Intense Ultrasonic Waves in Fluids: Nonlinear Behavior |
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Naeem, Zoraiz |
Topologically Protected Domain Boundary Modes in Metamaterials |
| Patel, Kush * | Expediting the process of Food Waste Decomposition through Anaerobic Digestion |
| Paul, Reshma * | Application of Antibacterial Peptide Hydrogels in Diabetic Wound Healing Model |
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Pavuluri, Swathi |
Measuring Susceptibility to Seizures After Blast-Induced Traumatic Brain Injury in Rats with Alzheimer’s Disease |
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Rejouis, Beatrice |
The Effect of Breeding on Thoroughbred Race Horse Durability |
| Uddin, Arif * | Wealth and Secularization in the Eternal City |
(* indicates funding via the 2018 Provost Summer Research Fellowships awards)
Read about the Honors College Debuts Program Promoting Undergraduate Research here.
Collage of photos of the 2018 HSRI Recipients with Dr. Dobiszewski, click here to see complete gallary of photos.
NJIT's 11th International Undergraduate Research Symposium, read the article here.
(Above, left to right) Dean Louis I. Hamilton, Honors College, Laura Gould, Katherine DeMottie, and Arif Uddin, just a few of the students who participated in the Undergraduate Research Symposium. Click here for a complete gallery of photos.
Undergraduate Research Snapshot: Jennifer Callaghan Investigates Bullet-Proof Armor, read the article here.
(Above) Jennifer Callaghan (center) and Ayushi Sangoi, a biomedical and chemical engineering major, use an impact hammer to conduct modal testing, a form of vibration testing, as adviser Kyle Dobiszewski looks on. This type of testing characterizes the frequency response of a sample material — in this case, a commercially available ballistic fiberglass panel. Their work is supported by an FY18 Faculty Seed Grant.