Enhancing Thermal Performance in PQFN Packages Using Diamond Heat Spreaders

Improving power electronics by using diamond to keep devices cooler, reducing heat dissipation for better performance and reliability.

Mentor:

Program: MORE

Investigating the Mechanical Stability and Photoluminescence Behavior of MAPbI₃ Perovskite Films with Natural Polymer Additives

Biopolymer additives enhance mechanical stability of MAPbI₃ perovskite films, improving durability and performance in flexible solar cells.

Mentor:

Program: GCSP research stipend

Advanced Contact Mechanism for Robot Ankles

A robot that adapts its gait to any terrain, seamlessly switching between four-legged stability and two-legged agility with durable design.

Mentor:

Program: MORE

Machine Learning for Exercise Form Correction using Pose Detection and Camera Tracking

Exploring a machine learning approach for real-time exercise form correction.

Mentor:

Program: FURI

Optimizing Polymeric Nanoparticle Fabrication Using a Design of Experiments Approach to Enhance Physicochemical Properties

Engineering drug-loaded nanoparticles with the optimal parameters to efficiently cross the blood-brain barrier and treat the effects of TBI.

Mentor:

Program: FURI

Hydrothermal Liquefaction of Plastic Waste with Solvent Co-Processing for Bio-Oil Production and Upgrading to Sustainable Aviation Fuel

Turning plastic waste into jet fuel using HTL and distillation — reducing pollution and creating sustainable aviation fuel.

Mentor:

Program: FURI

Integration of Virtual Reality in K-12 Education

Exploring VR in K-12 education to improve communication, skills and global collaboration while comparing its impact to traditional teaching.

Mentor:

Program: FURI

Developing a Bacterial Model for Turing Pattern Emergence with Quorum Sensing Circuitry

Understanding Turing Pattern formation in the context of QS systems may yield evolutionary insights into pattern formation.

Mentor:

Program: FURI

Biomimetic Seal Whisker Sensors for Enhanced Underwater Robot Navigation

Seal whisker sensors unlock precise underwater navigation, transforming robotics for ocean research and conservation.

Mentor:

Program: FURI

Applications of Sulfate Reduction as a Bioremediation Treatment for Mining-Influenced Water Streams

Exploring sulfate reduction as treatment within mining-impacted water can have applications in improving water quality of affected streams.

Mentor:

Program: FURI

Microwave Non-Destructive Evaluation Using Conformal Metasurface Antennas

The use of metasurface antennas could reduce the cost and complexity of tomographic sensing systems for use in non-metallic structures.

Mentor:

Program: FURI

Using Machine Learning to Assess the Impact of Tires on Carbon Footprint

Studying the carbon footprint of tires will help understand environmental impacts of electric vehicles that are assumed to be sustainable.

Mentor:

Program: FURI

Synthesis of Carbon Storage Reservoir Storage Durations: a Literature Review

Key to development of carbon dioxide removal standards is the understanding of just how long different carbon reservoirs can hold carbon.

Mentor:

Program: MORE

Kyle Hu and Jia Zou look at a screen

Shunjie "Kyle" Hu Computer science

It closes the gap in evaluating complex AI/ML-SQL inference queries, comparing databases, and integrating with the CactusDB systems.

Mentor:

Program: FURI

Analysis of Heat Generation and Dissipation of a Raspberry Pi Pico in a Vacuum

Quantifying and analyzing the heat generated by a Raspberry Pi Pico microcontroller in order to devise cooling solutions for satellites.

Mentor:

Program: FURI

Using Natural Language Processing on EMS Call Recordings to Provide Clinically Relevant Outcomes

Natural language processing is an effective tool to predict clinical needs of EMS patients prior to arrival in an emergency department.

Mentor:

Program: FURI

Antimicrobial Susceptibility Testing on Urine Samples Through Object Scattering Intensity

Quicker antimicrobial susceptibility testing will lead to faster antibiotic prescriptions, inhibiting the spread of antibiotic resistance.

Mentor:

Program: FURI

Swelling Behavior of Single-Layered Polyurethane Films for Optimized Drug Delivery

Analyzing PPU 4 and PPU 10 swelling behavior will optimize drug release, leading to more precise and effective controlled delivery systems.

Mentor:

Program: FURI

Variable Inductor Controlled by Piezoelectric Actuation

Using piezoelectric actuation to control variable inductors will help produce precise DC voltage-controlled inductors.

Mentor:

Program: FURI

4D Printed Structures with Tunable Surface Roughness Based on Hygro-responsive Polymer and Vat Photopolymerization

Design and fabricate a structure capable of dynamically interacting with its surroundings through adjustable surface roughness.

Mentor:

Program: FURI

Zeolite Membrane Simulation for Ultra-Deep Dehydration of Organic Solvents in Semiconductor Industries

Optimizing zeolite membranes for organic solvent dehydration, reducing energy consumption and improving industrial solvent purity.

Mentor:

Program: FURI

Enhancing Electrical Contacts in Solid-state Batteries

SSBs offer advantages over liquid-electrolyte Li-ion batteries such as higher energy density, improved safety, and longer lifecycles.

Mentor:

Program: FURI

Method to Measure Intracranial Pressure Wirelessly Using Remote Powering by Ultrasound

Testing a remote impedance measurement system will tie intracranial pressure (ICP) to cerebral impedance as a solution for monitoring ICP.

Mentor:

Program: MORE

Point-of-Load Pulse Emulator for High-Performance Power Converter Testing

Developing an electrical network to test pulsed power converters with applications in the medical, materials science, and defense sectors.

Mentor:

Program: FURI

Nanosphere Lithography-based Antireflective Metasurface for Enhanced Solar Absorption

Developing a durable and efficient antireflective coating to maximize solar panel light absorption.

Mentor:

Program: MORE

Full Duplex System for Simultaneous Transmit and Receive MRI Systems

Developing a Simultaneous Transmit and Receive MRI will provide medical professionals with more accurate information at lower energy costs.

Mentor:

Program: FURI

Enhancing Atmospheric Water Harvesting with Cross-Flow Heat Exchangers

Integrating crossflow heat exchangers into Atmospheric Water Harvesting system to improve water collection efficiency and reduce energy use.

Mentor:

Program: MORE

Supervised Learning for Early Detection of Chronic Diseases Using Wearable and Other Health Data in NHANES

Leveraging supervised machine learning models to analyze wearable and medical data for early detection of pre-diabetes.

Mentor:

Program: FURI

Nitinol-Enhanced Wireless Radiofrequency Coils: Advancing MRI Diagnostic Technology with Shape-Memory Alloys

Implementing shape-memory alloy coaxial cores in wireless RF coils enhances MRI quality, reduces costs, and improves patient comfort.

Mentor:

Program: FURI

Characterization of Shoulder Joint Stiffness Across 3D Arm Postures Using an Exoskeleton Robot

Characterizing shoulder stiffness with an exoskeleton robot allows for the development of rehabilitation therapies for mobility disorders.

Mentor:

Program: FURI

Increasing Perovskite Mechanical Stability and Tunability Using 2D Perovskites

By studying the mechanical adhesion and tunability of 2D perovskite optoelectronic properties, stability improvements are achieved.

Mentor:

Program: FURI

Optimizing TCR Embeddings: Reducing Data Requirements for Efficient Model Performance

Reducing the data required for training deep learning models can improve accessibility, reduce computational costs, and accelerate research.

Mentor:

Program: FURI

3D-Printed Auxetic Metamaterial-Integrated FBG Sensor: a Wearable Health Monitoring Approach

Design and engineer metamaterial-based FBG sensors with a negative Poisson’s ratio to enhance strain amplification and sensitivity.

Mentor:

Program: MORE

Effects of Cohesion in Discrete Element Method Contact Models

Analyzing particle contact models enables more accurate and realistic computer simulation predictions for real-world situations.

Mentor:

Program: FURI

Shriya Danekar runs dirt through her fingers in a drainage ditch

Shriya Padmanabh Danekar Environmental engineering

Analyzing 45 years of stream flows and connecting them with historical drought data to model regional streamflow in the western U.S.

Mentor:

Program: GCSP research stipend

Integrating Real-Time Cloud APIs with Large Language Models for Customized Business Solutions

Connecting Large Language Models to real-time data helps businesses make faster, smarter decisions and improves customer experiences.

Mentor:

Program: FURI

Improving Manufacturability of LiPON for Use in Solid-State Batteries Through Rapid Open-Air Sintering

Studying how novel heating techniques improve solid-state electrolyte production will facilitate development of safer and cheaper batteries.

Mentor:

Program: FURI

Merging Large Language Models: Threats and Opportunities

AI models can be "merged" to expand their knowledge. We assess its effect on safety and detectability in creating trustworthy AI systems.

Mentor:

Program: FURI

Utilizing Machine Vision for Accurate Identification and Classification of Skin Diseases

Enhancing dermatological care through AI-powered skin disease detection, enabling faster, more accurate, and accessible diagnosis for all.

Mentor:

Program: FURI

Computational Examination of Chlorine Evolution Reaction (CER) Catalysts for PFAS Remediation

Designing more affordable catalysts for degradation of PFOA in water with density functional theory.

Mentor:

Program: Guest Researcher

Implications of Nitinol Usage for Linear Actuation in Antenna Systems

This research pertains to gauging and measuring the efficiency of using nitinol wire configurations to stow and extend a satellite antenna.

Mentor:

Program: GCSP research stipend

Predicting & Analyzing DUI with Statistical Modeling

This research uses predictive modeling and statistics to identify DUI patterns, helping us as a society to tackle this major global issue.

Mentor:

Program: FURI

Metasurface Simulation

This MATLAB GUI visualizes EM wave propagation and metasurface interactions, aiding beamforming research for sensing and health monitoring.

Mentor:

Program: FURI

Practical Application of Unmanned Aerial Vehicle (UAV) During Asphalt Pavement Construction

UAVs in asphalt paving projects will improve safety during construction and provide real-time monitoring to improve pavement durability.

Mentor:

Program: FURI

Characterizing Radiation-Induced Ion Defects in Perovskite Semiconductors for Self-Healing in Space Electronics

This research on characterizing radiation-induced defects in perovskites allows for better understanding of their behaviors after exposure.

Mentor:

Program: FURI

Enhancing Accuracy in Accessible Motion Capture Technology

Improving access to reliable biomechanics data will improve public health and enhance human mobility across the globe.

Mentor:

Program: FURI

Analyzing Single-Cell RNA Sequencing Data to Classify Cell States

The cell cycle classifier (ccAF) breaks down genomic (scRNA-seq) data to increase researchers’ knowledge of disease and pathobiology.

Mentor:

Program: FURI

Enhanced Reprocessabilty of Carbon Capture Adsorbents Through Dynamic Covalent Networks

Demonstrating reprocessable CO2-absorbent polymers using dynamic covalent cross-links enables critical sustainable CO2 capture solutions.

Mentor:

Program: FURI

Guardian Angel: AI-Driven Daily Life Planning System

Integration of APIs with LLMs enables a smart AI assistant to personalize daily schedules with adaptability, safety, and efficiency.

Mentor:

Program: FURI

Enhancing Low-light Traffic Monitoring at Intersections Using Event-based Vision Systems

Improving night-time traffic monitoring using event cameras to make intersections safer for drivers, cyclists, and pedestrians.

Mentor:

Program: FURI

Enhancing Operating Systems Courses through Automated Assessment

Designing tools to support automated assessment of C programming assignments will improve student outcomes and the accuracy of grades.

Mentor:

Program: FURI

Nontoxic Material Design Using Tin-based Perovskites for Sustainable Energy Production

Advancing the uniformity and efficiency of lead-free perovskites for the development of solar windows.

Mentor:

Program: GCSP research stipend

Expansion of Underwater Tracking Capabilities

This research will explore LiDAR’s effectiveness in expanding maritime defensive capabilities.

Mentor:

Program: FURI

Slow-tempo Music and Fine Motor Control in Functional Performance Tasks

Exploring slow-tempo music’s impact on motor control may optimize rehabilitation and training methods in clinical and therapeutic settings.

Mentor:

Program: FURI

Design Automation for Ultrasonic Transducer Cooling

Automating design and manufacturing of optimized transducer cooling systems will improve ISAM capabilities and power ultrasonics packaging.

Mentor:

Program: FURI

Developing Electron Beam Powder Bed Fusion (EB-PBF) Parameters for Copper in Biomedical and Aerospace Applications

Using EB-PBF for copper to melt powder by layer to manufacture parts can create complex conductive and biologically compatible technology.

Mentor:

Program: FURI

Tailoring the Diffusive Behavior of Nanoparticles in Polymer Nanocomposites Via Interfacial Engineering

Polymer Nanocomposites that heal themselves when damaged to create long-lasting materials reduce plastic waste and support sustainability.

Mentor:

Program: MORE

Immunohistochemical Analysis of Immune Responses to Xenotransplanted Trophoblasts

Preventing immune system rejection of reintroduced insulin-producing cells by modifying a potential type 1 diabetes cure.

Mentor:

Program: FURI

Developing a Simulation Framework for Modeling Aerodynamic Proximity Effects

Simulation framework with Gazebo, ROS2, MAVROS, and ArduPilot to analyze rotorcraft aerodynamics near surfaces, boosting indoor stability.

Mentor:

Program: FURI

Evaluating Agar Hydrogels with Bupivacaine as a Potential Local Anesthetic for Post-Operative Patients

This study will focus on the synthesis of an agar hydrogel and testing its potential as a drug deliverable as a local anesthetic.

Mentor:

Program: FURI

Event Camera Simulators: Survey

Researching event camera simulators to show they can never fully replicate real event cameras will educate researchers on their limitations.

Mentor:

Program: GCSP research stipend

AI-Powered Adaptive Robotics Arm for Enhancing Elderly Independence

Developing an AI-driven robotic arm that learns user habits to help the elderly maintain independence and reduce caregiver burden.

Mentor:

Program: FURI

Global Crop Field Delineation with SAM-Based Segmentation and LSTM-Based Pixel Classification

Advancing precision agriculture with AI-powered segmentation and classification for better crop yield monitoring and resource allocation.

Mentor:

Program: MORE

Evaluation of Touchless Navigation for Health Records Via Hand Gesture Recognition with and without Eye Tracking

Studying the effect of eye tracking on an alternative touchless method for navigating electronic medical records.

Mentor:

Program: MORE

Biomaterial-mediated Controlled Release of Inflammasome Modulators for Diabetic Tissue Repair

Expediting the wound healing process reduces the burden on healthcare systems, enhances patient quality of life, and lowers complications.

Mentor:

Program: FURI

Optimizing Perception Capabilities of Autonomous Vehicles Through V2I Late Fusion using Kalman Filter

Making self-driving cars safer by combining vehicle sensor data with roadside unit camera data using V2I communication and sensor fusion.

Mentor:

Program: MORE

Predicting Mental Health Struggles Using Machine Learning Models and Screen Time Behavior

Using machine learning to analyze screen time and app usage patterns to identify mental health struggles related to brain-body coherence.

Mentor: ,

Program: FURI

Open-Air Spray Coating of Ultrathin Aluminum Oxide for Stable Semiconductor Packaging

Studying the processability of a thin film aluminum oxide barrier coating to prevent water vapor penetration using an open-air spray coater.

Mentor:

Program: FURI

Artificial Intelligent Materials Crystal Classifier ( A.I.- MC2)

Developing custom machine learning algorithms will expedite the current labor intensive x-ray diffraction analyses of materials.

Mentor:

Program: FURI

Using Digital Image Correlation to Map and Quantify Localized Strain During Tensile Testing of an Electrospun Fibrous Scaffold

Using electrospun scaffolds to direct stem cell behavior for tissue engineering purposes has the potential to enhance healing post-injury.

Mentor:

Program: FURI

Enhancing Self-Contemplation Techniques and In-context Training for T Cell Receptor Generation for Novel Epitopes Using Language Models

Computational TCR generation accelerates immunotherapy, cuts wet lab costs, and improves viable TCR discovery for targeted treatments.

Mentor:

Program: MORE

Millimeter Wave Fiducial Markers for UAV Operation in GPS-Denied Environment

Enhancing drone navigation in GPS-denied areas using mmWave radar and smart reflectors, enabling reliable, autonomous landings anywhere.

Mentor:

Program: FURI

Designing Prime Editing Guide RNA for BIN1 Gene: a Therapeutic Method for Late-onset‬ ‭ Alzheimer’s Disease

Designing pegRNA for BIN1 will enable targeted therapies and precise medicine for Alzheimer’s Disease. ‭

Mentor:

Program: FURI

Megan Murphy and Jennifer Blain work with equipment in a lab

Megan Berry Murphy Biomedical engineering

Automating reagent handling in diagnostic device fabrication reduces production time and improves accessibility to rapid disease testing.

Mentor:

Program: MORE

Transcranial Direct Current Stimulation (tDCS) Effect on Motor Skill Transfer Across Tasks

Investigating how the effects of tDCS transfer across similar tasks can help refine therapeutic interventions and rehabilitation techniques.

Mentor:

Program: FURI

Leveraging Data Science Techniques to Classify Eczema in Medical Imaging

Developing an AI model for eczema classification reduces reliance on doctors and expands healthcare accessibility through telemedicine.

Mentor:

Program: FURI

Applications of Robot Concept Invention in Novel Indoor Environments

Develop and investigate applications of autonomous concept formation for robots that operate in indoor environments.

Mentor:

Program: FURI

From Powders to Power: Blade-Coated CsPbX₃ Films for Efficient Alphavoltaic and Optoelectronics Applications

Scalable blade-coated CsPbX₃ films enable low-cost ambient-processed perovskites for alphavoltaic and optoelectronic devices.

Mentor:

Program: Guest Researcher

Comparing Nanostructured MFI vs DDR Zeolite Membranes Used to Promote Lithium Ion Flux in Li-ion Batteries

Studying and creating zeolite-based filters within a battery can help improve its efficiency and longevity.

Mentor:

Program: FURI

Low-Cost Origami-Inspired Robot for Adaptive Navigation Using a Flexible Spine in Constrained Environments

A low-cost, origami-inspired quadruped with a flexible spine for agile navigation in tight spaces — ideal for rescue and exploration.

Mentor:

Program: MORE

Modeling of Space Modulated Junction Termination Extensions for High Performance NiO/β-Ga₂O₃ Heterojunction Devices

Optimizing NiO/β-Ga₂O₃ diodes will make β-Ga₂O₃ devices more commercially viable for high-power applications like renewable energy and EVs.

Mentor:

Program: Guest Researcher

Generating Near-optimal Solutions for the Traveling Salesman Problem (TSP) Via Reinforcement Learning (RL)

Using RL to generate near-optimal solutions to TSP will improve solution quality, enhancing efficiency across important industries.

Mentor:

Program: FURI

Automated Assessment Through Feedback Generation in the C Language

An auto-grader will improve student success and inform the computing field about approaches to automated assessment of upper-level courses.

Mentor:

Program: FURI

Establishing Cryptographically Secure Communication Channels Between Batteryless and Battery-powered IoT Devices

Enabling batteryless devices to securely communicate with traditional devices to make these eco-friendly devices safer for practical use.

Mentor:

Program: FURI

Utilizing 3D Acoustic Properties of Acoustic Metamaterials to Make Atmospheric Water Harvesting More Efficient

Researching different types of specific material properties to help efficiently capture moisture in the air in dry climates.

Mentor:

Program: FURI

Analysis of Different Machine Learning Models to Detect Phishing Websites

This research leverages machine learning techniques to detect phishing websites with a higher accuracy than humans can distinguish.

Mentor:

Program: FURI

Synthesis of Hydroxyapatite Bone Mineral from Calcium and Phosphate Precursors Via Sol-Gel Chemistry For Conformal Orthopedic Implant Coatings: Phase II

The development of non-metal bone fixation devices comprised of advanced composite biomaterials utilizing natural bioceramics and polymers.

Mentor:

Program: FURI

Bias-Proof Math: Evaluating LLM Generalization

Studying how subtle biases trigger LLM math errors will help develop more reliable AI for safer, smarter decision-making.

Mentor:

Program: FURI

Personal Biometeorological Station Based on Cylindrical Radiation Thermometers and Turbulence Accounting Anemometers

A personal biometeorological station to measure extreme human heat exposure can improve health by enabling informed behavioral decisions.

Mentor:

Program: FURI

Pre-osseointegrated Implants: In Vitro Osteogenesis from Human Osteoblast Cell Lines on Titanium Root Form Dental Implants

Investigating lab-grown bone on dental implants will help improve success rates, reduce infection risk, and enhance patient outcomes.

Mentor:

Program: FURI

Energy-Efficient Recycling of Cross-Linked Polyethylene (XLPE) Using Electricity-Based Pyrolysis

Developing a scalable method to recycle XLPE, converting it into valuable carbon composites and reducing thousands of tons of plastic waste.

Mentor:

Program: FURI

Enhancing Flip Chip Reliability with Gallium Liquid Metal Solder Joints

Gallium liquid metal solder better accommodates semiconductor chip package stress/warpage and enables room-temperature assembly.

Mentor:

Program: Guest Researcher

Developing Robust Transcription Models for Ambulance Call Data Using Domain Randomization Techniques

Using Domain Randomized fine-tuning to reduce errors while transcribing noisy hospital audio recordings ensures accurate documentation.

Mentor:

Program: FURI

AI in Project Risk Management

Comparing and researching various risk management tools will allow software startups to choose the best tool that fits their needs.

Mentor:

Program: FURI

OpenFPGA-NOC: Push Button Flow for Automatic Generation of Custom NoC-based Reconfigurable Chips

My research enables automatic development of complex Network-on-Chip (NoC)-based reconfigurable chips for accelerating applications like AI.

Mentor:

Program: Guest Researcher

Promoting Engagement in Fluid Dynamics Through Interactive Vortex Cannon Demonstrations

Providing a hands-on interactive vortex cannon demonstration will help promote engagement in fluid dynamics and aerosol-laden flows.

Mentor:

Program: FURI

The Impact of Climate Change on Pavement Lifespan

Using the Complex Shear Modulus to predict the impact of extreme temperatures on the durability of pavement materials.

Mentor:

Program: FURI

Syphilis Detection with the NasRED System

Expanding the NasRED system to test for syphilis may lead to cheaper and faster diagnosis.

Mentor:

Program: FURI

Microelectronics and Microplastics: Showcasing Environmental Breakdown Rates on Microelectronics

Studying microelectronic breakdowns in different environments will create a better understanding of micro-e-waste and material optimization.

Mentor:

Program: Guest Researcher

Energy-efficient Wafer Defect Detection Using Spiking Neural Networks

Developing an energy-efficient method for silicon defect detection allows assessment of production techniques in a more sustainable way.

Mentor:

Program: FURI

Evaluation of a Novel Small Molecule Drug in Vascular Dysfunction

Advancing vascular nanomedicine for improved treatment of cardiovascular disease.

Mentor:

Program: MORE

Reeyan Choudhury stands by power lines with a laptop

Reeyan Choudhury Computer systems engineering

Building a lightweight LLM to optimize user queries so large LLM models, like ChatGPT, have smaller responses, reducing energy use.

Mentor: ,

Program: FURI

Determining the Tolerogenic Capacity of Trophoblast-Derived Extracellular Vesicles (EVs) on Macrophage Cytokine Secretion

Literature suggests trophoblast extracellular vesicles have immunomodulatory factors with potential to replace immunosuppressive therapies.

Mentor:

Program: FURI

Optimizing Athletic Performance Through Wearable Sensors and Machine Learning

Integrating multi-sensor setups (accelerometers, gyroscopes, EMG, heart rate) that will provide real-time insights into athlete performance.

Mentor:

Program: FURI

Bridging the Sim-to-Real Gap in Autonomous Systems Using Learning from Demonstration

Examining how robots can learn efficiently from simulations, reducing real-world data collection while maintaining safety and stability.

Mentor:

Program: FURI

TCAD Modeling Aided by Physics-informed Neural Networks

Modeling the physics-informed neural network (PINN) after reliable simulation data aids for quick device development.

Mentor:

Program: FURI

Machine Learning-based Channel Prediction for Wireless Communication Efficiency

Improving wireless channel prediction using machine learning will enhance communication reliability, reduce latency, and boost efficiency.

Mentor:

Program: FURI

Cryothermal Measurements of Variable Emittance Coatings

Studying variable emittance coatings in a cold space environment will optimize thermal control energy use, improving spacecraft efficiency.

Mentor:

Program: FURI

Using Adenine-Based Copolymers to Realize Kinetic Single Crystals from DNA Nanoparticles

Developing methods for anisotropic crystal synthesis will advance technology for water splitting, supporting a sustainable hydrogen economy.

Mentor:

Program: FURI

Electric Vehicle Charging Adapter

Designing an electric vehicle charging adapter to unify various charging types will accelerate the nationwide adoption of electric vehicles.

Mentor:

Program: FURI

Optimization and Mechanical Performance of 3D-Printed Auxetic Structures: Effects of Geometry, Material, and Printing Parameters

Optimizing 3D-printed auxetic structures for energy absorption will improve protective gear and impact-resistant designs.

Mentor:

Program: MORE

Optimization of 3D Printing Parameters for Conductive Polymer Nanocomposites

Minimizing resistance in conductive 3D prints increases reliability for lightweight and electrically conductive applications.

Mentor:

Program: FURI

Manufacturing High-Quality Crystalline CsPbBr3 Perovskite Photoactive Films in Open Air

Studying the manufacturing of CsPbBr3 perovskite thin-film solar cells will provide a cheaper source of solar energy.

Mentor:

Program: FURI

Soft Robot Arm Prediction Using Machine Learning

Predicting the movement of soft robotic arms will enhance their safety, precision, and adaptability, benefitting human-robot interactions.

Mentor:

Program: FURI

Integrated Portable Heater for Point-of-care Devices

The integration of portable heating into a point-of-care device will expand its healthcare applications and increase access.

Mentor:

Program: FURI

Adjoint Optimization of Pin Fin Heat Sink

Optimizing a heat sink using adjoint methods will enhance thermal performance, leading to improved energy efficiency.

Mentor:

Program: MORE

Effects of Cognitive Task Difficulty on Reaction Time During Dual Tasking

Understanding cognitive load effects on reaction time can improve multitasking in driving, sports, and rehab.

Mentor:

Program: MORE

Intelligent 1300 V/60A Double-side Cooling GaN Power Module for Next-generation EV Powertrains

Exploring high-voltage wide-bandgap semiconductor power modules will enable faster and more efficient electric vehicle charging.

Mentor:

Program: FURI

Detecting Data Races Using Enhanced Memory Protection Keys

Enhancing data race detection with scalable memory protection keys to improve software security, reliability, and performance efficiency.

Mentor:

Program: FURI

Design of Beta-Phase Gallium Oxide Junction Barrier Schottky Diodes for Efficient Power Electronics

Testing the effects of various well sizes on Gallium Oxide with various N- and P- type semiconductor materials to increase efficiency.

Mentor:

Program: FURI

Effects of Calcium-binding Peptide Concentration and SBF Incubation Time on Electrospun Fiber Mineralization

Studying mineralization will allow us to create solutions that improve bone healing in the body.

Mentor:

Program: FURI

Optimizing Turning Behavior and Lighting Conditions to Reduce Carbon Emissions in Urban Driving

We are investigating various driving behaviors to reduce carbon emissions through turning behavior and lighting conditions.

Mentor:

Program: GCSP research stipend

Corrosion Inhibition of Mild Steel Using Ethoxylated Free Fatty Acid

Investigation of ethoxylated fatty acids as surfactants could unlock new green-derived corrosion inhibitors for gas pipelines.

Mentor:

Program: FURI

Battery Health Prediction of Lithium-ion Batteries From Impedance Spectroscopy Using Machine Learning

Utilizing Gaussian models to predict battery health from rapid measurements enables accurate degradation tracking to extend battery life.

Mentor:

Program: FURI

CO2 Absorption of DLS and Tin Oxide

A catalyzed tin oxide solution helps absorb the solution with sunlight and uses a DLS method for plants to absorb more light, bedding less.

Mentor:

Program: FURI

Predicting the Health of Lithium-ion Batteries Using Machine Learning

This study enhances battery lifespan predictions using ML, improving efficiency and sustainability in energy storage applications.

Mentor:

Program: FURI

Design of a Low-Cost Tactile Sensing System for Robotic Manipulation

Integrating robotic hand with flexible, cost-effective tactile sensor pads will enhance object manipulation and enable better interactions.

Mentor:

Program: MORE

AI- and IoT-Driven Traffic Management for Urban Congestion Reduction

Reducing congestion and emissions with real-time AI and IoT traffic control, improving safety and sustainability in busy cities.

Mentor:

Program: FURI

Improved Nutrient Retention and Sequestration of Post-Wildfire Soil Using Engineered Fungi Mycelium Bioremediation

Post-wildfire soil stabilization through bio-stimulation offers a sustainable approach to improving soil resilience and nutrient retention.

Mentor:

Program: FURI

From Lab to Industry: Starch as a Green Stabilizer for Cost-Effective Perovskite Solar Cells

We are exploring additives like starch to make perovskite solar cells more stable, affordable, and scalable for a greener future.

Mentor:

Program: FURI

Analyzing Single-Drop Granule Formation and Strength

Understanding wet granulation will improve production and transportation of materials by predicting properties of granules better.

Mentor:

Program: FURI

Improving Event Detection of Pt Nanoparticle Surfaces Through the Quantification of Fluxionality Using Image Processing

By understanding how Pt nanoparticle surfaces change, catalytic performance of Pt nanoparticles can be better understood and improved.

Mentor:

Program: FURI

Melt Pool Dynamic Impact on Laser Powder Bed Fusion (LPBF)

Studying melt pool dynamics for laser powder bed fusion to improve the quality of metal part production.

Mentor:

Program: FURI

Wired Communication in Optically Isolated System Gate Driving

Using fiber optic modules allows for better signal transmission in power converters with high isolation voltage requirements.

Mentor:

Program: FURI

Wayfinder: an Intelligent Robot Guide for the Visually Impaired

A robot dog that can both guide and help visually impaired individuals with simple tasks.

Mentor:

Program: MORE

Utilizing the L-Serine Transport System for Modularization of the Monoethanolamine Pathway

Co-culture engineering of the monoethanolamine pathway using L-serine transport could improve production of a CO2-absorbing chemical.

Mentor:

Program: FURI

Assessing Pathways for Green Hydrogen Production: a Comparative Study of Electrolysis and Electricity Techniques

Studying electrolysis system costs and efficiencies at the utility scale will support the broader adoption of hydrogen-based green energy.

Mentor:

Program: FURI

Adaptive Learning for Computer Science Education

Tracking student progress with data will help build personalized computer science lessons that improve mastery and retention.

Mentor:

Program: FURI

ESHA: Enhanced SHopping Assistance

Making online shopping smarter and faster by helping websites better understand what you’re really looking for using AI.

Mentor:

Program: FURI

Haptic-Viz: an Interface for Visualizing Free-form User Descriptions of Haptic Signals

Designing an interface visualizing user descriptions of haptic signals would allow multimodal researchers to analyze their characteristics

Mentor:

Program: MORE

Using Electrical Impedance Spectrum to Classify Brain Pathologies Causing Elevated Intracranial Pressure

Identifying the relationship between electrical impedance and intracranial pressure will help to develop novel ICP monitoring techniques.

Mentor:

Program: FURI

Camila De Barros Leandro works with equipment in a lab

Camila De Barros Leandro Biomedical engineering

Finding the mechanism that causes the death of neural cells during electrical stimulation enhances the efficacy of implantable electrodes.

Mentor:

Program: FURI

Comparing Lithium- and Sodium-ion Battery Degradation at Extreme Temperatures

The objective of this research is to understand the behavior and performance of lithium- and sodium-ion batteries at extreme temperatures.

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Program: Guest Researcher

Developing a Model of Intracranial Pressure Dynamics: a Two-Compartment Viscoelastic Approach

Understanding how ICP responds to pulsatile inputs and brain tissue properties can improve neurological disorder diagnosis and treatment.

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Program: FURI

Optimizing Bimetallic Cu/Ag Electrocatalyst for the Selective and Rapid Conversion of Nitrate Pollution into Ammonia

Cu/Ag electrocatalysts can efficiently convert nitrate pollution into highly profitable ammonia via a chemical-free electrochemical pathway.

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Program: FURI

Dean Puckett poses for a photo holding virtual reality equipment

Dean Puckett Mechanical engineering

Creating a 3D VR environment for visualizing fluid dynamics data will help students better visualize and understand complex flow patterns.

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Program: FURI

Conversion of Atmospheric CO2 into Value-Added Material Via Chloroplast-Assisted Polymerization Pathways

Pairing carbon fixing capability of plants with synthetic polymerization pathways for sustainable chemical and materials production.

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Program: FURI

Sensorless Estimation of Contact Wrench for a 3-DOF Robot Arm

A sensorless wrench estimation system would reduce costs, making robotic systems more affordable for multiple fields.

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Program: FURI

Measurements of Microparticle-filled Thermal Interface Materials

Microparticles in Thermal Interface Materials (TIM) are the forefront in reducing heat issues in electronics, unlocking computing potential.

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Program: Guest Researcher

Evaluating the Impact of ASU Design Experiences on Student Development

Analyzes the impact of ASU’s Devils Invent on problem-solving, teamwork, and career readiness to inform experiential learning integration.

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Program: FURI

Characterization of Diclofenac-Loaded Lipid Nanoparticles for Neutrophil Modulation

Studying the effect of diclofenac-loaded nanoparticles on neutrophils will further the development of treatments for traumatic brain injury.

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Program: FURI

Advanced Thermal Analysis of Chiplets Using Machine Learning

Using machine learning to analyze maximum thermal performance of chiplets will allow for future optimization to decrease energy consumption.

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Program: FURI

Designing Water-Stable Halide Perovskites for Underwater Photovoltaic Solar Cells

Enhancing the stability of perovskite solar cells underwater enables naval or marine applications to convert solar energy into electricity.

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Program: FURI

Optimization of Tesla Valve Geometries for High-Efficiency Passive Cooling Systems

Enhancing Tesla valve designs can improve passive cooling efficiency, reducing energy consumption in applications.

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Program: MORE

Cometabolic Degradation of Chlorinated Solvents in Cultures Grown on Propane and Methanol

Comparing primary growth substrates used in aerobic cometabolism to more effectively clean up contaminated groundwater.

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Program: MORE

Energy-efficient Electroadhesive Clutch for Variable Stiffness Back Support Devices

Creating an energy-efficient clutch system improves variable-stiffness healthcare devices, optimizing support while minimizing energy use.

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Program: FURI

Understanding the Effect of Metallic Seed Layers on the Crystallization of Amorphous NiTi Thin Films

Improving microelectromechanical system production by reducing crystallization temperature of NiTi thin films with metallic seed layers.

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Program: FURI

Synthesis and Characterization of Lithium‐Rich Anti‐Perovskites for Next‐Generation Solid‐State Batteries

This research introduces a rapid, printable process for producing low‐cost anti‐perovskite materials.

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Program: FURI

Ultimate Solar Keyboard

The goal is to work on creating affordable and sustainable musical instruments for students in school by creating a solar-powered keyboard.

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Program: FURI

Optimizing Earth Science Observations: Developing Reinforcement Learning Techniques for autonomously determining priority observations in a dynamic environment

Developing a reinforcement learning model for auto-enabling satellites in real time to observe areas with high atmospheric activity.

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Program: FURI

Mitigating I/O Vulnerabilities in Trusted Execution Environments (TEE)

Addressing I/O vulnerabilities in TEE will help secure data transactions, protecting confidential computations in critical systems.

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Program: GCSP research stipend

Analysis of RS-25 Staged-Combustion Turbopump-Driven Propellant Feed System

Understanding the flow path and performance of the RS-25 creates a foundation for success in designing new rocket propulsion systems.

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Program: MORE

Chemical Mechanical Polishing(CMP) of High Thermally Conductive Interlayer Dielectrics (ILDs)

Enhanced CMP of high-heat conductive ILDs boosts semiconductor performance by improving thermal control.

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Program: MORE

Flexible RF Coil Set in a Dielectric-Loaded Elastomer for MR Imaging

Designing a flexible coil that allows for imaging irregular shapes/positions and improving image quality due to reduced coil-load distance.

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Program: FURI

Dynamic Polymer Nanocomposites with Tailorable Nanoparticle-Based Bonds

Developing dynamic polymer nanocomposites with tunable self-healing properties will extend a material’s lifetime and will reduce waste.

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Program: FURI

Adaptive Quadruped with Sensor Fusion for Precise Multi-Sensor Data Collection and Analysis

Advancing autonomous robotics with a sensor-fused quadruped for precise data collection, navigation, and parameter estimation.

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Program: MORE

Effects of Immersive Visual Feedback Distortion on Step Length Symmetry Using Augmented Reality

Combining augmented reality with visual feedback distortion has potential to enhance the effectiveness of gait asymmetry rehabilitation.

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Program: MORE

Water Physics Simulation Using Fourier Neural Operators

This research leverages Fourier Neural Operators (FNO) to create faster high-fidelity water simulations, enabling real-time fluid dynamics.

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Program: MORE

Evaluating Creativity and Novelty in LLM-generated Academic Assignment Creation for Digital Design Projects

Assessing LLMs to create novel engineering assignments enhances student learning and academic integrity.

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Program: FURI

Effects of Hat Color and Style on Thermal Discomfort in Extreme Heat Conditions

Understanding the impact of different hats on thermal discomfort will allow people to be more comfortable in extreme heat conditions.

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Program: FURI

Andrew Rubio works with equipment in a lab

Andrew Rubio Electrical engineering

Studying the mechanisms and reliability patterns of RRAM will allow for new applications of emerging memory in the future of AI computing.

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Program: FURI

Protecting Quantum States in Quantum Computing from Noise Through Optimized Dynamical Decoupling

Optimized dynamical decoupling will enable more reliable quantum computations by suppressing noise, thus keeping the state alive longer.

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Program: FURI

Compression of Deep Neural Networks for Deployment on Edge Devices

Compressing AI models to run on small edge devices enables faster and more efficient decisions for autonomous and smart systems.

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Program: FURI

Development of Blister Packs for Microfluidic Point-of-Care Systems

Investigating liquid release from custom-designed blister packs in microfluidic devices will improve reagent storage and enhance usability.

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Program: FURI

Air-free Transfer Vessel for Sensitive Energy Storage Materials

With Sensitive Energy Materials, it is important to have a safe vessel to transfer the air-sensitive materials into the SEM machine.

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Program: FURI

Effect of Heat Treatment Process Parameters on the Performance of Recycled Graphite from Spent Lithium-Ion Batteries

The rapid thermal process recovers high-purity graphite by delaminating the electrode film from Cu current collector, reducing impurities.

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Program: FURI

Design and Characterization of a 3D Printed, Highly Back-Drivable Cable-Driven Actuator for Gait Rehabilitation

Gait disorders affect 80% of people over 85. This study provides design and scalability guidelines to treat certain gait deficits.

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Program: FURI

Machine Vision for Identifying Defects in Perovskite Thin Films

Machine vision improves perovskite film defect detection, making it easier to manufacture solar cells for stronger, longer-lasting panels.

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Program: FURI

Sam Alfaro and Zhicheng Guo work on a drone

Sam Alfaro Engineering (mechanical engineering systems)

Wireless power transfer enables continuous drone operation, reducing downtime and enhancing efficiency in surveillance, logistics and space.

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Program: FURI

Occlusion-induced Effects on Sonar Localization

Studying occlusion effects on acoustic sensing using a Convolutional Neural Network will allow for more effective seafloor exploration.

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Program: FURI

Producing Printable Na-based Solid-state Electrolyte Thin Using Open-air Processing

This research enables scalable, cost-effective sodium-based solid electrolytes, advancing sustainable batteries & reducing lithium reliance.

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Program: FURI

Optimizing Transdermal Drug Delivery: a Computational Sensitivity Analysis Approach

Enhancing transdermal patch design through sensitivity analysis will reduce prototyping needs and improve personalized drug delivery.

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Program: FURI

Computational Analysis of Nanoporous Gas Adsorption for Mobile Carbon Capture

Using simulations to identify better nanoporous materials for more efficient CO2 capture in car exhaust, advancing Mobile Carbon Capture.

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Program: FURI

Characterization of Perovskite Semiconductors Under Radiation Exposure

Characterizing perovskite composition under simulated space radiation enhances understanding of their performance and space applications.

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Program: FURI

Understanding Particle-induced Mixing in Particle-laden Turbulent Flows

Mixing in turbulent particle-laden flows optimizes chemical reactions, reduces pollution, and influences environmental sustainability.

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Program: MORE

Trajectory Generation and Design of Experiment for Training a Physical Reservoir Computer

Physical reservoir computing enhances the efficiency and accuracy of soft robot control, enabling better adaptability and performance.

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Program: FURI

Structural Characterization of Perovskite Semiconductors’ “Self-Healing” Under Simulated Space Conditions

Characterizing the structural properties of perovskites that have experienced irradiation allows understanding of their "self-healing."

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Program: FURI

Comparing LSTMs with and without Reinforcement Learning for Stock Price Prediction and Trading Decisions

Quantifying reinforcement learning’s impact on machine learning trading models to assess effects on stock forecasts and trading decisions.

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Program: FURI

Exploring Substrate Effects on CVD Growth of MoS₂ for Technological Applications

Establishing a parameter framework for optimized MoS₂ thin film growth with chemical vapor deposition for future technological applications.

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Program: FURI

Hybrid AI-Driven SOC and SOH Estimation for Battery Management Systems

Developing hybrid AI-driven SOC and SOH models to enhance battery lifespan, reliability, and safety, optimizing EVs and grid energy storage.

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Program: MORE

Identifying Current Transport Mechanisms in Oxide-based RRAM for Reliability Investigation

Analyzing the current transport mechanisms in RRAM devices for characterization, testing, and fabrication.

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Program: FURI

Optimizing Large Language Models to Minimize Attention Latency for Increasingly‬‭ Complex Inputs

This research improves generative AI for better user experience, coherence, and sustainability, enhancing writing tools and AI systems.

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Program: FURI

Low-Cost mSLA-Based Nanolithography Machine for Semiconductor Manufacturing Education

Developing a low-cost nanolithography machine using an mSLA 3D printer screen to make hands-on semiconductor education more accessible.

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Program: FURI

Multi-agent Interaction-based Trajectory Prediction Using Fused Modalities for Autonomous Vehicles

Enhancing decision safety with infrastructure sensors for better trajectory prediction of surrounding agents in autonomous vehicles.

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Program: MORE

Diamond Static Induction Transistor Design and Optimization in TCAD

Optimizing diamond static induction transistors will allow operation at high-frequency, very-high-frequency and ultra-high-frequency bands.

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Program: Guest Researcher

Optimizing Video Question Answering for Traffic Monitoring Systems

This research improves AI models for traffic monitoring, enabling smarter systems that reduce congestion and enhance road safety in cities.

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Program: FURI

Carbonization of XLPE into Graphene using Flash Joule method of Heating

Transforming landfill-destined XLPE into sustainable and high valued active carbon, reducing emissions and advancing a circular economy.

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Program: MORE

Understanding Fish Propulsion Through Fluid Simulations

Exploring fish-inspired propulsion through simulations may improve underwater robots, medical microbots, and energy generation methods.

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Program: FURI

Miniature Evaporative Cooling Device for Focal Cooling Treatment of Epileptic Seizures

Designing a miniature cooling device will help provide effective and safe treatment to people with drug-resistant epilepsy.

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Program: FURI

Continuum Spine Adaptation to a Quadruped Robot

Designing a variable-stiffness, variable-preload spine to enhance a quadruped robot’s agility, adaptability, and natural fluidity in motion.

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Program: FURI

Augmented Simulation Environment for Satellite Operations

Integrating real and synthetic satellite data in an augmented simulation will help prototype and evaluate new satellite operations.

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Program: FURI

Real-time 6D Pose Tracking of Novel Objects Using 2D Gaussian Splatting

Designing a fast 6D pose tracking algorithm for novel objects without prior knowledge or training, improving dynamic manipulation of robots.

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Program: MORE

Optimizing the Laser Scribing Process for Carbon-coated Perovskite Solar Modules

Using earth-abundant carbon materials for the electrodes of perovskite solar modules can provide insight into more sustainable solar panels.

Mentor:

Program: FURI

Sridhana Murugan looks at a screen in a classroom

Sridhana Murugan Computer science

Studying game cheats exposes hidden risks, helping to craft stronger protections and ensure a safer, fairer online gaming experience.

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Program: FURI

Investigating the Impact of Product Inhibition, Substrate Ratios, and Temperature on Microbial Chain Elongation to Support In Situ Dechlorination

Characterizing impacts of substrates and inhibition on microbial chain elongating cultures will optimize chlorinated solvent bioremediation.

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Program: FURI

Improving Hardware Verification Coverage Using LLMs

Significantly reducing resource requirements and accelerating the verification process by integrating Large Language Models.

Mentor:

Program: Guest Researcher

Enhancing 3D-Printed Elements with AR Glass Textile Reinforcement

Integrating AR glass textiles into 3D-printed concrete aims to enhance structural integrity, enabling more sustainable construction.

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Program: FURI

Enhancing Urban Driving Efficiency: Optimizing Traffic and Acceleration-Deceleration Behaviors for Carbon Emission Reduction

Analyzing different driving behaviors and their impact on carbon emissions will help develop more energy-efficient driving strategies.

Mentor:

Program: FURI

Spring 2025 projects

209 projects