CS/CSE/IE Capstone
CS/CSE/IE Capstone
Team Members are:
Ryan Fernandes, Noah DeHaven, Oscar Ortiz
This project integrates a WordPress site into a Java-based backend, enabling seamless user authentication, secure API communication, and dynamic content management. It involves developing various microservices to handle user profiles, WordPress plugin integration, and system settings, while ensuring backup, security, and notification services are in place. The goal is to create a robust and scalable infrastructure that allows businesses to manage and monitor their WordPress installation within a larger platform.
Team Members are:
Jesse Frey, Wenqi Liu, Timothy Gonzales
A chatbot application for Allennials At Work that is ran locally on an employees machine. This application fetches answers from a secure server hosted by a Allenials at work server machine using Ollama 3.2.
Team Members are:
Junayd Lateef, Peter Vinci, Pavitra Guthy
Chattable is a marketing chatbot that answers any questions a person has about marketing. Chattable can recommend blog posts on the AOKMarketing website along with providing robust responses.
Team Members are:
Sean Lowe, Jett Bauman, Zachary Litwin, Griffith Simmon, Ryan Rajesh
The goal of this project is to implement a .NET quantum computing library to be implemented into ASU’s VIPLE application. Using the library through VIPLE, students of any discipline can learn about how quantum circuits work and explore the concepts of quantum computing in an interactive manner. By lowering the bar of entry into quantum computing, ASU can innovate in the field at a greater velocity.
Team Members are:
Atharva Warke, Omar Hernandez, Ling-Chen Huang
Schonograph is a tool that helps researchers easily search, save, and organize academic articles. It features search filters, bookmarking, and search history tracking. The platform is designed to make finding and managing research faster and simpler.
Team Members are:
Waleed Briouig, Anush Garimella, Naveen Ramesh, Makenzie Rutledge, Ansh Tiwari
The ASU capstone showcase website is an online platform that was created to display Ira A. Fulton Schools of Engineering students' capstone projects at the end of each semester. It includes a home page, navigation menu, pages for each major, admin dashboard, and a survey form for students to submit their project and other important information.
Team Members are:
Alma Babbit, John Cowan, Omar Olivas
This project aims to create an educational tool that uses the open-source RISC-V architecture to simplify the learning of computer architecture concepts. By integrating ASU’s visual programming environment VIPLE with the RISC-V simulator emulsiV, we intend to provide a hands-on experience to make difficult concepts easier to understand. Our goal is to ease the learning curve and increase engagement, making the study of computer architecture more accessible for students.
Team Members are:
Ahmed Juvale, Jiayuan Yu, Tyler Shurley
The ASU Capstone Submission Project streamlines the submission process while enhancing the judging and showcase experience for capstone projects. It ensures secure data handling, dynamic project displays, and an intuitive user interface tailored for students, judges, and administrators.
Team Members are:
Rhea Mane, Ryan Radtke, Isaac Alemu, Kevin Tang, Shabib Huq
The ticketing system allows students to report issues related to their capstone projects, such as sponsor concerns and team challenges, through an easy-to-use web application. Instructors can then review, respond to, and manage these tickets, enabling streamlined communication and timely resolution of student concerns.
Team Members are:
Venkata Pattela, Kaylem Brown Malone, Nandini Singh,Christopher Hernandez, Duc Quang Tran
Our project involves creating a user-friendly website designed to connect Success Coaches and Housing Providers with Young Adults seeking housing. The platform will feature tools for listing housing options, filtering based on individual needs, and facilitating direct communication between providers and young adults. By streamlining the process, our website aims to support young adults in finding secure, suitable housing while improving collaboration between coaches and providers.
Team Members are:
Euan Blackstone, Dylan Larson, Mitchell Zakocs
Coconut CubeSat is a 1u CubeSat dedicated to store and forwarding data from small ground nodes around the world.
Team Members are:
Mariam Ayesh, Caleb Blackmon, David Nguyen, Aishwary Sharma
DigiClips is a media search engine that generates reports for various media sources including television, cable networks, social media, blogs, magazines, and newspapers. The search engine aims to help customers become increasingly media aware and informed by using a user friendly platform and media analytics.
Team Members are:
Ronald Lin, Rishon D. Netala
nhance user experience by providing a robust system for scouring the internet for media mention. By leveraging modern web technologies and cloud services Seamless and scalable solution for digital content management, empowering businesses and individuals to efficiently handle their media assets.
Team Members are:
Seoyeong Oh, Almaha Alkhalouf, William Atkin, Luke Fasciano
The DigiClips Media Search Engine is a web application that searches, organizes, and ships media mentions for interested clients. Our project was to create an Error Messaging System for the application, a software component that takes error messages generated by the user-facing application and sends them to a database for review and resolution.
Team Members are:
Colin Kroeper, Zion Esemonu, Kyle Gavin, Abhinav Sharma, John Fitzpatrick
Tracking bees using AI
Team Members are:
Jack Hael, Agustin Ballesteros, Anushka Singh, Efren Aguilar, Joseph Kharzo
The AR application we developed was designed to simulate the visual symptoms associated with dementia, enhancing understanding and empathy through immersive augmented reality experiences. Built for the Oculus Quest using Unity, the project incorporates features like dynamic symptom visualization and user-friendly interfaces to ensure accessibility and impact. Its development reflects a commitment to leveraging technology for educational and healthcare purposes.
Team Members are:
Anthony Touma, Brenden Riley
Global Sensor Systems Inc. has asked us to develop a model car than can demonstrate their automatic reverse braking technology at a small scale. We accomplished this by using an ultrasonic sensor and Arduino logic.
Team Members are:
Yashasvi Rai, Yash Sarkar, Dhruv Jain, Gabriel Bhardwaj, Parth Bhangale
We developed a web application designed to enhance school safety with real time threat detection. It leverages advanced technologies to provide secure and user friendly solution for administrators using the website. The system when completely integrated will display proactive threat management.
Team Members are:
James Ross, Kaushiki Singh, Jayashree Adivarahan, Jacob Buckingham, Olivia Huang
Our system will utilize either a .mp4 video file or live video. Based on the video, it will determine the average emotional sentiment of the initial ten frames of the video source. The system will then use the emotional sentiment to alter a sentence input by the user based on the emotional sentiment of the video.
Team Members are:
Vansh Saxena, Binh Nguyen, Richard Matejka, Shreyash Singh, Jacob Good
This project aims to streamline Urban Air Mobility (UAM) data management through a blockchain-based solution, leveraging distributed ledger technology, to enhance data integrity, security, and transparency including a single source of truth. We will focus on developing a blockchain based system tailored for managing data related to UAM, including flight data, maintenance records, and passenger information. The scope encompasses the design, development, testing, and deployment of the blockchain solution, with a keen emphasis on scalability.
Team Members are:
Joshua Tint, Wallace Yopp, Matthew Rutherford, Geoffrey Grossthal, Elise Macabou
Our project focuses on automating the process of transferring data from C++ files into an MS Access database. We are developing AI tools to parse and organize the C++ data for seamless integration into the database. A key goal is to make the process user-friendly by building a simple graphical user interface (GUI) that highlights errors and assists with debugging. This system will improve efficiency by simplifying data transfer and ensuring flexibility for different data formats. The overall aim is to create an automated solution that minimizes manual effort while handling complex data structures effectively.
Team Members are:
Ethan Quinones, Wentao Cao, Kunal Ashan
Microsoft 365 licensing recommendation tool that analyzes user-selected services and recommends optimal plans based on features, pricing, and service compatibility
Team Members are:
:Zachary Rundstrom, Armando Gonzalez
The capstone project for Judy AI improved the user experience and functionality of the platform in the healthcare space. We redesigned its interface for easier navigation, integrated the Fullscript API for seamless purchasing of supplements, and added a feature for a donation gateway and Google API for the most accurate information regarding birthing location. These changes make Judy AI more accessible, informative, and user-friendly to support users' needs in finding health resources and giving to health-related causes.
Team Members are:
Spencer Ozgur
Served as Database Architect for LGS. Worked with SQL and Postgres to manage database.
Team Members are:
Jack Hosier, Zachary Lee, Nupur Patel
Lotus Addiction Therapy LLC is an online platform that provides counseling services to help clients address addiction-related challenges.
Team Members are:
Alexander Korn, Zakery Cumbie, Mohammed Al Sharyan
We have implemented a new subscription system for the Lotus Addiction Therapy website. This includes redesigning web pages and their layouts, creating new identifiers and systems in the backend framework, security features and more.
Team Members are:
Christina Nguyen, Jared Kitchen, Jasmine Miller, Trenton Cerny
Our project involved redesigning a social media app for veterans. The goal is to create an easy to navigate application that helps foster a sense of community amongst veterans. The app will be available on both IOS and Android systems.
Team Members are:
Ethan Rich, Rahul Singh
The Northrop Grumman Finance Reporting Tool is a web application to assist managers at Northrop with keeping track of project spending. Using a containerized full-stack application, this solution allows managers to upload raw time tracking data, view entries in the database, and graph spending over time for both employees and projects.
Team Members are:
Yash Sawant, Mariela Medina
The Nowhere Collective Circular Marketplace is a web application designed to promote sustainability by connecting makers and collectors through a circular economy model. It features AI-assisted listing creation, peer-to-peer material exchange, and automated email notifications for seamless interactions. The platform simplifies workflows and encourages active participation to reduce waste and foster collaboration.
Team Members are:
Ping Gibbons, Aiden Robins
This web development project supervised by our sponsor Daniella Addison, involved enhancing the current functionalities of Ofori’s website by implementing a user feedback system and blog section. These additions aim to improve user engagement and satisfaction by facilitating effective communication between Ofori and its users.
Team Members are:
Gage Cates, Hunter Smith, Annalise LaCourse, Veda Valiveti
A Slack Task App which can be used within slack for teams/small businesses to manage their tasks. The features a kanban board style grouping for tasks to mark their progress. Tasks can also be monitored by multiple team members at the same time.
Team Members are:
Juliana Riffle, Hriday Niketu Shah, Mehul Kumar Srivastava
This project is an application that will be used in therapy to improve the therapist-client relationship by collecting, processing, and visualizing client data to provide useful insights that hopefully lead to more personalized and data-driven care.
Team Members are:
Srinath Amareni, saqib reza, noma gudur, Anay kamdar
The Empath app is an iOS application designed to enhance communication between therapists and their patients. It uses AI-powered sentiment analysis to transform journal entries into actionable insights, highlighting keywords, emotions, and recurring themes. By presenting this data through intuitive visualizations, the app saves therapy time and empowers therapists to provide targeted, effective care.
Team Members are:
Ameya Lambat, Malavika Nair, Ethan Weiss
A user-friendly tool that processes uploaded images of climbing walls to detect and identify holds, helping climbers analyze routes and setups efficiently. Designed to enhance training and route planning for the climbing community.
Team Members are:
Aften Elliott, Bharathi Chikkala, Janvi Siddhapura
The ASU Capstone Judging Application is a web platform designed to judge different events happening within ASU.
Team Members are:
Madison McGuire, Haroon Radmard, Wejdan Alharthi, and Kelly Raines
The SCAI - ASU Capstone Time Management website is a centralized platform designed to streamline project management for capstone students, faculty, and sponsors. It offers core functionalities like managing projects, backlog items, sprints, and assignments, alongside collaboration tools such as communication pages and a calendar. This platform enhances transparency, accountability, and efficiency while addressing limitations of third-party tools.
Team Members are:
Evelyn Brannen, Baylor Harrison, Jack Heckenlaible, Yeonghyeon Kim, Bradley Maggs
This project provides an interactive 3D environment to help students understand complex machine learning algorithms, such as binary classification and k-nearest neighbors, through interactive visualizations. Developed in Unity, the application allows users to choose datasets, select supervised and unsupervised learning algorithms, and view 3D-rendered results. The final product will be used in the project sponsor’s machine learning courses as an additional resource for students, enhancing comprehension of data analysis techniques.
Team Members are:
Benjamin Cho, Sai Roshan, Faris Ghafuri
The Smart Sound-to-Speech Interpreter for Security and Notification Systems converts device sounds like alarms and notifications into clear, spoken messages. This system is designed to enhance accessibility for individuals with disabilities, particularly those who are visually impaired, by providing meaningful, actionable alerts. It bridges the gap between sound-based communication and user understanding, making environments safer and more inclusive.
Team Members are:
Mitsuaki David Fukuzaki, Adit Prabhu, Sishir Vallurupalli, Jiandong Guan
An early iteration of a generalized platform that aims to streamline object counting by making the process more programmatically friendly and collaborative. The platform allows users to upload footage, define counting boundaries, and efficiently manage many object categories through a click of a button. Serving as a prerequisite step toward fully automated object counting with plans to integrate tracking algorithms in a plug-and-play manner, in the interim, it enhances manual counting efficiency and lays the groundwork for future algorithm development.
Team Members are:
Oghenerukevwe Chapele, Danielle Ellis, Yu-Ling Lo, Max Schumacher, Kyndra Wynne
StayWell is a mobile application aimed to help users better manage their personal health. The app acts as a habit tracker, appointment manager, and document storage. This would allow users to access all their health information from one convenient location.
Team Members are:
Michael Harper, Huanran Yu, Amogh Rajendra
Website for generating social media posts easily with either key words or an article url via ChatGPT and posting directly to Facebook and Instagram for small restaurants.
Team Members are:
Madison Polacca, Changqiu Yin, Faisal Alhussain, Vedansh Arun Sharma
Our project focused on creating a Flutterflow app called CoPilot Kids, designed to support co-parenting by fostering stability and responsibility through positive reinforcement and goal-setting. CoPilot Kids reimagines chores with a gamified approach to boost motivation while also promoting emotional well-being through daily check-ins that acknowledge and validate children's feelings.
Team Members are:
Carson Cady, Majd Salti, Shray Soorma, Casey Spencer
We developed an interactive, game-based online learning platform in collaboration with Toyz Electronics to engage students in STEAM (Science, Technology, Engineering, Arts, and Mathematics) education. Our platform offers multilingual support—including right-to-left and CJK languages—and data-driven insights using PlayFab. By enhancing user engagement with intuitive design and localization, we aim to connect students worldwide with potential STEAM career paths.
Team Members are:
Spencer Allred, Gabriel Ortega
Velocified LMS is designed to be a lean enterprise learning management system that enables organizations to create customizable Velocified Paths: progressive, calendar-based training sequences composed of Learning Activities. The platform features a minimalist interface where employees can progress through their assigned Velocified Paths while managers track completion and verify required compliance training.
Team Members are:
Harsh Kumar, Julia Kereszturi, Gunakarthik Naidu Lanka, Peshal Srinivas Kanamaluru
Zinio TalentHub is an innovative platform designed to streamline the process of connecting businesses with ERP-specialized contractors. With features like AI-powered resume parsing algorithms and contractor profile creation, Zinio ensures that companies can quickly find the best-fit contractors.
Team Members are:
Madison Mortensen, Jaston White
The testing system encompasses several key features: test case execution for critical components, validation of dropdown functionalities, navigation checks, and detailed logging for test results. By combining cutting-edge tools and methodologies, the Yanbor LLC Testing System has evolved into a reliable framework that significantly reduces manual effort, enhances test accuracy, and ensures system reliability.
Team Members are:
James Furnia, Liya Samuel, Diego Flores
The City of Goodyear has numerous contracts with many different vendors and seeks to reduce the time it takes to communicate with vendors ensuring the timely validation of all certificates. The team has been refining the City of Goodyear's certificate of insurance process using DMAIC methodologies, implementing software changes and data tracking. The team was able to achieve a 34% improvement in contract completion between the months of January and September.
Team Members are:
Brandon Gaekwad, Basil Alibrahim, Easton Kiosterud
The City of Goodyear, recognized for its forward-thinking approach to city management and continuous improvement, sponsored this project to address inefficiencies in project management processes. The initiative focused on implementing Moresteam’s TraCtion and Engineroom software to streamline reporting, improve data accuracy, and support leadership decision-making. By creating a user-friendly system, the project aimed to enable lean improvements, enhance efficiency, and ensure transparency in reporting to stakeholders, including the city council.
Team Members are:
Neil Shumway, Giovanni Perez Orduno, Jim Chowdhury
The City of Goodyear has experienced tremendous growth as the Metro Phoenix valley continues to expand. With this growth, stress has been put upon the company to find new ways to improve the work that they do without losing pace to the increased demand. The Continuous Process Manager has requested to be able to experiment with his idea to capture the current processes in a modeling software called Process Playground and generate data to indicate to his team where improvements can be made.
Team Members are:
Kaustubh Ghayal, Parth Patel, Nikolas Cabrera
Abbott Scottsdale manufactures electronic assemblies for use in implantable medical devices. This project follows a “DMAIC” process and aims to improve production by increasing equipment utilization on three solder lines by 10% through higher throughput and reduced downtime.
Team Members are:
Anna Hurowyj and Sean Nguyen
The power supply cell manufacturing process has inefficiencies in workflow due to underutilized space and excess transportation distances. Our team produced a future state layout that is estimated to reduce inventory by 74%, reduce travel distance by 68%, and improve space utilization by 41%. The project is estimated to generate savings of $757,000 through the reduction in inventory.
Team Members are:
Drew Newlin, Cameron Pazul, Clayton Kurtz
Our team took over a previous capstone groups' project which was a program designed to graph force plate data from an ASU athletics team. The program previously made was mostly unusable and very difficult to maneuver around and had some issues with formulas and graphs. To fix these issues our team moved the program to a new software that is much more accessible and easier to use for the coach and we also added more metrics for coach Alosi to view, as well as corrected and added new formulas that we decided were necessary.
Team Members are:
Peter Culley, Jake Hohu, Ahmed Khayat
This project analyzed the relationship between force plate metrics and on-field performance for ASU Women’s Softball. By integrating neuromuscular metrics from countermovement jumps with hitting and pitching statistics, we identified key predictors of player performance. The findings aim to provide data-driven insights for optimizing training programs and improving athletic outcomes.
Team Members are:
Leo Moro, Matthew Warren, Natalie Cao
ASU NASA's Psyche Team is seeking to improve their online presence and boost their crowd following. Our team researched and developed engagement plans for the five social media platforms that Psyche's Management team currently maintains!
Team Members are:
Daniel Jimenez, Juan Pablo Gongora, Jaiden Coleman
Cassie Bowman with the ASU Earth and Space department has requested services to design and develop pre-curated exhibit kits (themed after the NASA Psyche Mission) that museums and libraries can request for use in their venues. An implementation plan is to be created for this objective. This team has taken it upon themselves to assist in this goal.