ParentConnect MVP Mobile App

The goal of this project is to develop a cross-platform mobile MVP of Go Together’s parent-facing carpool platform using FlutterFlow , enabling quick user registration, trip creation, and matching functionality. The application will allow parents and caregivers to create school transportation trips, match with others nearby, and receive notifications—all within a clean and intuitive mobile experience. A key feature is integrating language translation to cater to a diverse user base, ensuring accessibility and inclusivity. While the primary focus is on these core functionalities, there is an opportunity to incorporate AI-powered matching, similar to Go Together's existing web application, as a bonus feature. This project allows learners to apply their knowledge of mobile app development, user interface design, and basic AI integration. By the end of the project, learners will have contributed to building a usable, testable MVP that supports Go Together’s go-to-market strategy and real-world pilots.

Targeting Capital: Building an AI-Powered Investor Search Engine Using LinkedIn & PitchBook

The objective of this project is to develop a targeted, AI-enhanced strategy for identifying and qualifying angel investors who are aligned with Go Together’s mission and growth stage. By combining the advanced filters of LinkedIn Sales Navigator with PitchBook data and AI-powered research prompts, students will help create a system to surface high-probability investor leads who have funded similar mobility, edtech, or civic infrastructure solutions. Project goal Learners are expected to build and test an investor discovery engine that uses AI prompts to automate investor profile matching, analyze behavioral patterns, and generate personalized outreach content. This tool will increase Go Together’s capital-raising efficiency during its current funding round. What are learners expected to complete? Students will complete the following tasks: Research and define ideal investor profiles based on prior investments, thesis alignment, and geographic or industry focus. Use PitchBook to identify relevant angel investors and early-stage funds. Leverage LinkedIn Sales Navigator to filter and validate investor data. Develop AI prompts to generate tailored outreach messaging (e.g., personalized cold emails or InMails). Evaluate success metrics for outreach and recommend optimization strategies.

Developing AI-Powered Prompts for Paid Search Marketing

The objective of this project is to use LinkedIn Sales Navigator and AI tools to design and test a paid search strategy targeting K–12 superintendents and directors of transportation in five key states—Ohio, Texas, Massachusetts, Arizona, and North Carolina. The campaign will position Go Together as a modern, safe, and cost-saving alternative to school bus service disruptions, offering families an immediate transportation solution at 50% of the traditional per-student cost. This project will help Go Together reach decision-makers at the moment transportation plans change and ensure districts are aware of a viable solution they can offer families immediately. Learners are expected to design a high-conversion paid search marketing strategy using Sales Navigator audience data and AI-driven ad copy to reach decision-makers at the district level. The goal is to generate qualified leads for Go Together by promoting its carpool platform as a scalable K–12 transportation solution during bus service disruptions.  Learners will complete the following tasks: Research the target roles (superintendents and transportation directors) across five states using LinkedIn Sales Navigator. Develop and test AI prompts to generate persuasive, keyword-optimized ad copy tailored to decision-makers’ needs and pain points. Identify best practices in paid search campaign strategy, including ad structure, bidding, audience segmentation, and performance tracking. Design a mock paid search campaign including ad sets, keywords, targeting parameters, and expected conversion goals. Analyze data to recommend improvements to messaging, targeting, and campaign structure

Self-Service Admin Portal Development for K-12 Transportation

Go Together, Inc. aims to enhance its K-12 Transportation Platform by developing a self-service administrative portal. The current system requires significant manual intervention, which can be time-consuming and inefficient for school and district customers. By creating a user-friendly portal, the project seeks to empower these customers to independently manage key administrative tasks such as scheduling, route management, and user permissions. This will not only improve operational efficiency but also enhance the overall customer experience by providing more control and flexibility. The project will involve integrating the new portal into Go Together’s existing web application, ensuring seamless functionality and user experience. The team will focus on creating an intuitive interface that aligns with the needs of school administrators, making it easy to navigate and use.

Compliance Audit and Enhancement for Go Together, Inc.

Go Together, Inc . is an EdTech Transportation Platform designed to provide transportation solutions when bus services are unavailable. The platform must comply with FERPA (Family Educational Rights and Privacy Act), COPPA (Children's Online Privacy Protection Act), and Parents' Privacy Rights to ensure the safety and privacy of its users. The goal of this project is to conduct a comprehensive compliance audit of the platform and recommend enhancements to meet these regulatory requirements. The team will review existing policies, identify gaps, and propose actionable solutions to ensure full compliance. This project will help Go Together, Inc. build trust with its users and avoid potential legal issues. Key tasks include: - Reviewing current data handling and privacy policies. - Identifying areas of non-compliance with FERPA, COPPA, and Parents' Privacy Rights. - Recommending policy and system changes to address compliance gaps. - Documenting findings and proposed changes in a detailed report.

Student Mobile App Development

Go Together is a K12 transportation platform that districts and schools use as a go-to solution to combat absenteesim, equity and school bus driver shortage. Parents once approved by their district or school can organize carpools, their kids walking, biking or taking public transit together. Our web and mobile apps deliver data to the districts and schools so they can plan how to invest dollars and redirect dollars back to the classroom. We would like to collaborate with students to optimize our UX/UI designs and build the first-ever student app that makes their transportation trips safer. This will involve several different steps for the students, including: Familiarize themselves with our platform, products, and services. Review the UX/UI designs created by a UX/UI team. Deliver engineering designs for future student app develop

AI-Powered Carpooling App (K12)

We are looking to leverage AI in our existing web and mobile apps that allow parents of students in K12 to meet and collaborate organizing carpools or their kids walking, biking or taking public transit together. This will involve several different steps for the students, including: - Analyzing our existing dataset of users, trips, and reviews. - Developing an AI-powered matching algorithm. - Optimizing software runtime performance and assessing areas for improvement. - Researching other variables that can improve the quality of matches. - Accounting for additional variables in the matching algorithm. - Testing the developed software and making improvements based on additional data.

Go Together, Inc. Code Base Documentation Project

The main goal of this project is to document our code base in GitHub so our US and offshore teams can do web and mobile app updates, bug fixes. This will involve several different steps for the learners, including: - Analyzing our existing code base and understanding the structure of our code. - Documenting our code base in GitHub with clear and concise instructions. - Creating a system for tracking and updating our code base. - Developing a system for tracking bug fixes and updates. - Testing the system for accuracy and reliability.