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Pickup N' Park
GROWTH
Lancer :
Ideal for quick, focused engagements
Team: ≤ 2 resources
Duration: ≤ 3 weeks
Indicative Budget: ≤ $3,000 USD*
Use Cases: MVPs, prototypes, simple websites, bug-fix sprints
Indicative Pricing: ~$15–$25/hr per resource*
Growth :
Best suited for growing products or structured builds
Team: 2–5 resources
Duration: Up to 4 months
Indicative Budget: Up to $30,000 USD*
Use Cases: Feature-rich web apps, integrations, custom dashboards
Indicative Pricing: ~$15–$35/hr per resource*
Enterprise :
Tailored for high-scale, complex or long-term initiatives
Team: 5+ resources
Duration: More than 4 months
Indicative Budget: Starts from $30,000+ USD*
Use Cases: End-to-end platforms, SaaS products, compliance-heavy systems
Indicative Pricing: ~$25–$50/hr depending on roles*
(Development)
Project Description
Pickup N' Park serves as a vital platform catering to university students seeking parking solutions and carpooling options within their campus. The app facilitates students in finding parking spots conveniently by enabling them to book rides to their parked cars through its parking feature. Additionally, students commuting to campus can utilize the carpool feature to share rides with fellow students, enhancing convenience and reducing transportation costs. By seamlessly connecting students in need of parking or rides, Pickup N' Park promotes efficient transportation solutions within university campuses, fostering a collaborative and eco-friendly environment for its users.
Scope Of Work
Our client, Pickup N' Park, approached us to develop a comprehensive iOS and Android application aimed at facilitating carpooling among university students within their campus. The objective was to provide a convenient solution for students to share rides, reducing transportation costs and promoting a sustainable environment. In response to their requirements, we offered end-to-end mobile app development services, including design, development, testing, and deployment. Our team leveraged industry-leading technologies to create a user-friendly and intuitive application that seamlessly connected students in need of rides or parking spots.
Our Solution
Here is a breakdown of the solutions we provided for the project:
- Developed a React Native application enabling users to seamlessly create, request, and perform carpool rides within university campuses.
- Leveraged Python and React Native to build a robust and scalable mobile application compatible with both iOS and Android platforms.
- Implemented real-time ride-sharing functionalities to facilitate instant connections between students seeking rides and those offering them, enhancing convenience and reducing transportation costs.
- Integrated booking functionalities to allow users to schedule and manage carpool rides efficiently, promoting ease of use and flexibility within the application.
- Ensured a user-friendly interface, focusing on intuitive design elements to enhance the overall user experience.
- Successfully launched the mobile application, revolutionizing carpooling for university students within campus transportation systems.