We are seeking a Mobile Developer to join our engineering team and contribute to the development of our EV charging mobile applications. The mobile application is a key component of the user experience, enabling EV drivers to discover nearby chargers, initiate charging sessions, monitor real-time charging progress, and manage payments and accounts.

In this role, you will work closely with backend engineers, product managers, and QA testers to deliver high-quality mobile applications that are reliable, performant, and easy to use.

Mobile Application Development:

• Design, develop, and maintain mobile applications for EV charging services across iOS and Android platforms

• Implement mobile features, including:

  • Charger discovery and map-based location services

  • Charging session initiation and monitoring

  • User authentication and account management

  • Payment processing and transaction history

  • Push notifications and charging alerts

• Build intuitive, responsive, and high-performance mobile user interfaces

API Integration:

• Integrate mobile applications with backend services via RESTful APIs

• Handle authentication, authorization, and secure data communication

• Work with real-time charging data and status updates from the backend

Performance Optimization:

• Ensure optimal performance and responsiveness of applications

• Identify and resolve performance bottlenecks

• Optimize applications for a wide range of mobile devices and operating systems

Mobile Architecture & Best Practices:

• Follow established mobile architecture patterns and best practices

• Write clean, maintainable, and well-documented code

• Ensure code quality through code reviews and adherence to development standards

Collaboration & Development Process:

• Work closely with backend developers to define API requirements

• Collaborate with designers and product managers to implement product features

• Participate in sprint planning, code reviews, and technical discussions

• Support QA testing efforts and resolve defects identified during testing cycles