Mobile App/Web Development

Closed
Solv4x Inc
Oakville, Ontario, Canada
Solv4x Tech group
Engineer
(20)
3
Project
Academic experience
300 hours per learner
Learner
Anywhere
Intermediate level

Project scope

Categories
UI design UX design Mobile app development Software development Databases
Skills
mobile application development flutter (software) ios applications object oriented programming language user experience (ux) design mentorship
Details

We would like to create a new exciting mobile app involving green energy that would help the planet with climate change. This app will be developed using google's latest framework for hybrid apps - flutter and uses a new language dart.

This would be a very good opportunity to add these new skills to your skillset and work on a clean-tech solution.

Students would get mentorship on all aspects of mobile app development from an industry expert on the subject.

We would like to work with students to develop this app.

IDEAL ROLES/RESPONSIBILITIES/RÔLES/RESPONSABILITÉS:*

  • UI designer- (able to code)
  • UX designer- (able to code)
  • Software developer - Backend (Experience coding in any Object oriented programming language)
  • Android and iOS mobile app developer- (Will be using flutter, prior experience with flutter is good to have, but not mandatory)

FINAL PROJECT DELIVERABLES/LIVRABLES DU PROJET:

  • mobile Android and iOS apps will be complete and ready for market.

Deliverables

.

Mentorship

Mentorship and guidance multiple times a week and through various phases of development life-cycle.

About the company

Company
Oakville, Ontario, Canada
Technology, Energy, It & computing

Solv4x is a female founded clean-tech firm that focuses on creating and providing intelligent problem-solving AI solutions in field of Energy. Our leadership is a niche team of professionals with decades of industry experience in developing cutting edge products. We make products to create a smart, economical and reliable power system.

Our mission is to aid the adoption of EVs keeping the electric grid robust, reduce the greenhouse gas emissions and encourage renewable integration. Our designs are futurist to adapt to V2G and autonomous driving.