Responsibilities:Work closely with project managers, product owners and engineering leads to define business requirements, and provide technical solutions for complex tasks.Analyze business requirements to understand the overall scope of projects.Develop technical specifications into high quality working code.Develop native (swift) iOS applications from requirementsParticipate in code review sessions to find and resolve roadblocks while developing new features.Work closely with the QA team to ensure application functionality and data integrity is maintained.Utilize project management tools to manage project tasks, test cases, defects and reports.

Followed MVVM design pattern to differentiate between various programming responsibilities within the project. Used Swift-based ObjectMapper pod, to map the web-service response.Worked on handling React interfaces for the iOSEffectively utilized Azure DevOps, Instruments, SonarQube & SonarCloud for code maintenance through detection of leaks, bugs, code-smell, security weaknesses and analysis of code coverage.Followed BDD unit testing practice

Worked on Apple Wallet integration to enable JetBlue user to store multiple Boarding Passes to their wallets.Used RxSwift for implementing API calls to handle data streams in a declarative way, using Observables.Used Swift-based ObjectMapper pod, to map the web-service response provided by the web-services for fetching JetBlue flights’ data.Integrated Stripe iOS SDK to enable the JetBlue user to make payments within the application, upon checkout.Worked on implementation of Cart functionality of the appWorked on integrating Remote Notifications to inform the user when their flight is booked.

Worked with Kingfisher, a lightweight Swift based library for downloading and caching images from the web.Integrated SearchBar on the Storyboard and used SearchController to enable the App Search feature, to search for coveted sneakers or hottest apparelWorked on implementation of Cart functionality of the app to process bought items in an ease-of-use manner to the City Gear user.Used Git based version control system to ensure real-time code checkout for a maintainable City Gear source-code.Made use of Asana project collaboration tool for ensuring all the stakeholders were up to date with project details, from requirements and deliverables to change requests.Worked on Continuous optimizations and Speed improvements whilst fixing bugs reported by the City Gear QA team on Asana.Implemented the UI and business logic for setting up Favorite List tab in the City Gear app, a one stop for all the user’s favorite items.Integrated APNs notifications for new product arrivals or discount sale Integrated social media sharing capabilities for products purchased

Worked on migrating the application source code from Objective-C to Swift.Used UIActivityViewController to enable sharing feature to share Rue La La Product info.Worked on implementing UISearchController, to enable keyword-based search via Search Bar on the application interface.Worked with EventKit framework to build the Add to Calendar feature in the application, thereby allowing the user to add an event in their calendar.Leveraged GCD (Grand Central Dispatch) to asynchronously acquire store inventory and other related information to update the ListView screen.Used SugarRecord pod, a third-party library, to store details of Rue La La cart locally in the sandbox for later usage.Integrated BrainTree SDK as payment method to enable Rue La La user to pay for their purchase within the application.Integrated Crashlytics SDK in the project for getting real-time crash reports to help debug an issue.

Used Objective-C to write the application source-code.Used NSTimer and CoreLocation to collect (period) travel logs of the AfriGIS user.Integrated and customized CollectionView to display the Travel log history and used NSCache to store recently accessed logs for ease-of-use.Implemented a feature to allow users to add markers on map and the marker location data was stored on UserDefaults.Used CoreLocation and AfriGIS NASA map to locate the Home and Work of the users; academic institutions, gas stations, stores, restaurants, and other service or landmark locations either by geolocating them or geocoding addresses provided.Worked on integrating Remote Notifications to notify selected friends of AfriGIS users with updates of either the Log-book or Inbox messages.Implemented the Search feature to search for addresses and landmarks along with the auto-complete capability. Was responsible for the overall UI design of the application; used Size classes for smooth UI across all target devices.Used AFNetworking, a third-party library, to communicate with the AfriGIS web-services.Used Objective-C to write the application source-code.Worked on displaying markers for Gautrain stations on AfriGIS maps with multiple map overlays. Used CoreLocation framework, LocationManager and AfriGIS local geocoding services (with JSON feedback) to identify the closest Gautrain stations to the users.Worked on setting and displaying path between the Gautrain stations and user’s destination on the map using AfriGIS’ internally developed services - WMS (Web Map Services) and WFS (Web Feature Services).