Developer III - Software Engineering - Kotlin,Android

Role Proficiency:

Independently develops error free code with high quality validation of applications guides other developers and assists Lead 1 - Software Engineering

Outcomes:

1. Understand and provide input to the application/feature/component designs; developing the same in accordance with user stories/requirements.
2. Code debug test document and communicate product/component/features at development stages.
3. Select appropriate technical options for development such as reusing improving or reconfiguration of existing components.
4. Optimise efficiency cost and quality by identifying opportunities for automation/process improvements and agile delivery models
5. Mentor Developer 1 - Software Engineering and Developer 2 - Software Engineering to effectively perform in their roles
6. Identify the problem patterns and improve the technical design of the application/system
7. Proactively identify issues/defects/flaws in module/requirement implementation
8. Assists Lead 1 - Software Engineering on Technical design. Review activities and begin demonstrating Lead 1 capabilities in making technical decisions

Measures of Outcomes:

1. Adherence to engineering process and standards (coding standards)
2. Adherence to schedule / timelines
3. Adhere to SLAs where applicable
4. Number of defects post delivery
5. Number of non-compliance issues
6. Reduction of reoccurrence of known defects
7. Quick turnaround of production bugs
8. Meet the defined productivity standards for project
9. Number of reusable components created
10. Completion of applicable technical/domain certifications
11. Completion of all mandatory training requirements

Outputs Expected:

Code:

1. Develop code independently for the above

Configure:

1. Implement and monitor configuration process

Test:

1. Create and review unit test cases
   scenarios and execution

Domain relevance:

1. Develop features and components with good understanding of the business problem being addressed for the client

Manage Project:

1. Manage module level activities

Manage Defects:

1. Perform defect RCA and mitigation

Estimate:

1. Estimate time
   effort
   resource dependence for ones own work and others work
   including modules

Document:

1. Create documentation for own work as well as perform peer review of documentation of others work

Manage knowledge:

1. Consume and contribute to project related documents
   share point
   libraries and client universities

Status Reporting:

1. Report status of tasks assigned
2. Comply with project related reporting standards/process

Release:

1. Execute release process

Design:

1. LLD for multiple components

Mentoring:

1. Mentor juniors on the team
2. Set FAST goals and provide feedback to FAST goals of mentees

Skill Examples:

1. Explain and communicate the design / development to the customer
2. Perform and evaluate test results against product specifications
3. Develop user interfaces business software components and embedded software components 5 Manage and guarantee high levels of cohesion and quality6 Use data models
4. Estimate effort and resources required for developing / debugging features / components
5. Perform and evaluate test in the customer or target environment
6. Team Player
7. Good written and verbal communication abilities
8. Proactively ask for help and offer help

Knowledge Examples:

• Appropriate software programs / modules
  1. Technical designing
  2. Programming languages
  3. DBMS
  4. Operating Systems and software platforms
  5. Integrated development environment (IDE)
  6. Agile methods
  7. Knowledge of customer domain and sub domain where problem is solved
  
  

  Looking for an Android Developer with 6+ years of experience and with below requirements: - Programming Languages: Java: Traditional language for Android development. Kotlin: Modern language endorsed by Google for Android development. Android Development Frameworks and Tools: Android Studio: The official IDE for Android development. Android SDK: Software Development Kit used to build Android apps. Gradle: Build automation tool used for building and managing dependencies. UI/UX Design: XML: For designing layouts and interfaces. Material Design Principles: For creating user-friendly and visually appealing apps. API Integration: RESTful APIs: For interacting with web services and backend systems. JSON/XML: For data interchange. Version Control: Git: For version control and collaboration. Databases: SQLite: Local database storage. Room Persistence Library: For database access and management. Debugging and Testing: Unit Testing: Using frameworks like JUnit or Espresso. Debugging Tools: Using Android Studio debugger. Understanding of Android Architecture Components: LiveData, ViewModel, Data Binding, Navigation Component Knowledge of Android Libraries: Retrofit: For network requests. Glide/Picasso: For image loading and caching. Dagger/Hilt: For dependency injection. Knowledge of Modern Android Practices: MVVM (Model-View-ViewModel) Architecture Coroutines: For asynchronous programming in Kotlin. Performance Optimization: Memory Management: Efficiently managing app resources. App Performance Tuning: Identifying and resolving performance bottlenecks.