Description:
Integration Xperts is hiring for the role of Software Architect Lead. This role leads the development of the system's software architecture, which includes identifying and documenting the architecturally significant aspects of the system, including requirements, design, implementation, and deployment "views" of the system. The SA Lead will bring together the pieces of the architecture for all aspects of the system and then communicate the architecture to the stakeholders.
Requirement:
- Bachelor’s Degree in Computer Science (or related field of study)
- Candidate should have 10 -15 years of experience.
- TOGAF 9 Certified architect
- Microservices Certifications
Responsibilities:
- Select the appropriate models to design the current system release
- Define the architectural significant aspects of the current system release
- Allocate Requirements Specifications and Developers to the architectural design elements
- Design and implement hardware systems and software applications
- Develop architectural solutions for databases, user interfaces, and web services
- Collaborate with programmers and developers to determine project scope and direction
- Decide on the coding standards to be used in project development
- Create modifications for existing software to upgrade performance
- Conduct testing to ensure optimal functionality
- Debug any errors or issues that arise
- Ensure architectural integrity of software solutions
- Determine programming timelines and complete releases
- Design the implementation of crosscutting concerns by promoting modifiability, increasing modularity and avoiding the tangling of crosscutting functionality and business domain functionality.
- Design objects that make up the system, allowing to display the relationships among those objects and to describe what the objects can do and the services they provide.
- Design inheritance, to describe evolution and extension in an incremental manner and to capture commonalities.
- Design data in sufficient details, without regard to how they will be physical implemented in the database.
- Design how the data will be built in the database by showing all table structures, including column name, column data type, column constraints, primary key, foreign key, and relationships between tables.
- Design sending events and messages to recipients.
- Design interactions between entities.
- Allocate software components and elements to the file management system in the production environment.
- Interpret the grouping of architectural modules that offers a cohesive set of services.
- Describe the mapping between the software’s components and connectors and the hardware of the computing platform on which the software executes.