Role Proficiency:
Act creatively to develop applications and select appropriate technical options optimizing application development maintenance and performance by employing design patterns and reusing proven solutions account for others' developmental activities
Outcomes:
Interpret the application/feature/component design to develop the same in accordance with specifications. Code debug test document and communicate product/component/feature development stages. Validate results with user representatives; integrates and commissions the overall solution Select appropriate technical options for development such as reusing improving or reconfiguration of existing components or creating own solutions Optimises efficiency cost and quality. Influence and improve customer satisfaction Set FAST goals for self/team; provide feedback to FAST goals of team membersMeasures of Outcomes:
Adherence to engineering process and standards (coding standards) Adherence to project schedule / timelines Number of technical issues uncovered during the execution of the project Number of defects in the code Number of defects post delivery Number of non compliance issues On time completion of mandatory compliance trainingsOutputs Expected:
Code:
Code as per design Follow coding standardstemplates and checklists Review code – for team and peers
Documentation:
checklists
guidelines
standards for design/process/development Create/review deliverable documents. Design documentation
r and requirements
test cases/results
Configure:
Test:
scenarios and execution Review test plan created by testing team Provide clarifications to the testing team
Domain relevance:
Manage Project:
Manage Defects:
Estimate:
Manage knowledge:
share point
libraries and client universities Review the reusable documents created by the team
Release:
Design:
LLD
SAD)/architecture for Applications/Features/Business Components/Data Models
Interface with Customer:
Manage Team:
opportunities
etc Ensure team is engaged in project
Certifications:
Skill Examples:
Explain and communicate the design / development to the customer Perform and evaluate test results against product specifications Break down complex problems into logical components Develop user interfaces business software components Use data models Estimate time and effort required for developing / debugging features / components Perform and evaluate test in the customer or target environment Make quick decisions on technical/project related challenges Manage a Team mentor and handle people related issues in team Maintain high motivation levels and positive dynamics in the team. Interface with other teams designers and other parallel practices Set goals for self and team. Provide feedback to team members Create and articulate impactful technical presentations Follow high level of business etiquette in emails and other business communication Drive conference calls with customers addressing customer questions Proactively ask for and offer help Ability to work under pressure determine dependencies risks facilitate planning; handling multiple tasks. Build confidence with customers by meeting the deliverables on time with quality. Estimate time and effort resources required for developing / debugging features / components Make on appropriate utilization of Software / Hardware’s. Strong analytical and problem-solving abilitiesKnowledge Examples:
Appropriate software programs / modules Functional and technical designing Programming languages – proficient in multiple skill clusters DBMS Operating Systems and software platforms Software Development Life Cycle Agile – Scrum or Kanban Methods Integrated development environment (IDE) Rapid application development (RAD) Modelling technology and languages Interface definition languages (IDL) Knowledge of customer domain and deep understanding of sub domain where problem is solvedAdditional Comments:
Responsibilities • IT Tools support for Engineering organization (e.g., Polarion, Jira, Confluence, Azure DevOps, Bamboo, Jfrog Artifactory) • Infrastructure Provisioning and Management: Setting up and maintaining the necessary infrastructure to support development and operational activities. • Continuous Integration and Continuous Deployment (CI/CD): Implementing and managing CI/CD pipelines to automate the software release process. • Tool Management: Overseeing various DevOps tools' selection, implementation, and maintenance. • Configuration Management: Ensuring all systems are configured correctly and consistently. • Monitoring and Logging: Establishing systems to monitor application performance and maintain logs for troubleshooting. • Monitoring and Observability: Implementing tools and practices for real-time monitoring and observability of systems. • Security and Compliance: Enforcing security measures and ensuring compliance with industry standards. • Cloud-Native Technologies: Utilizing microservices, APIs, and other cloud-native technologies to enhance scalability and flexibility. • Infrastructure as Code (IaC): Managing infrastructure through code for efficient provisioning and operation. • Automation, Containerization, and Orchestration: Streamlining processes through automation and managing containerized applications. • Security Integration: Incorporating security practices early in the development lifecycle (Shift-Left Security). • Site Reliability Engineering (SRE): Ensuring the reliability and availability of services through proactive engineering practices. • Agile and DevOps Alignment: Working within Agile frameworks and aligning with DevOps principles for continuous improvement. • Continuous Testing and Monitoring: Conducting ongoing testing and monitoring to maintain high-quality standards. • Collaboration and Communication: Facilitating effective communication and collaboration within and across teams. • Continuous Learning and Improvement: Keeping current with the latest technologies and practices for ongoing professional development. • Data Management: Handling data migration, creation, movement, and removal. • Server and Tools Management: Performing server maintenance, managing backups, and ensuring tool security. • Customer Support: Providing technical support globally and ensuring customer satisfaction with improved Service Level Agreements (SLAs). • Performance Tuning: Optimizing the performance of servers, applications, and tools. • Ticketing and Documentation: Monitoring ticket queues, updating knowledge bases, and creating reports. Application Architect (Avinash) - Manage Application Admin - Manage Vendor relationship - Vendor issue management (vendor ticket management): Gap Tool / UI Admin (80%) - Access, license/audit monitoring, certification updates - Application administration tuning & performance parameters for application stability - Application logs monitoring - Application upgrades - Monitoring of application (e.g. availability) - Works with Architect on vendor management - Works with System Admin for any Infrastructure related issues - Builds necessary tool scripts / basic scripting knowledge System Administrator (Application Infrastructure) (20%) - Get Infra, DB, OS, etc. logs to monitor issues and recommend improvements to address problems/performance/etc. Gaps: - Jira/Confluence on non-standard OS, creates an issue for Tool Admin and System Administrator responsibilities o Architect is the responsible role for administrating non-standard OS until moved to standard platform - Vendor support responsibilities (ticket management, vendor issue fix recommendation o Architect to be responsible for orchestration of any vendor related issue resolution recommendations - Any new tool additions: o Scope/Effort alignment-based ticketing history to assess impact o Once scope support is agreed upon, Knowledge transfer from current responsible party to tool admin - Application-level scripting o To managed daily support/admin tasks, access requests, etc. - Ticket baseline: review 2023 & 2024 numbers o ~300 tickets per month in EV space