Technical Lead

RESPONSIBILITIES

• RESEARCH, DESIGN, ARCHITECT, AND BUILD HIGHLY RELIABLE, AVAILABLE, AND

SCALABLE SOLUTIONS CAPABLE OF HANDLING MILLIONS OF API CALLS ACROSS

DISTRIBUTED SYSTEMS.

• LEAD THE TECHNICAL DESIGN AND IMPLEMENTATION OF COMPLEX SYSTEMS,

APPLYING ADVANCED DESIGN PATTERNS AND ARCHITECTURAL BEST PRACTICES.

• ADOPT AI TO DELIVER CUSTOMER-FACING, COST-EFFECTIVE SOLUTIONS,

IMPROVING NPS.

• OWN LARGE TECHNICAL DELIVERABLES AND MAINTAIN END-TO-END

ACCOUNTABILITY FOR THE FUNCTIONAL SERVICES YOUR TEAM DELIVERS.

• DRIVE THE TECHNICAL ROADMAP IN COLLABORATION WITH PRODUCT AND

BUSINESS TEAMS, ENSURING ALIGNMENT WITH ORGANIZATIONAL GOALS.

• BREAK DOWN AMBIGUOUS PROJECTS INTO ACTIONABLE TASKS AND MULTIPLE

SPRINTS, PROVIDING ACCURATE DELIVERY ESTIMATES AND CLEAR TECHNICAL

DIRECTION.

• LEAD BY EXAMPLE; MENTOR, COACH, AND GUIDE TEAM MEMBERS ON STRUCTURED

PROBLEM-SOLVING, DEVELOPMENT BEST PRACTICES, AND CAREER GROWTH.

• PLATFORMIZE COMPONENTS AS LIBRARIES, UTILITIES, AND SERVICES TO PROMOTE

REUSE AND STANDARDIZATION ACROSS TEAMS.

• MONITOR OPERATIONAL METRICS, ESTABLISH SLAS FOR SYSTEM PERFORMANCE,

AND PROACTIVELY ADDRESS RELIABILITY AND SCALABILITY CONCERNS.

• COORDINATE INCIDENT RESPONSE AND LEAD ROOT CAUSE ANALYSIS FOR

PRODUCTION ISSUES, DRIVING CONTINUOUS IMPROVEMENT.

• IMPLEMENT AND ENFORCE CODE QUALITY STANDARDS, REVIEW PROCESSES, AND

TECHNICAL DOCUMENTATION PRACTICES.

• CONCEPTUALIZE AND DEVELOP PROTOTYPES QUICKLY TO VALIDATE TECHNICAL

APPROACHES AND DE-RISK SOLUTIONS.

• COLLABORATE ACROSS FUNCTIONS AND TEAMS TO DESIGN AND IMPLEMENT END-

TO-END SOLUTIONS.

• PROACTIVELY IDENTIFY AND MITIGATE TECHNICAL RISKS, LIMITATIONS, AND

BOTTLENECKS.

REQUIREMENTS

• BTECH OR MTECH IN COMPUTER SCIENCE OR A RELATED TECHNICAL DISCIPLINE.

• EXPERTISE IN AT LEAST ONE TECHNOLOGY STACK (JAVA, PYTHON, NODE.JS,

GOLANG), WITH PROFICIENCY IN MULTIPLE LANGUAGES/FRAMEWORKS.

• EXPERIENCE ARCHITECTING AND BUILDING COMPLEX, SCALABLE SOLUTIONS AND

MANAGING MULTI-SYSTEM INTERACTIONS.

• STRONG OBJECT-ORIENTED DESIGN SKILLS WITH A DEEP UNDERSTANDING OF

DESIGN PATTERNS, REST, DISTRIBUTED SYSTEMS, AND ASYNCHRONOUS

COMMUNICATION.

• CAN PLAY THE ROLE OF AI ENGINEER, EVALUATE MULTIPLE POSSIBILITIES, AND

IDENTIFY THE BEST MODELS FOR THE JOB AT HAND.

• EXPERIENCE IN ADOPTING AI IN THE SDLC PROCESS.

• PROVEN ABILITY TO BUILD REUSABLE CODE LIBRARIES, FRAMEWORKS, AND

PLATFORM COMPONENTS.

• TRACK RECORD OF BUILDING AND DELIVERING MISSION-CRITICAL, 24X7

PRODUCTION SYSTEMS.

• STRONG KNOWLEDGE OF NON-FUNCTIONAL REQUIREMENTS (SCALABILITY,

SECURITY, PERFORMANCE, RELIABILITY).

• EXPERIENCE MONITORING AND OPTIMIZING SYSTEM PERFORMANCE METRICS.

• ABILITY TO BREAK DOWN COMPLEX REQUIREMENTS INTO ACTIONABLE TASKS WITH

ACCURATE ESTIMATES.

• EXCELLENT COMMUNICATION SKILLS, WITH THE ABILITY TO WRITE

COMPREHENSIVE TECHNICAL DOCUMENTATION AND PRESENT TO STAKEHOLDERS.

• EXPERIENCE LEADING MULTI-ENGINEER PROJECTS, MENTORING JUNIOR TEAM

MEMBERS, AND INFLUENCING CROSS-TEAM TECHNICAL DECISIONS.

• PROFICIENCY WITH AGILE METHODOLOGIES (SCRUM), TDD, AND CI/CD

PIPELINES.

• DEMONSTRATED ABILITY TO BALANCE TECHNICAL EXCELLENCE WITH BUSINESS

PRIORITIES.

• STRONG PROBLEM-SOLVING SKILLS WITH A DATA-DRIVEN APPROACH TO

DECISION-MAKING.