Technical Architect

Technical Architect Job Title

Technical Architect

Role Purpose

The Technical Architect is responsible for the technical delivery of a project or major technical area, translating business and solution requirements into a robust technical architecture and driving that architecture through implementation and production.

The Technical Architect acts as the primary technical authority for the project/team and partners with the Project Manager to ensure that technical decisions, risks, dependencies, quality, and engineering execution are effectively managed.

Key Responsibilities Solution & Architecture

Understand business objectives, functional requirements, and non-functional requirements.

Define technical architecture for projects or major technical areas.

Develop architecture across application, integration, data, cloud, security, and infrastructure dimensions as applicable.

Select appropriate technologies, frameworks, platforms, and architectural patterns.

Define APIs, integration patterns, data flows, deployment architecture, and technical interfaces.

Evaluate architecture alternatives and provide clear recommendations.

Establish architectural principles and technical standards for the project.

Review and approve detailed technical designs.

Ensure architecture remains aligned with business objectives throughout delivery.

Technical Delivery

Own the technical execution of the project or assigned technical domain.

Translate architecture into an actionable technical delivery approach.

Define technical milestones, dependencies, sequencing, and readiness requirements.

Work closely with development, QA, DevOps, security, data, and other technical teams.

Drive resolution of complex technical problems.

Ensure implementation remains aligned with architectural intent.

Make timely technical decisions to prevent delivery delays.

Support release and production readiness.

Technical Quality

Establish technical quality expectations and engineering practices.

Review implementation against architecture and technical standards.

Ensure NFRs such as performance, scalability, security, reliability, accessibility, and maintainability are addressed.

Drive technical debt identification and remediation.

Ensure adequate technical validation before production release.

Technical Risk & Problem Management

Proactively identify technical risks throughout the delivery lifecycle.

Assess probability, impact, dependencies, and potential delivery implications.

Develop mitigation and contingency plans.

Own technical risk resolution through closure.

For significant technical issues, provide:

Problem

Options

Recommendation

Mitigation

Contingency

Collaborate with the PM/PMO when technical risks have implications for project commitments.

Technology & Engineering

Provide technical leadership to engineering teams.

Establish engineering practices and development standards.

Evaluate emerging technologies and determine their applicability.

Drive automation, engineering efficiency, and technical modernization.

Ensure appropriate observability, monitoring, logging, and operational considerations are incorporated.

AI Adoption & Governance

Identify and implement practical AI opportunities across the project lifecycle.

Drive adoption of approved AI tools for development, testing, documentation, code review, and engineering workflows.

Define appropriate controls for AI-generated code and outputs.

Ensure compliance with AI security, privacy, responsible AI, human-in-loop, and organizational governance requirements.

Measure and communicate the technical value generated through AI adoption.

Presales Solutioning

Independently contribute to technical solutioning within assigned scope.

Support discovery and requirement clarification.

Develop solution options and technical approaches.

Provide technical complexity, dependency, risk, and estimation inputs.

Participate in client technical discussions and proposal presentations.

Technical Competencies

Strong software architecture and system design.

Advanced programming and engineering knowledge.

Distributed systems and integration architecture.

Cloud architecture and cloud-native technologies.

API and microservices architecture.

Database and data architecture fundamentals.

Security architecture principles.

Performance, scalability, reliability, and observability.

DevOps and CI/CD.

Modern testing and quality engineering.

AI-assisted software engineering and AI governance.

Strong understanding of architecture and design patterns.

Behavioral Competencies

Technical leadership.

Strong ownership and accountability.

Structured problem solving.

Decision-making under ambiguity.

Strong client and stakeholder communication.

Ability to influence without authority.

Conflict resolution and constructive challenge.

Ability to mentor engineers and junior architects.

Business-oriented technical thinking.

Experience & Qualification

Bachelor's/Master's degree in Computer Science, Engineering, IT, or related field.

Typically 8–12 years of software engineering experience, including significant architecture/design responsibility.

Demonstrated experience owning technical delivery for complex applications or projects.

Strong hands-on technical background.