AI-Enabled Structural Engineer

Santriya Technologies; Chennai District; On-site; INR 1,200,000 - 2,400,000; Full time

Job summary

Santriya Technologies is seeking an AI-Enabled Structural Engineer to deliver structural analysis and design for buildings, facilities and industrial/warehouse environments, using AI to accelerate information retrieval and review while retaining full engineering accountability.

As part of the role, you will develop design basis and models, check loads and stability, coordinate BIM interfaces with architecture and MEP teams, review vendor designs, and lead peer reviews where needed while

Responsibilities

• Develop structural design basis, models, calculations, drawings and specifications for assigned scope.
• Check loads, combinations, stability, connections, foundations and serviceability against codes and project criteria.
• Use approved AI tools for code/document search, revision comparison and review prompts; verify calculations and interpretations.

Job description

• Santriya Technologies is seeking an AI-Enabled Structural Engineer to deliver structural analysis and design for buildings, facilities and industrial/warehouse environments, using AI to accelerate information retrieval and review while retaining full engineering accountability.
• Product & documentation operating model: You will be assigned one or more company products, client solutions or operational services.
• The approved product documentation, SOPs, policies, process maps, knowledge articles, release notes, controls, scripts and AI runbooks are the source of truth.
• Use only approved enterprise AI tools to retrieve, summarize, draft, classify, prioritize or automate work.
• Validate material AI outputs against current documentation and authoritative system data, record exceptions, and elevate conflicts or missing guidance.
• Do not invent product features, prices, customer entitlements, engineering limits, regulatory positions or safety instructions.

Key Responsibilities:

• Develop structural design basis, models, calculations, drawings and specifications for assigned scope.
• Check loads, combinations, stability, connections, foundations and serviceability against applicable codes and project criteria.
• Use approved AI tools for code/document search, revision comparison and review prompts; verify all calculations and interpretations independently.
• Coordinate BIM/model interfaces and resolve clashes with architecture, MEP, equipment and civil teams.
• Review vendor/subcontractor designs, RFIs, changes and site deviations.
• Support inspections, construction queries and as-built validation.
• Maintain design assumptions, calculation records and approval traceability.
• Lead peer reviews for critical or non-standard structures.
• AI-enabled ways of working:
• Use approved GenAI copilots, enterprise search/RAG, analytics and workflow agents to reduce repetitive work and improve decision preparation.
• Keep prompts, outputs and automated actions within approved data-access, confidentiality and retention rules.
• Correct inaccurate summaries, classifications or recommendations before they become customer, operational or system records.
• Feed recurring AI errors, knowledge gaps and process friction into product, documentation and control improvement.
• Human accountability: AI is a copilot, not the accountable decision-maker.
• The role holder remains responsible for judgement, quality, privacy, security and appropriate escalation.
• Credit, fraud blocking, legal/regulatory, financial advice, safety-critical, clinical, employment and other high-impact decisions must follow delegated authority and required human review.
• Success Measures:
• Structural deliverables pass review with fewer comments
• Construction RFIs/rework reduce
• Design assumptions remain traceable
• Safety and code compliance are uncompromised