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Lead Principal Engineer - AI Delivery HubAmadeus IT · Bangalore
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Amadeus IT

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Lead Principal Engineer - AI Delivery Hub

🗓️ Posted 2026-10-15 Bangalore Hybrid ICT
💰 Salary Not shared 📊 Market 400,000 EUR–700,000 EUR/mo

About the Company

Ghent Quebec City Dublin Guildford Barcelona Kuala Lumpur Warsaw Founded in 1996, Larian Studios has long been dedicated to creating world-class video games. The team is known for the critically acclaimed Divinity series - six games that straddle multiple genres and defy expectations. Its first crowdfunded success, Divinity: Original Sin, won over 150 awards and nominations, while its sequel Divinity: Original Sin 2 launched with a 93 Metacritic rating, as well as over 160 awards. Its latest game, Baldur's Gate 3, launched to critical acclaim, receiving over 200 Game of the Year Awards, including the five major trophies from the BAFTA Game Awards, Golden Joysticks, Game Developers Choice, DICE, and The Game Awards. Computer Games Specialties: RPG Development, Crowdfunding, Narrative Design, Game Design, Multi-genre Games

Responsibilities

  • ● Lead Principal Engineer - AI Delivery Hub About the Role The Lead Principal Engineer is an experienced technical leader focused on strengthening engineering quality and collaboration across the organization.
  • ● Working across multiple teams and technical areas, you will define and promote engineering standards, practices, and tools that help teams deliver high-quality, secure, and reliable software efficiently. You act as a collaborative enabler, improving developer experience, productivity, software excellence, and operational reliability throughout the AI Delivery Hub.
  • ● You influence through partnership and expertise, collaborating closely with architects, engineering managers, principal engineers, and platform teams to continuously enhance how software is designed, built, tested, deployed, and maintained.
  • ● In this role, you'll:
  • ● Develop and evolve engineering standards, guidelines, and best practices that support scalable, maintainable, and secure software.
  • ● Promote software quality, reliability, and observability, ensuring teams can deliver safely and efficiently.
  • ● Encourage adoption of modern software engineering practices and tools.
  • ● Support technical reviews and help resolve complex engineering challenges through collaboration.
  • ● Enhance developer experience by improving processes, tools, and platforms while reducing obstacles to delivery.
  • ● Advocate for reusable frameworks, templates, and accelerators that streamline team development efforts.
  • ● Drive continuous improvement initiatives, focusing on technology quality, performance, and sustainability.
  • ● Collaborate with engineering leadership and architects to align strategic technical direction and encourage thoughtful decision-making.
  • ● Mentor technical leaders and engineers, creating communities of practice and sharing expertise through workshops, forums, and mentorship.
  • ● Foster an environment of shared learning, curiosity, and inclusive technical excellence.
  • ● What Success Looks Like
  • ● Teams deliver effectively with sustained quality and dependability.
  • ● Consistent adoption of engineering standards promotes smooth cross-team collaboration.
  • ● Developer experience and productivity improve through better tools and practices.
  • ● Technical sustainability (reduction in technical debt) is actively supported.
  • ● Clear engineering guidelines enable autonomy while reducing unnecessary complexity.