Hi, I'm Deepika Sangwan - Software Engineer at Google
I am a builder at heart, driven by the challenge of connecting physical dynamics with digital scale. I thrive in high-complexity environments where I can apply rigorous systems thinking to solve hard problems.
At a glance
Curated signals on strengths, focus areas, and how they can help.
Applied mechanical engineering principles to manufacturing and high-speed production systems early in the professional career.
Designs and develops distributed, high-availability services for global AI accelerator fleets at Google.
Mentors peers in system design, focusing on performance, scalability, and system security practices.
🚀 Career trajectory
Physical Systems Engineer
Began by designing chassis and brake systems through FEA and structural dynamics in automotive and manufacturing contexts.
✦ Mechanical Engineering
✦ Manufacturing Ops
Hyperscale Software Architect
Scaled technical expertise into software, now architecting core infrastructure for AI workloads at a global scale.
✦ Distributed Systems
✦ AI Infrastructure
💪🏻 Superpowers
Systems Architecture Specialist
Architecting resilient infrastructures at planetary scale.
✦ Mastering fault-tolerance in high-availability distributed systems.
✦ Optimizing machine resource management for massive AI fleets.
✦ Integrating deep-level system performance into global infrastructures.
Multidisciplinary Problem Solver
Applying mechanical engineering rigor to software design.
✦ Leveraging Finite Element Analysis principles for code efficiency.
✦ Adapting physical-world process control for digital environments.
✦ Bridging mechanical and software domains for unique design insights.
Technical Leadership Mentor
Cultivating engineering excellence in peer groups.
✦ Driving team growth through systematic knowledge transfer.
✦ Coaching engineers on system design and scaling patterns.
✦ Fostering collaboration within complex, cross-functional technical teams.
I'm excited about
✦ Exploring advanced distributed systems roles within the EU tech ecosystem.
✦ Connecting with engineering leaders to discuss future infrastructure challenges.
✦ Contributing to high-impact technical communities focused on scaling AI.
I can help with
✦ Providing guidance on transitioning from mechanical to software engineering.
✦ Mentoring on distributed system design patterns and performance optimization.
✦ Offering insights into hyperscale data management and infrastructure reliability.
I would love your help on
✦ Gaining insights into the Dutch and German backend engineering markets.
✦ Learning about organizational culture shifts for international relocation.
✦ Connecting with local technical leads to understand regional engineering challenges.