Hi, I'm Dmitriy Khramtsov - Principal Software Engineer at Google
I am deeply passionate about architecting scalable software that stands the test of time. I thrive in complex technical environments where I can mentor talented engineers and solve challenging systemic problems.
At a glance
Curated signals on strengths, focus areas, and how they can help.
Bridged academic research at Novosibirsk State University with early-stage software development at Novosoft.
Currently serves as a Principal Software Engineer at Google leading large-scale technical initiatives.
Offers deep expertise in system architecture, engineering leadership, and scaling robust software solutions.
🚀 Career trajectory
Foundational Research
Spent formative years at Novosibirsk State University blending academic research with IT project execution.
✦ Academic Roots
✦ Foundational Computing
Rapid Growth Phase
Transitioned into private sector software engineering, building core competencies in commercial enterprise environments.
✦ Software Engineering
✦ Industry Transition
Principal Leadership
Currently driving technical excellence at Google, focusing on large-scale infrastructure and system longevity.
✦ Senior Leadership
✦ Large-Scale Systems
💪🏻 Superpowers
Architectural Mastery
Designing high-scale systems for global impact
✦ Architecting complex distributed systems at massive scale.
✦ Refining technical strategy for long-term software sustainability.
Technical Mentorship
Guiding teams through sophisticated engineering cycles
✦ Fostering growth in engineering teams through hands-on technical guidance.
✦ Translating abstract technical goals into actionable development roadmaps.
Pragmatic Problem Solving
Merging academic depth with industry speed
✦ Applying research-backed methodologies to solve practical, real-world engineering bottlenecks.
✦ Navigating legacy technical debt with modern, scalable refactoring strategies.
I'm excited about
✦ Exploring cross-industry technical challenges to broaden my engineering perspective.
✦ Connecting with peers in advanced research to discuss emerging software paradigms.
✦ Finding new avenues for high-level technical advising and collaborative building.
I can help with
✦ Reviewing complex architectural designs to identify potential scaling vulnerabilities.
✦ Providing guidance on transitioning from individual contributor roles to principal-level engineering.
✦ Advising on long-term career growth within large-scale technology organizations.
I would love your help on
✦ Learning about emerging non-traditional engineering challenges in new startups.
✦ Gaining insights into current trends regarding remote organizational infrastructure.
✦ Discovering new communities that prioritize deep technical discourse over networking.