PhD in Machine Learning
VIT, Vellore · 2020 · GPA 9/10
Completed doctoral research on rumor detection and control with deep learning.
Senior Machine Learning Engineer | Enterprise AI Systems & Platforms
I design and deliver production-grade AI systems that improve customer experience while reducing operational costs.
At Eurowings (Lufthansa Group), I lead the design and delivery of AI platforms—from ambiguous business problems to reliable, monitored production systems.
Highlights
Eurowings Digital GmbH • Europe | Remote
Most AI prototypes never become successful products. My passion is turning innovative ideas into reliable production systems.
I design and deliver production-grade AI solutions that transform complex business problems into measurable outcomes. With 13+ years of industry experience spanning software engineering, machine learning, and AI systems, and a Ph.D. in Machine Learning, I specialize in developing enterprise AI platforms including semantic search, retrieval-augmented generation (RAG), forecasting solutions, and MLOps systems that improve customer experience while operating reliably at scale.
My background in backend engineering, technical leadership, applied machine learning, and research enables me to bridge the gap between experimentation and production. I build AI solutions that balance model performance, retrieval quality, latency, scalability, governance, and operational cost to create systems that deliver sustained business value.
I enjoy solving the complete AI lifecycle—from data exploration and model development to deployment, monitoring, evaluation, and continuous improvement—because successful AI is not just about building accurate models; it is about building systems that work reliably in the real world.
I believe successful AI products are built through engineering discipline rather than larger models.
My design principles are:
My goal is to build AI systems that engineers can confidently operate and customers can trust.
Production AI systems built for enterprise scale. From search to RAG to MLOps infrastructure.
Note: Leadership responsibilities listed above reflect technical leadership and cross-functional collaboration. Direct people management responsibilities are documented in individual project ownership sections.
Experimentation, tooling, and data engineering projects demonstrating breadth and curiosity.
More projects on GitHub
Staying current with emerging AI patterns and infrastructure
Production systems, measurable outcomes, and engineering ownership across search, LLM applications, and platform delivery.
Senior-level signals from career progression, doctoral depth, and enterprise ownership.
VIT, Vellore · 2020 · GPA 9/10
Completed doctoral research on rumor detection and control with deep learning.
From Software Teams to ML Teams · 2016-Present
Led software delivery teams (2016-2020), then transitioned to leading ML engineering teams—[cross-functional teams] building production AI systems (2020-present).
From Java/AEM to Production AI
Progressed from enterprise software engineering to ownership of production AI systems.
Four production systems that show how I work across retrieval, LLM applications, platform engineering, and applied machine learning.
Teaching, invited talks, and certifications that reinforce technical leadership.
Gopalan College of Engineering and Management (GCEM) • 2025-02-03 to 2025-02-08 • Bengaluru, India
Delivered NLP and data science sessions for faculty, with research directions and live demos.
School of Information Technology and Engineering • 2020-02-05 • VIT, Vellore
Presented software engineering process, tools, and applied Java practices.
INDIA-2018 • 2018-07-20 • Mauritius
Presented pulse-vaccination based rumor control research.


Capabilities organized by system responsibility rather than a flat keyword list.
Engineering judgement from production search, enterprise AI delivery, and retrieval system design.
Optional reading for deeper technical context and academic work.
International Journal on Semantic Web and Information Systems (IJSWIS)
CNN architecture for early rumor identification.
View publicationJournal of Organizational and End User Computing
Bio-inspired strategy for rumor containment.
View publicationInternational Journal of Web Services Research (IJWSR)
Hybrid neuro-fuzzy model for rumor detection.
View publicationSN Applied Sciences (Springer)
Influence modeling for targeted information diffusion.
View publicationInformation Systems Design and Intelligent Applications (Springer)
Pulse-vaccination inspired rumor control strategy.
View publicationI'm always happy to discuss Enterprise AI, Search, RAG, MLOps, and Production Machine Learning.
Let's connect.
santhoshramuk@gmail.com • Europe | Remote