Nalin Angrish
Building novel systems fast, then scaling them with rigor

Nalin Angrish

Systems Engineer • Robotics Builder

I build production-grade systems where software, hardware, and AI meet.

From rapid distributed prototypes to autonomous robotics pipelines, I focus on systems that are ambitious, fast-moving, and built to become real products.

Current Engineering Focusactive
Novel distributed runtimes and process architectures
Rapid prototyping in multi-process Linux systems
Applied AI for robotics autonomy and control loops

10+

deployed builds

4

core domains

24/7

build velocity

Engineering Signature

I don't just ship features. I build novel systems that move fast.

Novelty-Driven Engineering

I chase high-leverage ideas early, prototype quickly, and turn unconventional concepts into working systems.

Distributed Systems Velocity

From daemons and IPC to distributed control paths, I build scalable architecture without slowing down iteration.

Rapid Build Discipline

I optimize execution speed across planning, coding, and deployment so ambitious systems ship faster.

Robotics + AI Integration

I connect control systems, perception, and ML pipelines into deployable autonomous behavior, not just demos.

About The Builder

Engineering with velocity and ambition

My journey

I started by pulling systems apart just to understand how they worked. That curiosity evolved into building complete technical stacks, from low-level software and distributed components to robotics and AI-driven autonomy.

Today my focus is clear: create novel systems quickly, validate aggressively, and turn high-velocity prototypes into robust engineering outcomes across distributed systems, robotics, and AI.

Novelty over Routine

I prioritize unconventional ideas that open up new capabilities, not only incremental improvements.

Build Fast, Learn Faster

I move quickly from concept to working prototype, then iterate with hard technical feedback.

Nalin Angrish

Current Direction

Distributed Systems, Robotics, and AI with rapid execution.

Engineering Focus

Novel distributed systems and fast prototype loops

Education

B.Tech Mechanical Engineering, IIT Ropar (2023-2027)

Expertise Map

Systems built for speed and novelty

I engineer end-to-end systems across distributed software, robotics, and AI with a focus on rapid development and ambitious technical scope.

Novel Systems Engineering

Designing unconventional software systems quickly, then shaping them into production-ready architecture.

  • Systems Programming (C++, Python)
  • Distributed and Multi-Process Architecture
  • Daemon Design, IPC, and Linux Runtime Internals
  • Rapid Prototype-to-Production Iteration

Distributed Infrastructure

Building scalable control planes and backend paths for high-velocity engineering environments.

  • Backend API and Runtime Design
  • Concurrency and Process Orchestration
  • Observability and Performance Tracing
  • Systems Debugging Under Real Load

Robotics and Autonomy

Engineering autonomous behavior by integrating control, sensing, and robust software loops.

  • ROS2 and Modular Robotics Software
  • Autonomous Navigation and Planning
  • Sensor Fusion and Control Systems
  • Embedded Prototyping (STM32, ESP32, Raspberry Pi)

Applied AI Systems

Shipping AI capabilities inside real systems with strong integration into robotics and infrastructure.

  • LLM Tooling, RAG, and MCP Workflows
  • Computer Vision for Robotics
  • Rapid Applied ML Prototyping
  • Reinforcement Learning for Autonomous Control

Project Lab

Selected engineering builds

Projects where I explore novel systems, distributed architecture, robotics autonomy, and applied AI with rapid execution.