Available for opportunities

ANKUR KOHLI

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I am a Software Engineer specializing in AI and GenAI/LLM engineering, focused on architecting scalable, intelligent, and high performance systems with clean, production ready architecture. I have hands on experience developing cross platform frontend and realtime, multithreaded backend systems at an Italian MediaTech organization, delivering responsive applications used in real operational environments. With expertise in Python, C/C++, Java, JavaScript, React, Dart (Flutter), and API driven architectures, I design and deploy resilient software across mobile, web, and distributed platforms.

I have extensive experience engineering realtime distributed systems using Dockerized architectures, ROS2 pipelines, GitLab CI/CD automation, and structured integration workflows, improving system reliability, deployment efficiency, and runtime stability. My work emphasizes modular design, low latency communication, and hardware agnostic scalability, validated through production deployment. I leverage GenAI technologies including LLM, RAG, and LlamaIndex to build intelligent, scalable systems enabling efficient data processing, automation, and secure client server communication.

I am passionate about developing maintainable software, optimizing backend architectures, and delivering intuitive frontend systems. I value collaboration, disciplined engineering, and continuous improvement, and I am committed to advancing reliable, scalable, and intelligent software through robust integration, automation, and modern software engineering practices.

ankur-portfolio
2+ Years
Experience
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ankur-portfolio

Career Identity

Software Engineer with expertise in Python, C/C++, JavaScript, ReactJS, Dart, Flutter, Java, Tailwind CSS & API driven distributed systems, focused on advanced technologies

PythonC/C++ JavaScriptReactJS DartFlutter JavaROS2 DockerLLM / RAG GenAIGitLab CI/CD Tailwind CSS

Professional Experience

Software Engineer
NTT Data Italia ยท Italy
April 2025 - October 2025
  • Developed and managed cross platform frontends with a UI/UX focus and realtime, multithreaded backends, enabling secure low latency communication and improving system responsiveness by 25%.
  • Led the development and deployment of an autonomous NAV2 SLAM pipeline using automation pipelines tested on a real robot, reducing deployment time by 30% and enabling scalable multiplatform deployment.
  • Enhanced system reliability through structured integration testing, validation, and debugging workflows using GitLab CI/CD, which reduced post deployment errors by 40% and improved runtime stability.
  • Drove agile cross team collaboration through technical documentation, architectural design, and specifications, turning research concepts into deployable, high performance systems.
Physical AIFull-StackReactJSPythonROS2SLAMNAV2DockerGitLab CI/CDFlutterDartC++
Software Engineering Thesis Project
NTT Data Italia ยท Italy
June 2023 - February 2024
  • Developed realtime, multithreaded arch to ensure low latency performance and improved system efficiency by 30% for intelligent robotic systems.
  • Prototyped SLAM-based mapping and navigation pipelines within Dockerized ROS2 environments, establishing a foundation for scalable CI/CD deployments.
  • Tested, validated, and debugged software using GitLab CI/CD, increasing system reliability and uptime by 20%.
  • Authored comprehensive technical documentation, improving team productivity and maintainability across projects.
SLAMROS2Physical AIDockerGitLab CI/CDPythonC++

Professional Certifications

Professional certifications and credentials that validate my expertise

Prompt Design in Vertex AI

Google Cloud

February 2026

View Certificate

Azure Fundamentals

Microsoft

November 2025

View Certificate

Introduction to Responsible AI

Google Cloud

January 2025

View Certificate

Responsible AI: Applying AI Principles with Google Cloud

Google Cloud

January 2025

View Certificate

Innovating with Google Cloud AI

Google Cloud

December 2024

View Certificate

Introduction to Generative AI

Google Cloud

October 2024

View Certificate

Introduction to Machine Learning: Art of the Possible

Amazon Web Services (AWS)

September 2024

View Certificate

Introduction to Robotics on AWS

Amazon Web Services (AWS)

September 2024

View Certificate

Projects Experience

02

SkyScope Live Weather Dashboard with API Integration

A fully interactive weather platform that delivers real-time forecasts, AQI metrics, and dynamic visual effects based on live conditions. Developed using JavaScript, Bootstrap, and Canvas animations, the app adapts its UI to weather and time of day, creating an engaging and responsive user experience.

JavaScriptBootstrapREST APICanvas
View Project
03

Interactive Game using JavaScript

A lightweight, browser-based Rock-Paper-Scissors game built using plain HTML, CSS, and JavaScript. The project focuses on simple UI, clean structure, and beginner-friendly logic that clearly demonstrates DOM manipulation and event handling.

HTMLCSSJavaScript
View Project
04

Responsive Website Design

A Restaurant website developed using HTML, CSS, and some minor functions in JavaScript, demonstrating front-end development skills and basic web design principles.

HTMLCSSJavaScript
View Project
05

3D reconstruction

To developed immersive virtual reality experiences of robotics by capturing and converting real-world objects or environments into detailed 3D models.

3D ModelingVRPhotogrammetry
View on YouTube View on GitHub
06

Cervical Cancer Detection using CNN & VGG16 Module

Leveraging deep learning models like VGG16 to classify cervical cancer in medical images, such as Pap smear slides, due to its proven effectiveness in image recognition tasks.

PythonTensorFlowVGG16CNN
View Project
07

Software Architecture for Mobile Robot Control

Developing a software architecture for controlling a mobile robot by applying graph-based routing and Dijkstra's, using ROS, Gazebo, and RViz. Includes ROS nodes in Python: a controller and a UI.

ROSPythonGazeboRViz
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08

Reinforcement Learning using A2C & PPO for Lunar Lander

Implemented solutions for the Lunar Lander problem using Advantage Actor-Critic (A2C) and Proximal Policy Optimization (PPO) algorithms, focusing on optimizing policy via policy iteration approaches and value functions.

PythonRLA2CPPO
View Project
ankur-portfolio

Publications

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Open to full-time roles, freelance projects, and research collaborations.