Morteza Arezoumandan

Software Engineer

Pisa, Italy

Software Engineer focused on Kubernetes, automation, and cloud-native infrastructure. I work with Kubernetes on a daily basis, building software and automation around distributed systems. I'm also an active follower of the CNCF ecosystem and enjoy keeping up with new open-source tools and technologies.

Morteza Arezoumandan

Technical Capabilities

Programming

Python Java Go Bash

Cloud & Infrastructure

Kubernetes AWS Terraform Docker Ansible Helm

CI/CD & GitOps

Git Azure Pipelines ArgoCD Jenkins

AI / LLM Engineering

LangChain LangGraph RAG

Monitoring & Observability

Prometheus Grafana OpenSearch

Featured Works

Trade Wave

Designed to make strategy research systematic by comparing multiple strategies on the same historical symbols and producing summary metrics, with an easy-to-use UI and API-driven workflow.

Python Flask Vite TypeScript LightGBM

Pandemic Insights

Conducted a clustering analysis of countries based on COVID-19 pandemic spread patterns, identifying trends and insights.

Python MachineLearning

LAM Chat

A distributed chat platform with a fault-tolerant server using Java and Erlang.

Erlang Java

Ceph-Based File Manager

A distributed cloud storage file-manager based on Ceph.

Python Ceph OpenStack

Air Pollution Monitoring System

A Monitoring System to program the simulated sensors with CoAP and MQTT Protocols for efficient data transmission, enabling real-time monitoring.

C Python MQTT

Research & Publications

Recommender Systems for Science: A Basic Taxonomy

Ali Ghannadrad, Morteza Arezoumandan, Leonardo Candela, Donatella Castelli

IRCDL (2022)

The ever-growing availability of research artefacts of potential interest for users calls for helpers to assist their discovery. Artefacts of interest vary for the typology, eg papers, datasets, software. User interests are multifaceted and evolving. This paper analyses and classifies studies on recommender systems exploited to suggest research artefacts to researchers regarding the type of algorithm, users and their representations, item typologies and their representation, and evaluation methods used to assess the effectiveness of the recommendations. This study found that most of the current scientific artefacts recommender system focused only on recommending paper to individual researchers, just a few papers focused on dataset recommendation and software recommender system is unprecedented.

Virtual research environments ethnography: A preliminary study

M Arezoumandan, L Candela, D Castelli, A Ghannadrad, D Mangione, P Pagano

IWSG (2022)

Virtual Research Environments, Science Gateways and Virtual Laboratories are systems aiming at serving the needs of their designated communities of practice by providing them with a working environment for performing their tasks. These systems have been proposed and exploited in diverse application domains and scopes ranging from education to simulation, collaboration, and open science. This paper analyses the literature published from 2010 to start characterising this manifold family of systems. In particular, the study identified and analysed a corpus of 1167 research papers to highlight their distribution over time, the most frequent publication venues and the characterising topics.

Get In Touch

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