Control Computing Autonomous systems

Research

My work connects control theory and computing to engineer software-intensive systems that remain predictable, adaptive, and resource-aware under uncertainty.

4 core research areas 5 current doctoral researchers Theory to real systems
Research portfolio

Core research areas

Four connected perspectives on dependable intelligent systems.

Robotics and multi-agent systems Collaborative robots, task planning, multi-agent interaction, and reactive control. Explore area Cloud and distributed systems Resource allocation, elasticity, industrial IoT, and data-stream processing. Explore area Self-adaptive systems Designing and controlling software that operates in uncertain environments. Explore area Cyber-physical and real-time systems Timing, resilience, synchronization, and feedback-based resource management. Explore area
People

Research team

Current doctoral researchers and their primary topics.

Sheela Hariharan

Cyber-security

Industrial PhD

Farshad Rahimi

Cybersecurity for Control and Multi-Agent Systems

Research network

Alumni

Former doctoral and postdoctoral researchers.

Doctoral alumni10 researchers
Postdoctoral alumni7 researchers

Mojtaba Kaheni

Control theory · 2023–2026

Energy Management Consultant, Hitachi Energy

Anas Al-hashimi

Control theory · 2022–2024

Researcher, University of Baghdad

Filip Markovic

Real-time systems · 2020–2022

Postdoctoral Researcher, MPI-SWS

Inmaculada Ayala

Self-adaptive systems · 2019–2020

Postdoctoral Researcher, University of Málaga
Research in action

Research projects

Collaborative projects connecting foundational research with industrial needs.

Active projects 4 projects

KKS

MARC

Mälardalen University Automation Research Centre

KK-stiftelsen Research Profile
MDU

MORETRUST

A Model-Driven Framework for Runtime Self-Adaptation of Trusted Smart Software Systems

Trusted Smart Systems Initiative
Past projects13 projects