Doctoral thesis
- Mehar Ullah (2019 – 2023; LUT): Framework for digitalizing different industrial sectors via the Internet of Things. Now project researcher in LUT.
- Dick Carrillo Melgarejo (2018 – 2023; LUT): Improving the design of cellular networks beyond 5G for smart grids. Now in Nokia (and 10%-part time in LUT).
- Majid Hussain (2019 – 2023; LUT): Heuristic-Based Packetized Energy Management for Residential Electricity Demand. Now project researcher in LUT.
- Daniel Gutierrez Rojas (2019 – 2023; LUT): Anomaly detection in cyber-physical applications. Now postdoc in LUT.
- Arthur Sousa de Sena (2019 – 2022; LUT): Intelligent Reflecting Surfaces and Advanced Multiple Access Techniques for Multi-Antenna Wireless Communication Systems (with honours). Now in University of Oulu.
- Iran Ramezanipour (2017 – 2022; University of Oulu): Hybrid Spectrum Mechanism for Energy Vertical. Now in Nokia (Finland)
- Mauricio de Castro Tomé (2017 – 2021; University of Oulu): Advanced electricity metering based on event-driven approaches (with honours). Now in Accenture (Brazil)
- Fernanda Spada Villar (2018 – 2021; University of Campinas): Detection of appliances utilization patterns in residential installations using dimensionality reduction techniques. Now in Siemens (Brazil)
- Florian Kühnlenz (2017 – 2020; University of Oulu): Analyzing Flexible Demand In Smart Grids. Now in energy2market (Germany)
Master thesis
- Vertti Eronen (2023) – with Abloy: Ultra-wideband antenna design and placement in embedded indoor positioning systems
- Hesam Shaygan (2023) – with VTT: Time synchronization for large volume metrology in industrial networks
- Joona Heljälä (2023) – with Auramarine: Review and productization of equipment for collecting, monitoring, reporting, and transmitting the data of ships’ fuel oil systems
- Oleg Rogov (2022): Fault Detection in Diesel Engines using Deep Learning and QARMA algorithms
- Alexander Beattie (2022): Detecting temporal anomalies in time series data utilizing the matrix profile
- Juha-Jaakko Heiskari (2022) – with VTT : Computing paradigms for research: cloud vs. edge
- Vesa Mäki (2021) – with Vaisala: Feasibility Evaluation of LPWAN Technologies – Case Study for a Weather Station
- Joni Järvinen (2020) – with Empower: Definition of requirements for a control room diary application
- Juha Immonen (2020) – with Teknoware Oy: Cost-factors in IoT platforms
- Tuomo Hörkkö (2020) – with Digita: Quality assurance of LoRaWAN base station antennas using measurement data
- Jouni Meisaari (2020) – with Sandvik: Utilizing Lean for analysing IIoT investments in mining
- Pekka Räsänen (2020): Event-driven approach for Tennessee Eastman process
- Ellina Shchurovskaya (2020): Dispatch optimization of energy communities for collective provision of network congestion management
- Juha Närvä (2020): Governance models for IoT-based Energy Internet using a multi-agent approach
- Janne Kauppi (2019) – with Outotec: The benefits and feasibility of IoT in mining equipment : tracking of consumable components in industrial filters
- Askar Serikov (2018): EcoFeed: a better energy consumption feedback system
- Sohail Wahid (2018): Assessing electric vehicles charging via packetized management systems
- Iran Ramezanipour (2016; University of Oulu): Decision error probability in a two-stage communication network for smart grids with imperfect sensing and data links
Bachelor thesis
- Umair Muhammad Raihan (2022): Application of multi-agent scheduling optimisation algorithm in Finnish residential energy management system
- Leevi-Kalle Väisänen (2022): Facilitating Smart Grid data using IoT and Big Data
- Victor Sopin (2022): Vehicular communication aided by 5G networks : a latency analysis
- Samuli Pietarinen (2022): System performance on cellular networks supporting industrial applications
- Paavo Pennanen (2021): Simulation of cell-free massive MIMO system
Cyber-Physical Systems Group 