Hamid Khayyam received his B.Sc. degree (Hons.) from the University of Isfahan, M.Sc. degree from the Iran University of Science and Technology, and Ph.D. degree from Deakin University. Dr. Khayyam has worked in automation and energy productivity for more than ten years in several industrial companies. In his previous position at Deakin University, he led the efforts on modeling, control, and optimization of energy systems for the carbon fiber production line at Carbon Nexus. Dr. Khayyam is currently a Senior Lecturer at the School of Engineering at RMIT University. He has contributed to more than 400 journal papers as editor and reviewer; and published more than 100 articles in professional journals/conferences, 1 book (sole editor), 10 book chapters. Dr. Khayyam serves on several Editorial Boards of Q1-ISI journals. His research is focused on instituting new technologies in support of developing distinctive approaches for integration of Artificial Intelligence and Machine Learning, to solve complex systems, towards developing simple and procedural approaches for end-users of these technologies.
Dr. Khayyam is Top 2% of world scientists' researchers in Applied Sciences - Enabling and Strategic Technologies and Energy in (2020) and (2021).
Dr. Khayyam is an academic member of the Intelligent Automation Research Group (IARG) at RMIT as well as The Materials and Manufacturing Research Institute (MMRI) at The University of British Columbia in Canada.
During the past 10 years of his service in academia, he has collaborated with several universities including The Ohio State University, Texas A&M University, National University of Singapore, The University of British Columbia, and FH Aachen universities.
As an HDR supervisor, 8 Ph.D. students have been graduated under his supervision and they are working in universities and industries.
Dr. Hamid Khayyam has worked in automation and energy productivity in various large-scale industrial companies for more than ten years.
In his previous position, he was leading the efforts on machine learning modeling, control, and intelligent optimization of energy systems in the carbon fiber production line at Carbon Nexus, Deakin University.
His grants and research income from the industrial project is over $455,000.
Professional Interests:
- Senior Member of IEEE and actively involved in Power and Energy and Intelligent Transportation Systems Societies.
- Editor of IEEE Transaction on Vehicular Technology.
- Associate Editor of IEEE Transaction on Intelligent Transportation Systems.
- Editor of Sustainability.
- Reviewers of IEEE TVT, ITS, TIE, TII, Nano Energy.
- Organizing Committee and Member of the Academic Board for more than 10 international conferences.
Supervisor projects
Design, Implementation, and Intelligent Control + IOT of a Recycling Plant
12 Aug 2024
Intelligent Modelling, Control and Optimization of Engineering Complex Systems (renewable Energy)
26 Jun 2024
Enhancing Electric Vehicle Charging Infrastructure: A Machine Learning Approach for Forecasting Charging Demand and Analysing Charging Methods
13 Mar 2024
Intelligent Transportation Systems of Tomorrow
10 Oct 2023
Intelligent control and optimization of complex systems in mechanical engineering
25 May 2023
Thermomanagement of Li-Ion Batteries for eVTOLs (REDI; FH Aachen-DC3: Project 1)
21 Apr 2023
Extended robotic reality for robot learning
3 Jan 2023
Zero Discharge Desalination System by Direct Contact Membrane Distillation (DCMC) Integrated with Solar Pond
27 Oct 2022
Intelligent LoT for Demand Management of Solar Systems
4 Jul 2022
Optimal control of energy consumption for applicants through machine learning and prospect of demand response in the multi-energy system
8 Apr 2022
Simultaneous Road Objects and Lane Detection Models in Autonomous Vehicles
13 Dec 2021
Studying the impact of public transport electrification on the energy landscape
10 Nov 2021
Energy Analytics Applications to Improve Network Planning of Electricity Distribution Network Operators
22 Jun 2020
Modelling, Control and Optimization of Vehicle Energy Management/Efficiency Systems
7 Jan 2020
Design and Control of a Miniature Structure-Climbing Robot
1 Nov 2019
Diffusion in Complex Networks Revisited: A Machine Learning Approach towards Achieving Fair, Dynamics-Sensitive, and Data-Driven Solutions
20 Sep 2019
Learning-based Control System for Energy Management in Advanced Vehicles
4 Jun 2019
Intelligent Energy Management Control Systems for Autonomous Vehicles
11 May 2018
Teaching interests
Modelling, Control and Optimization of Complex Engineering Systems: Energy and Power, Autonomous Vehicle/ Robots, Vehicle to X, EV, HEV, Internet of Vehicle and ITS. Artificial Intelligence, Machine Learning and Adaptive Intelligent Systems. Limited and Big Data Modelling, Industry 4.0.
RMIT University acknowledges the people of the Woi wurrung and Boon wurrung language groups of the eastern Kulin Nation on whose unceded lands we conduct the business of the University. RMIT University respectfully acknowledges their Ancestors and Elders, past and present. RMIT also acknowledges the Traditional Custodians and their Ancestors of the lands and waters across Australia where we conduct our business - Artwork 'Sentient' by Hollie Johnson, Gunaikurnai and Monero Ngarigo.