Session 1.3c Update: Digital Mission Engineering (DME) Strategy as an Enabler for Electromagnetic Manoeuvre Warfare (EMW) in the Near-Peer Competition
Tracks
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| Tuesday, November 14, 2023 |
| 10:30 AM - 11:30 AM |
| Menzies Theatre |
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In the rapidly evolving landscape of near-peer competition, military forces face unprecedented challenges in effectively countering adversaries while leveraging advanced technological capabilities. Electromagnetic Manoeuvre Warfare (EMW) emerges as a critical domain, where securing dominance over the electromagnetic spectrum becomes paramount for mission success. To meet these demands, the integration of Digital Mission Engineering (DME) strategy emerges as a promising approach. This abstract explores how DME empowers EMW by streamlining EMS Mission Planning, Mission Data Operations Support (MDOS), and Electromagnetic Spectrum Operations (EMSO).
DME entails the application of advanced modelling, simulation, and analysis techniques, supported by artificial intelligence and machine learning technologies, to optimise the planning and execution of military missions. A DME Strategy, based on a layered approach covering programmatic and engineering management frameworks, enables agile, scalable and responsive solutions. By integrating DME with EMW, military decision-makers gain an agile and data-driven advantage, allowing them to dynamically adapt to the dynamic electronic battlespace.
Digital Mission Engineering (DME) strategy proves to be a transformative enabler for Electromagnetic Manoeuvre Warfare (EMW) in the context of near-peer competition. Through its integration in EMS Mission Planning, Mission Data Operations Support (MDOS), and Electromagnetic Spectrum Operations (EMSO), DME provides military forces with a powerful toolset to gain and maintain superiority in the complex and contested electromagnetic battlespace. As technology continues to advance, the seamless collaboration between DME and EMW will be vital in shaping the future of modern warfare.
Speaker/s
Dr Kasun Thotahewa
Principal EMS Engineer
Nova Systems
Kasun is a Radio Frequency Engineer with 14+ years of experience working in commercial and Defence sectors. His career spans across Electromagnetic Spectrum (EMS) Engineering, Radar, Electronic Warfare, Wireless Communications, Defence Capability Analysis, C4ISREW Mission Engineering, and Academia. Kasun is the main author of a book on Ultrawideband Wireless Communication Systems. He has also authored more than twenty-five internationally published journal articles, book chapters and conference papers on wireless communications. Kasun is the main inventor for multiple patents in the field of phased array antenna systems. In his previous employment as a Senior Spectrum Planning Engineer with the Defence Spectrum Office within Department of Defence, Kasun has specialised in high-fidelity EMS modelling and simulation and regulatory engagement. He has represented Australia in the International Telecommunications Union as Head of Delegation and a Delegate on several occasions while being employed at the Defence Spectrum Office. Kasun is currently working as a Principal EMS Engineer developing the EMS Engineering capability within Nova Systems. Kasun holds a Bachelor of Engineering (Honours) in Electronics and Telecommunications, and a Ph.D. specialising in Radio Frequency Electronics and Applied Electromagnetics.
