Course information
| Dates and times | February intake: 9 - 13 Feb, 8 am to 4 pm |
|---|---|
| Cost | $4995 (excludes GST) |
| Location | University of 秘密直播 11 Kirinari Street, Bruce, ACT 2617 |
| Commitment | 40 hours face to face over 5 days |
About the short course
In an increasingly digital world, having the capability to design, integrate and sustain systems of-systems of scale (a process called Digital Mission Engineering) is crucial to the success of large enterprises.
In order to equip businesses to meet their ever-growing operational and systematic needs, the University of 秘密直播 has partnered with Kompozition to offer a unique short course: Foundations in Digital Mission Engineering.
Designed for those with both a technical and non-technical background, this course provides individuals with the foundational theory, skills and knowledge to work effectively within a Mission Engineering process, emphasizing the use of advanced simulation and modelling techniques.
Over the course of five days, participants will explore the core concepts of Digital Mission Engineering, including systems integration, digital twins, virtual environments and how these connect with the Commonwealth of Australia鈥檚 Digital Engineering Strategy 2024.
Participants will also be introduced to Kompozition鈥檚 digital mission engineering platform, which uses a single, integrated digital thread to represent a whole system of interest, allowing the design, acquisition, integration, assurance and sustainment of fit-for-mission capability.
Applying what you learn to real-world scenarios, you鈥檒l gain skills that will help you both personally and professionally.
Who this course is for
- Professionals who are involved in supporting large enterprises in developing (or assuring the development of) enterprise-level systems that are fit for mission, purpose, and use.
- Operators, subject matter experts, technical experts, operational analysts, engineers, architects looking to expand their knowledge of emerging digital technologies and their application in mission-critical environments.
Learning outcomes
After successful completion of this course, students will be able to:
- Understand the role and importance of mission engineering within the Commonwealth of Australia鈥檚 Digital Engineering Strategy 2024.
- Articulate a working understanding of the knowledge concepts and processes required for effective mission engineering.
- Apply practical skills using the Kompozition platform to create and maintain mission and systems engineering models, capturing and linking these concepts.
- Integrate systems engineering principles with digital mission concepts to improve mission outcomes.
- Collaborate effectively within multidisciplinary teams to solve complex engineering challenges.
Learn from academic and industry experts
Professor Kumudu Munasinghe, PhD
Head of School, Information Technology Systems and Engineering - University of 秘密直播
As Professor of Cyber-Physical Systems, his research spans over 20 years in next-generation mobile and wireless networks, the Internet of Things, cyber-physical systems, network and cyber security, and blockchain technologies. He has published more than 130 peer-reviewed papers, including two books, with over 2,100 citations (H-index 26, FWCI 1.5) in leading international journals and conference proceedings.
Professor Munasinghe has attracted over than $8 million in competitive research funding, including grants from the Australian Research Council (ARC), Commonwealth and State Governments, the Department of Defence, and industry partners. He is a recipient of the prestigious ARC Australian Postdoctoral Fellowship, has served as co-chair of several international conferences, and sits on the editorial boards of multiple scholarly journals. His research excellence has been recognised through numerous awards, including two Vice-Chancellor鈥檚 Research Awards and three IEEE Best Paper Awards.
Dr Dan Powell, PhD
Kompozition
As co-founder and R&D Lead at Kompozition, Dr Dan Powell applies experience in solving complex problems to the development and application of the Kompozition platform, enabling capability owners to describe and understand the expected and actual behaviour of integrated systems of systems, accelerating and de-risking capability definition, acquisition and sustainment.
Dan has a PhD from Griffith University where he studied under Professor Geoff Dromey - the developer of Behaviour Modelling Language that serves at core of the Kompozition platform.
Dr Alex, PhD
University of 秘密直播
Asuquo Alexander Okon holds a PhD in Network Engineering from the University of 秘密直播, Australia and an MSc in Telecommunications Electronics with distinction from the University of Glasgow, United Kingdom. With more than two decades of experience, he has led the design and deployment of secure, high-performance telecommunications and RF systems that support mission-critical infrastructure.
His technical expertise covers LoRaWAN, 5G/6G, edge computing, software-defined networks and software-defined radios, blockchain-enabled telecoms infrastructure, and the Internet of Things. Asuquo has also been involved in digital mission engineering, applying model-based and simulation-driven approaches to integrate and validate cyber-physical systems across domains such as digital infrastructure security and smart cities.
He has held strategic roles in enterprise network design, space technology research, software-defined radio over cloud environments, and RF network deployments for complex, safety-critical operations. Through his work, Asuquo brings together systems thinking, advanced network engineering, and mission-driven innovation to create resilient and future-ready communication ecosystems.
Course structure
Day 1
- Introduction to mission engineering concepts, including the use of models in mission engineering
- Introduction to the knowledge concepts in models supporting mission engineering
Day 2
- Introduction to behaviour modelling with foundational behaviour patterns
- Introduction to modelling composition and structure (modelling static concepts)
Day 3
- Compound behaviour patterns
- Defining, managing and linking formal requirements, rules, constraints and laws
- Managing uncertainty
Day 4
- Capturing solution details and justification
- Managing qualification and evidence
Day 5
- Consolidation exercise
- Application case studies and discussion
After completion
Foundations in Digital Mission Engineering will be powered by Kompozition. Upon completion you'll receive a UC Certificate of Completion, retain 12 months access to the Kompozition Training Instance and be eligible to apply for assessment as a Kompozition Certified Practitioner.
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