Free* | 6 months | Online | 21 July |
*This microcredential is offered Fee-free for a limited number of places with funding support under the Microcredentials Pilot in Higher Education offered by the Commonwealth Department of Education. For more details see: Microcredentials Pilot in Higher Education - Department of Education, Australian Government
About this course
As automation and technology continue to evolve, nearly half of all industries are expected to be automated by 2030, creating a growing demand for professionals with advanced robotics and cybersecurity skills.
This course equips you with the knowledge and practical expertise to design, develop, and secure robotic systems in an increasingly interconnected world. You will learn secure coding and networking practices while also exploring the critical importance of hardware security to prevent cyber threats and unauthorised access.
Designed for professionals in the industry or those looking to upskill, this micro-credential provides the essential skills needed to thrive in the future of technology.
What you will learn
In this course, you’ll develop cutting-edge skills in robotics and cybersecurity, equipping you to design, develop, and deploy secure robotic solutions. Through the Virtual Learning Environment (VLE), you’ll gain hands-on experience by remotely accessing and programming real hardware, including robots, sensors, and actuators, with real-time feedback via live streaming.
This interactive platform ensures you can apply theoretical knowledge in a practical setting, regardless of location. By integrating cybersecurity principles, you’ll learn how to build robotics solutions that mitigate risks, addressing the growing industry demand for security-aware developers.
Lessons
This introductory module equips you with all the essential knowledge needed to succeed in your course. You’ll explore key concepts such as computer hardware and software, sensors and actuators, operating systems, and more. Whether you're new to the subject or looking to refresh your understanding, this content is designed to build your confidence and prepare you for more advanced topics ahead.
Take a deep dive into both the technical and non-technical aspects essential for protecting industrial systems from cyber threats. You'll cover key standards and policies like NIST, ISO/IEC 27002, and the Essential Eight, along with foundational concepts such as the CIA triad (Confidentiality, Integrity, Availability). Gain practical strategies and industry-informed insights to help secure critical infrastructure and apply cyber security best practices with confidence.
Delve into the physical and theoretical aspects of computer networking essential for industrial systems. You'll explore core concepts such as the TCP/IP Protocol Architecture, the OSI Model, encapsulation, communication protocols, as well as physical connectivity and network security. This module builds a strong foundation for understanding how devices communicate and stay secure in connected environments.
This module introduces the fundamentals of C++ programming with a strong focus on secure and dependable coding practices tailored for industrial environments. You'll learn the key differences between hardware-specific and general-purpose programming, while developing essential skills in secure coding, effective commenting, and clear documentation. The module also integrates core industrial cybersecurity principles, including safety, reliability, and basic threat awareness in code design.
This module introduces the core principles of cybersecurity as they apply to operational technology (OT), addressing the unique challenges of securing industrial systems. You'll gain insights into industrial hardware, robotics, IoT networks, and embedded security, alongside physical security practices and key industry standards. With a strong focus on safety, documentation, and secure system design, this module equips you to protect critical infrastructure from emerging threats.
This module offers an overview of cutting-edge technologies built on the foundational concepts covered in the microcredential. You'll examine smart systems, IoT networks, and smart home technologies, as well as the growing role of artificial intelligence in connected environments. Discover how these innovations are being designed and integrated to drive smarter, safer, and more efficient industrial and everyday systems.
This final module summarises key concepts covered throughout the microcredential and guides you in extending your learning through self-directed practice. You'll explore useful resources, practical checklists, and strategies for applying your new skills in the workplace where relevant.
Meet your instructors
Mikaela Green is a cyber security teaching fellow, with experience on delivering cyber security education and supply chain traceability solutions to industry.
Dr. Ali Raza is an academic at UTAS with extensive experience in the satellite industry and the defence sector. He is also recognised as a Global Talent by the Australian Government in the fields of Cybersecurity and Artificial Intelligence.
Pathway Links
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