Search results for 'artificial intelligence'

The Advanced Diploma of Remote Engineering, Mechatronics and Robotics (52872WA) is for experienced and qualified engineers (or tradespeople) wanting to keep up with the growing complexity of engineering tasks, software, and machinery. It’s a nationally recognised qualification and focuses on real-world applications. The course is completed in four sections; Electrical/Electronic Systems, Mechanical Systems, Computers, and Control Systems. Enquire now for your eligibility for enrolment and the next course intake dates..

Industrial automation is an expanding stream of engineering, with an increasingly profound influence on most industries and enterprises. This practical qualification will ensure you graduate job-ready as an industrial automation engineering technologist in many industries such as manufacturing, power generation, mechatronics, mechanical, mining, and chemical. Upon completion of this program, you will gain skills and knowledge in the latest developing technologies in instrumentation, process control, and industrial automation..

Become a robotics technician with the MEM40119 Certificate IV in Engineering (Robotics). This nationally recognised certificate is an engineering trade qualification. Your studies begin with an introduction to the hand and power tools, computations, measurements and computing technologies used by engineering tradespeople on a daily basis. You’ll then gain the technical skills you need to commission and service industrial robots. Competencies include: programming industrial robots, understanding robot mechanics, working with robot controller systems, welding and component fabrication, understanding machine learning and artificial intelligence. Enquire now for entry requirements, robotics engineering skills, and upcoming enrolment dates..

Learn how to develop interactive games with the 10702NAT Advanced Diploma of Professional Game Development. This fantastic qualification delivers a massive arsenal of coding skills and you’ll graduate ready to work in a large gaming studio. Your qualified course instructor will teach you how to work with game engines, graphics programming, AI programming, network programming, physics programming, and much more. You’ll also learn how to collaborate with artists and designers to make your games look awesome on a range of devices. Enquire now for the full list of study units, graduation competencies, and upcoming course dates in your area..

The Bachelor of Science (Computer Science) delves into the intricacies of algorithms, data, and computing systems, offering tools to enhance societal knowledge and well-being. This course covers fundamental principles in computational problem-solving, touching on data structures, algorithms, and programming languages. Students gain insights into software development, ranging from artificial intelligence to human-centric computing. This foundational knowledge paves the way for applications in diverse scientific fields or deeper exploration in computer science..

Advance your IT industry credibility and expertise with the Master of Computer Science. This post-graduate program allows you to contribute to the IT industry body of research while developing specialist skills in interest areas: software engineering, artificial intelligence, robotics, spatial information, data engineering and analytics, web services, cybersecurity, and more. With a Masters of Computer Science you’ll be qualified for executive and leadership roles as well as key management positions in IT research and project development. You’ll also graduate with a network of peers and industry connections. Enquire now for admissions information, career competencies and network opportunities, and universities near you that offer the Master of Computer Science..

Wanting a qualification that opens doors in ICT? How about the Bachelor of Information and Communication Technology? You could major in cyber security, computer science, artificial intelligence, business analytics, networking, or software, and gain professional recognition with the Australian Computer Society (ACS). The degree covers: web development, programming, network administration, data management, cybersecurity, data structure and algorithms, operating systems, and more. Enquire now for the full list of admissions criteria, available study majors, and universities near you that offer the Bachelor of Information and Communication Technology..

The Bachelor of Arts (Applied Linguistics) provides a comprehensive understanding of human language and its influence on our experiences, merging theoretical and practical perspectives with an emphasis on real-world applications. It delves into how language is integral to human understanding, communication, and culture. Students gain expertise in applying linguistics to contemporary issues and develop high-level linguistic, analytical, and research skills. They also enhance their writing, presentation, digital, and problem-solving abilities, skills highly valued by employers across various fields. .

The Bachelor of Arts (Digital Humanities) unites the study of humanities with computational technologies. It explores how digital methodologies can augment research in the Arts and Social Sciences and uses traditional humanistic skills to investigate digital culture. This course fosters a comprehensive understanding of the historical, cultural, and social elements of current digital humanities research. It prepares graduates for diverse professional environments, including information management, online content delivery, and work in cultural and memory institutions..

The Bachelor of Arts (International Relations) delves into global politics, addressing concerns like war, security, and development. It provides insights into global debates, conflicts, and institutions, emphasizing governance, poverty, and human rights. This coure sharpens critical thinking, fostering innovative solutions to global challenges. It scrutinizes the interplay of global politics and economics, exploring ties between political entities, international bodies, and various governmental and non-governmental participants..

The Bachelor of Information Technology (Computer Science) fosters critical thinking and problem-solving capabilities in the realm of computing. Students delve into the theoretical foundations and practical systems prevalent in the industry, acquiring skills in algorithm design, software development, Artificial Intelligence (AI), and computer systems. This course equips graduates with the distinctive competence to conceive and implement computer and software solutions, addressing real-world challenges and potentially ushering in transformative advancements..

The Bachelor of Information Technology (Data Science) focuses on imparting foundational principles and hands-on skills in data collection, management, and interpretation across diverse data forms. Students will gain expertise in extracting insights from vast and intricate data sets, encompassing both structured and unstructured data. The curriculum includes studies in database systems, data mining, document scrutiny, artificial intelligence, and machine learning, ensuring a well-rounded understanding of data science disciplines..

The Master of Information Technology (Advanced) offers a comprehensive study of contemporary IT practices, designed for the evolving needs of today's digital landscape. Participants will gain in-depth knowledge of cutting-edge IT trends, focusing on enterprise security, application development, and emergent technologies. The course also emphasises adept risk management and the nuances of software integration and updates. It's an ideal avenue for professionals aiming to fortify their IT acumen and navigate the complexities of Industry 4.0..

The Master of Information Technology (Artificial Intelligence) is designed to mould professionals skilled in creating sophisticated systems with capabilities for learning, planning, and reasoning. Students will be immersed in pivotal areas including knowledge representation, machine learning, and data mining. Furthermore, they will gain a comprehensive understanding of the ethical dilemmas posed by digital innovations and the security facets of AI applications. This course promises a thorough grounding for those passionate about advancing in the rapidly evolving sphere of artificial intelligence..

The Master of Information Technology (Computing) equips students with the skills to adeptly design, assess, and execute IT projects while anticipating future industry requirements. The curriculum delves into key areas such as IT project management, software creation, programming languages, artificial intelligence, and software design, ensuring a comprehensive understanding of the dynamic IT landscape..

The Master of Information Technology (Data Science) offers a comprehensive understanding of data science principles. This course is meticulously designed to equip students with the proficiency to provide tangible business solutions, leveraging the powers of data mining, analytics, and advanced data engineering. Furthermore, it accentuates the importance and application of visual datasets in the realm of business intelligence. Through this rigorous academic journey, students will be primed to navigate and transform the multifaceted landscape of data-driven decision-making..

The Master of Information Technology (Internet of Things) delves into the rapidly expanding world of interconnected devices, from smart lights to health monitors. Such innovations are pivotal for societal transformation and economic advancement, permeating sectors like transportation, healthcare, and energy management. This course equips students with expertise in IoT system design, networking protocols, security, and application programming. Through hands-on learning and industry-aligned methodologies, students will be adeptly prepared to navigate and shape the future of IoT integration..

The Master of Information Technology equips students with a deep understanding of core IT disciplines, encompassing computer programming, data analysis, and system optimisation. This course fosters the ability to diagnose and resolve technical challenges, ensuring proficiency in the design and management of innovative technical solutions. Graduates will be adept at driving operational efficiency and spearheading technological advancements in varied professional landscapes..

The Bachelor of Computer Science (Advanced Computer Science) offers students an in-depth understanding of cutting-edge computational techniques and technologies. This course delves into the core principles of computer science, fostering expertise in algorithm design, system development, and emerging technologies. With a blend of theoretical knowledge and practical application, graduates will be well-equipped to navigate and innovate in the rapidly evolving landscape of computer science, driving advancements in both industry and academia..

The Bachelor of Computer Science (Artificial Intelligence) delves into the transformative potential of AI and machine learning in contemporary society. Students acquire hands-on expertise with cutting-edge methods and technologies, encompassing cloud computing and software structures. The course offers real-world AI experiences across diverse industries through Work Integrated Learning. Emphasising areas such as robotic programming, expert systems, knowledge representation, data visualisation, and machine learning, it equips graduates to meet the pressing AI needs of various modern sectors..

The Bachelor of Computer Science (Internet of Things) offers a comprehensive study of the rapidly expanding world of IoT. Students will immerse themselves in key areas including data capture, embedded systems, software architecture, and scalability. The course further delves into data mining and machine learning techniques, ensuring a well-rounded proficiency. With businesses increasingly recognising the transformative potential of IoT, this course equips students to meet the rising demand and become adept specialists in this evolving digital landscape..

The Bachelor of Engineering (Honours) (Electronic Systems and Internet of Things (IoT) Engineering) provides a comprehensive insight into modern sensor technologies, smart system design, and data analytics. Students will master the intricacies of cloud computing and wireless communication within state-of-the-art IoT environments. This course ensures a well-rounded education, marrying theoretical knowledge with practical skills, and is tailored for those eager to lead in the rapidly evolving technological landscape, specifically in IoT and electronic systems..

The Bachelor of Engineering (Honours) (Robotics and Mechatronics Engineering) imparts essential expertise in crafting and applying intelligent machines. The course intertwines mechanical engineering, electronics, and computing, fostering the creation of sophisticated automated systems. Learners emerge proficient in advancing robotic functionality and efficiency, prepping them for an era where such intelligent systems are pivotal to industrial progress..

The Graduate Certificate in Business Analytics equips students with the ability to interpret data for ethical decision-making and global problem-solving. Addressing the increasing demand for data analysis skills, it teaches a new approach to data, enabling students to bridge organisational gaps and guide strategic changes. Integrating insights from business, data science, and philosophy, the course offers a holistic view of business analytics. It focuses on responsible artificial intelligence (AI) use, ethics, and strategy, preparing students to apply analytics in social, cultural, and environmental contexts..

The Bachelor of Computer Science (Honours) is a one-year course providing in-depth knowledge of computer technology, aimed at preparing students for leadership roles. It develops skills in communication, critical judgment, and ethical understanding, fostering independent and creative thinking. The course covers both theoretical and practical computing aspects, preparing students for computing-related careers. It includes hands-on experience in designing efficient, industry-standard software and understanding the underlying hardware, equipping graduates with comprehensive computing expertise. .

The Master of Artificial Intelligence equips students with foundational and advanced skills in data analytics, machine learning, and deep learning, among other AI areas. It blends theory with practical experience in real-world projects, preparing graduates to handle AI system challenges. This course is ideal for those aiming to become socially responsible, technically adept AI specialists across various sectors, including finance, healthcare, and agriculture. It's best suited for computing science, information technology, or computer engineering graduates looking to deepen their AI knowledge. .

The Master of Computing develops deep knowledge and understanding of professional software development and computing practices. This course offers cutting-edge content, with opportunities for students to specialise in fields like artificial intelligence, human-centred design and software development, or data science, depending on their background and interests. It is ideal for those aiming to advance their expertise in the dynamic computing industry, preparing graduates for a range of specialised roles in the ever-evolving landscape of technology..

The Master of Bioinformatics is designed to develop highly sought-after computational and data analysis skills, essential for managing and interpreting the surge of information in biology and medicine. This course focuses on applying and developing computer science methods to address challenges in molecular biology and medicine. With the rapid advancements in data and technology in these fields, there is a growing need for professionals skilled in handling and making sense of large biological datasets..

The Doctor of Philosophy (Information Technology) is designed for deep exploration in the field of information technology. This course encourages students to conduct substantial and innovative research, contributing new insights to the IT discipline. It focuses on developing advanced research skills, analytical thinking, and technical expertise. Ideal for aspiring IT researchers and professionals, the course culminates in a thesis that makes a significant contribution to the technology sector, addressing complex problems and advancing knowledge in information technology. .

The Bachelor of Computer Science (Professional) offers a comprehensive skill set, ranging from theoretical and algorithmic foundations to the latest advancements in computing. This course focuses on developing exceptional programming skills and the capability to design, implement, and maintain intricate software systems, crucial for mobile devices, social media, and intelligent robots. It also provides a deep understanding of systems infrastructure, software methods, technologies, and application technologies, preparing students for a range of computing challenges and innovations. .

The Bachelor of Artificial Intelligence is crafted to fulfill the growing demand for experts in the industry who can interpret vast amounts of data and develop autonomous solutions for various applications including self-driving cars, facial recognition, personalised learning, and voice assistants. This course emphasises building strong technical capabilities and a comprehensive understanding of the challenges and opportunities in the rapidly advancing field of artificial intelligence, preparing students to meet the high industry demand for skilled professionals in this area. .

The Data Science short course enhances students' abilities to build predictive models with statistics and Python, and tackle machine learning challenges. It empowers students to synthesize large datasets and effectively communicate data-driven insights to stakeholders. With data science skills increasingly critical in various decision-making roles, this course provides a robust, future-proof skill set, preparing students for advancement in their current roles or a transition to new, dynamic careers in a wide range of industries. .

The Bachelor of Advanced Science (Honours) (Bioinformatics) prepares students to influence health and environmental management through genetic technologies. Students gain specialised knowledge in statistics, data management, computer programming, genomics, and molecular biology. They apply scientific expertise and technical skills to transform complex biological data into meaningful information, potentially leading to new innovations and discoveries. This degree equips students with the capabilities to advance research and development in various industries through bioinformatics. .

The Master of Applied Information Technology is tailored for graduates with an IT background. Key areas of study encompass cyber security, machine learning, and data science. The course aims to advance computing expertise, preparing students for senior IT positions..

The Doctor of Philosophy (Laws) involves conducting supervised research aimed at making a significant and original contribution to your field. You will explore various research areas, including intellectual property, copyright, trade marks law, innovation and technology in legal services, artificial intelligence and law, sentencing, criminal law, commercial and corporations law, Asian law, and transnational lawyering. This rigorous academic journey will equip you with the expertise to influence and advance legal practices and scholarship..

The Graduate Certificate in Artificial Intelligence offers a robust understanding of AI technologies and skills for application development, such as modern programming, data mining, data analytics, neural networks, deep learning, and natural language processing. Upon completing the course, you will be able to critically review AI applications, assess key components in AI architectures, design and implement AI applications systematically, and apply AI knowledge and skills to support planetary health solutions. Enquire now for the full list entry requirements and available enrolment dates..

The VU23311 Prepare to Work within the Australasian Inter-service Incident Management System equips students with the skills and knowledge to work within the Australasian Inter-service Incident Management System (AIIMS). AIIMS is a vital component of emergency management doctrine in Australia, enabling agencies to collaborate effectively in resolving incidents. Training covers the application of AIIMS principles in various scenarios, fostering trust and confidence among personnel from fire and emergency services, government, not-for-profit agencies, and industry. This ensures a coordinated and efficient response to complex incidents. Enquire now for a full list of entry requirements and available enrolment dates..

The BSBPEF502 Develop and Use Emotional Intelligence course enhances workplace skills by focusing on self-awareness, self-management, social awareness, and relationship management. Participants learn to analyse diverse information sources and tackle unforeseen challenges, vital for leadership roles or team management. Enquire now for a full list of entry requirements and available enrolment dates..

The VU23310 Apply Awareness of the Australasian Inter-service Incident Management System Principles equips participants with essential knowledge of AIIMS. It supports individuals in fire, emergency services, government, not-for-profit agencies, and industry to collaborate effectively during challenging incidents. Participants gain confidence in applying AIIMS principles to enhance emergency management in their workplace or community support roles. Enquire now for a full list of entry requirements and available enrolment dates..

The 10935NAT Certificate II in Autonomous Technologies provides foundational knowledge in software, hardware, and frameworks for autonomous environments. Students will gain skills in innovative thinking, networking, programming (including Python), and simulator technologies from MicroMelon Robotics. This qualification aims to develop life-long learning, problem-solving, and information communication technology skills. It also covers autonomy and robotics, including electrical control circuits, fluid power, PLC, and systems documentation, as well as an introduction to work health and safety concepts, hazard analysis, and risk management. Enquire now for the full list of elective choices, entry requirements, and available enrolment dates..

The 52845WA Certificate II in Autonomous Workplace Operations provides hands-on experience in autonomous technologies, mobile and fixed plant operations, and mastering Programmable Logic Controllers (PLCs). This qualification is ideal for entry-level positions or apprenticeships and equips participants with essential knowledge and skills for automated workplaces. It covers the operation of autonomous systems, safety protocols, human-machine interfaces, and data usage. Additionally, it offers an overview of the historical development of automation, current practices, and future advancements. Enquire now for the full list of elective choices, entry requirements, and available enrolment dates..

The 22611VIC Course in Awareness of the Australasian Inter-service Incident Management System (AIIMS) offers entry-level training for understanding AIIMS principles. It equips learners, including community members and support staff, with the skills to apply AIIMS concepts to organisational risk management and local risk situations. The course fosters trust and cooperation among fire and emergency services, government, non-profit agencies, and industry, providing a universal framework for managing incidents, crises, and emergencies. Enquire now for a full list of entry requirements and available enrolment dates..

The 22612VIC Course in the Australasian Inter-service Incident Management System (AIIMS) is designed for individuals in paid or volunteer roles involved in incident management. It equips participants with the skills to work within the AIIMS framework, ideal for those in public or private sector roles needing to collaborate with emergency management agencies during major incidents. The course covers the principles and processes of AIIMS for effective support roles within adopting organisations. Enquire now for a full list of entry requirements and available enrolment dates..

The PUAOPE004 Manage the Intelligence Function at an Incident involves coordinating the collection, analysis, and dissemination of intelligence to support decision-making during an incident. Intelligence Officers collect, interpret, and analyse various types of information, use mathematical models, and communicate findings in multiple formats. They support the Incident Controller and the Incident Management Team. Typically, the Intelligence Unit operates within the Planning Section, but may be expanded to a dedicated section if necessary, under organisational policies and procedures. Enquire now for a full list of entry requirements and available enrolment dates..

The Advanced Diploma of Applied Blockchain imparts advanced knowledge in blockchain concepts, smart contracts, and DApp design. Graduates are equipped to lead initiatives, address security challenges, ensure regulatory compliance, and drive innovation across industries. This qualification helps both coders and IT strategists learn how to develop a framework for operating a blockchain network, as well as transition the existing systems and networks of an organisation to the blockchain environment. Please note that to enrol in this qualification you must already have an understanding of Blockchain, basic planning methods, and the ‘Internet of Things’..

Learn to operate and maintain robotics and automation systems at factories and manufacturing plants with the UEE43220 Certificate IV in Industrial Automation and Control. This nationally recognised training course will put you at the forefront of emerging technologies and a growth employment sector. The course teaches you how to assemble, configure and maintain automated equipment and control systems — then supervise the overall plant maintenance program. Enquire now for a detailed list of electives and enrolment options..

Want to get started in one the of the world’s hottest IT careers? Try the 10849NAT Diploma of Applied Blockchain. This nationally recognised diploma will give you the skills you need to introduce blockchain technologies into your organisation, or become a dedicated Blockchain Consultant. The course takes 18 months to complete and covers: establishing blockchain frameworks, developing blockchain business models, using blockchain to create value, using big data, incorporating blockchain into marketing, and internet of things (iOT). Enquire now for the full list of study units, entry requirements and enrolment centres near you..

If you’re keen for a technical career in the electrotechnology or ICT sector, give yourself a head-start with the 22586VIC Certificate II in Integrated Technologies (Pre-vocational). This nationally recognised qualification introduces you to electronics theory, electrical systems, computer science, and robotics concepts — while giving you opportunities to lay cables, carry out simple electronic repairs, and install basic computer systems. Graduate ready for an apprenticeship and the confidence to begin working with electrotechnologies. Enquire now for the list of entry requirements, graduation outcomes, and training providers near you that offer this fantastic qualification..

Become a multilingual programmer with the ICT60220 Advanced Diploma of Information Technology (Further Programming). This nationally recognised diploma will teach you how to code advanced data structures and algorithms in another language. During your studies you’ll be writing applications using third-party libraries, then debugging and testing the code. At the same time you’ll be levelling-up your skills in leadership, critical thinking and problem solving, client relationships, and business analysis. Sound like the course you need? Enquire now for the list of entry requirements, programming competencies, and enrolment openings..