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The Graduate Diploma of Engineering Management and Innovation (GDEMI) at the Victorian Institute of Technology prepares engineers to become innovation-driven leaders who can bridge technical expertise with business strategy. The program builds advanced skills in management, emerging technologies, and transformational leadership to drive organisational growth.
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Ready to advance your engineering career and step into management roles? The Graduate Diploma of Engineering Management and Innovation (GDEMI) develops strong capabilities in leadership, systems thinking, project management, and innovation—ideal for engineers and technical professionals aiming to progress toward senior responsibilities or continue into the Master of Engineering Management and Innovation (MEMI).
Delivered by industry-experienced academics, the course provides practical, current skills you can apply immediately in engineering and technology environments.
The MEMI course at VIT provides a comprehensive overview of all facets relating to Engineering Management and Innovation. Through pursuing our MEMI you can enhance your knowledge and skills.
Beyond technical expertise, the MEMI course focuses on developing essential soft skills such as communication, teamwork, project management, and problem-solving.
Hands-on experiences and real-world projects prepare students for real-life challenges, while faculty expertise and industry connections offer valuable insights and networking opportunities.
Practical project-based learning allows students to apply their skills to real-world scenarios, working with industry partners to solve complex problems and gain valuable experience.
The course is led by experienced faculty who have a deep understanding of the Engineering Management discipline along with extensive industry knowledge. Their expertise and mentorship provide students with valuable insights into real-world projects capturing the latest industry trends.
The course provides career development support, including resume building, interview preparation, and job placement assistance, helping graduates further their professional careers.
For more information visit: https://www.compared.edu.au/institution/victorian-institute-of-technology/postgraduate
Earn a degree that will elevate your international career prospects. Build a global network with students from over 100 countries around the world.
The Graduate Diploma of Engineering Management and Innovation (GDEMI) is an AQF Level 8 postgraduate qualification designed for engineers and technologists seeking to develop advanced management, leadership, and innovation skills.
The course builds on fundamental concepts in systems thinking, financial management, the digital economy, and innovation leadership, while also extending into strategic management and transformational leadership.
Through practical learning and industry-focused case studies, students strengthen their ability to:
The GDEMI is also a direct pathway into the Master of Engineering Management and Innovation (MEMI).
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Duration: 1 year full time
Part-time study is available for students who are not enrolled on a Student Visa (subclass 500).
Intake: Refer to Intake Dates
The GDEMI program delivers core units across key areas of engineering management, building the cognitive, technical, and communication skills needed for effective leadership in the industry.
Students who successfully complete all course requirements will be awarded the “Graduate Diploma of Engineering Management and Innovation”.
A total of 48 credit points will satisfy the requirements for qualification.
To graduate with the Graduate Diploma of Engineering Management and Innovation (GDEMI), you must complete successfully 48 credit points.
Students with relevant prior study or experience may be eligible for Recognition of Prior Learning (RPL/CT).
Build advanced skills in engineering management and innovation through a combination of core and elective units. You will develop capability in systems thinking, innovation leadership, financial and strategic decision-making, and transformational leadership. Elective options allow you to explore areas such as data analytics, cybersecurity, sustainability, emerging technologies, and venture creation. Learning is grounded in real-world case studies and practical activities, preparing you to manage engineering projects, lead diverse teams, and drive innovation within technical environments.
Gain insight into how digital technologies shape today’s economy and influence how organisations create value. Build an understanding of economic fundamentals—growth, cycles, pricing, inflation, and productivity—and apply them to real business challenges. Discover how companies innovate, transform operations, and respond to changing customer needs while strengthening your strategic and leadership capability.
Examine systems thinking as a structured, multi-disciplinary approach to designing and managing complex systems. Understand how organisations identify customer needs, translate them into functional requirements, and integrate advanced technologies across products, services, and processes. Address the impacts of rapid technological change, cybersecurity risks, and rising system complexity while developing the skills to deliver innovative and reliable solutions.
Investigate how innovation emerges from organisational cultures that promote creativity, empowerment, and continuous learning. Trace the stages of the innovation lifecycle and see how organisations generate ideas, develop solutions, and deliver customer value. Apply practical approaches to leading innovation, elevating customer experience, and building resilience in dynamic business and engineering environments.
Build practical financial management capability essential for engineering managers and business leaders. Engage with core concepts such as engineering economics, financial analysis, market evaluation, and organisational planning. Interpret financial statements, assess company performance, and evaluate commercial opportunities to support informed, strategic leadership.
Assess how innovation and entrepreneurship influence strategic choices in modern organisations. Identify opportunities, diagnose strategic challenges, and clarify “where to play and how to win.” Evaluate customer needs and market dynamics shaped by technology, supply chains, and partnerships, while applying real-world examples from Australia and the Asia–Pacific region to strengthen your strategic insight.
Study transformational leadership as a mindset that empowers teams to innovate, problem-solve, and lead meaningful change. Explore how leaders cultivate environments where people flourish, collaborate effectively, and commit to shared goals. Develop the tools needed to build high-performing teams and foster a “Make it Happen” mindset that drives business growth.
Learn how data supports effective managerial decision-making through descriptive, diagnostic, predictive, and prescriptive analytics. This unit introduces business intelligence, data visualisation, and AI-enabled tools that help managers interpret trends, understand root causes, forecast outcomes, and guide strategic actions. Develop practical skills in applying statistical and analytical techniques using contemporary software to support decisions in engineering and technology contexts.
Examine the legal principles and contractual frameworks that shape engineering and technology operations. This unit covers the management of contracts, claims, disputes, variations, and negotiations in both domestic and international environments. You will develop the knowledge and practical skills needed to interpret legal obligations, manage contract lifecycles, and support sound, compliant decision-making in innovative engineering organisations.
Understand the key cybersecurity threats facing modern organisations and the strategies used to manage them. This unit explores common attack methods, organisational vulnerabilities, and the tools and practices used to safeguard systems and products. You will learn how to assess cyber risks, support secure operations, and apply leadership approaches that strengthen cybersecurity resilience within engineering and technology environments.
Develop the entrepreneurial skills needed to build and grow a technology start-up. This unit covers customer discovery, market validation, competitive analysis, and the practical challenges of launching new products and services. You will explore how founders assess market and technology risks, manage cash flow, attract resources, and lead motivated teams. Through real-world scenarios, you will build the mindset and capabilities required to turn innovative ideas into viable, high-growth ventures.
Examine how organisations invest in innovation through internal ventures and corporate venture capital. This unit explores how firms back emerging technologies, assess start-up opportunities, and use equity partnerships to gain strategic advantage. You will learn how venture capital funds operate, how investment decisions are made, and how corporate, investor, and entrepreneurial perspectives shape innovation-driven growth.
Explore the principles and frameworks that guide ethical decision-making in engineering and management contexts. This unit examines key ethical theories, methods for identifying ethical issues, and approaches for analysing stakeholders, motivations, and potential impacts. You will learn how to evaluate options, recognise biased or incomplete information, and apply structured models to ensure decisions align with ethical, technical, and organisational responsibilities.
Explore how quantum technologies are reshaping computing, communications, and sensing. This unit introduces key quantum concepts and highlights their commercial potential through practical examples. You will review technological developments, assess emerging market opportunities, and consider how organisations can leverage quantum-enabled solutions.
Examine how artificial intelligence, machine learning, and big data are transforming engineering and business practice. This unit outlines core AI concepts, practical applications, and associated ethical and organisational risks. You will evaluate opportunities created by AI-enabled systems and learn how to apply these technologies responsibly to support innovation and strategic objectives.
Learn how engineering can support long-term environmental sustainability through responsible resource use and system design. This unit examines key sustainability principles, environmental challenges, and the ethical considerations shaping modern practice. You will identify opportunities for innovation and develop strategies that balance environmental, economic, and societal needs.
Explore how cloud technologies enhance organisational agility and accelerate innovation. This unit covers how cloud platforms support faster development, scalable operations, and improved team collaboration. You will examine the cultural and technical factors that enable effective innovation management and learn how to apply cloud-driven approaches to deliver customer-focused solutions.
Explore the skills and strategies needed to lead teams effectively in virtual and hybrid work environments. This unit examines the opportunities created by global, digitally connected teams as well as the challenges related to communication, engagement, and performance across distance. You will learn practical approaches to building trust, fostering collaboration, and sustaining productivity without face-to-face interaction, developing leadership capabilities suited to the future of remote and distributed work.
To complete the Graduate Diploma of Engineering Management and Innovation (GDEMI), students must complete:
Students with relevant prior study or experience may be eligible for Advanced Standing (RPL/CT), which may reduce course duration.
The GDEMI is a practical pathway for professionals who want to advance into engineering management roles or continue their studies in the Master of Engineering Management and Innovation (MEMI).
Graduates develop advanced capabilities in leadership, systems thinking, project coordination, innovation, and organisational decision-making. These skills are highly valued across engineering, manufacturing, infrastructure, and technology-driven organisations.
Throughout your studies, VIT’s academic staff and industry engagement team support your professional development, helping you build networks and understand evolving industry expectations.
Depending on your background and career goals, GDEMI graduates may pursue roles such as:
As an Engineering Project Coordinator, you will support the planning and execution of engineering projects. Responsibilities may include managing schedules, tracking progress, preparing documentation, coordinating communication between stakeholders, and assisting with risk assessments.
This role is a strong foundation for advancement into Project Manager, Project Lead, or Operations Manager positions.
In this role, you will oversee engineering or technical teams, coordinate daily operations, and help resolve technical or process-related issues. You may allocate tasks, monitor performance, ensure compliance with engineering standards, and support continuous improvement.
This position suits professionals ready to step into supervisory and team leadership responsibilities.
As an Innovation and Technology Officer, you will evaluate emerging technologies and support innovation initiatives within an organisation. Your work may include researching trends, analysing feasibility, assisting with technology integration, and contributing to new solutions that enhance engineering processes.
This role is ideal for those interested in technology strategy, digital transformation, and innovation-focused career pathways.
At VIT, we believe that education should be accessible to all. Our affordable tuition fees and diverse scholarship opportunities ensure that financial constraints do not hinder your academic aspirations. Our admissions team is here to guide you through the application process, helping you meet the course entry requirements and embark on a transformative educational experience. Embrace the opportunity to pursue excellence and unlock a world of knowledge with VIT.
The fees listed below are the course/unit fees for the 2025 academic year and are subject to review on an annual basis. Please refer to Fees and Scholarships | VIT Australia for a full overview of VIT’s fees and charges for the current year.
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Diploma of ITI would like to take a moment to thank you, Mr. Sharif, for an incredibly insightful and informative lecture. Your passion for the subject matter was evident, and it made the lecture more engaging.
I especially appreciated how you took the time to explain complex concepts in a clear and concise manner, making it easier for me to understand the material. Your use of real-world examples also helped to solidify my understanding of the topics covered.
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Jingzhao Li
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Raojhi Bstt
MBA - ONLINECurrently I am pursuing my MBA with the Victorian Institute of Technology as an offshore student. I am highly impressed and delighted with the lecturers, and the accessibility to the library and resources helps me to do my research and study effectively. I am very happy that I study with VIT.
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Full time means you study 6-8 units in an academic year. Part time gives you the flexibility to take a lighter course load, which gives many working people more flexibility. Part time study is only available to students not on student visa. It is estimated each unit could take between 6 and 10 hours each week of classes, readings and assignments. This can vary depending on how quickly a student becomes familiar with the course material.
You may be eligible for RPL credit if you have completed a Bachelor degree (AQF Level 7 equivalent) or above in management, IT, Engineering.
Financial aid may be available depending on your circumstances and where you are resident.
Domestic students may be eligible for Fee-HELP from the Government and could be eligible for a VIT Scholarship
Please contact our team at [email protected] for further information.
You are considered a 'domestic' student if:
You are an Australian citizen;
You are a New Zealand citizen (or dual citizenship holders of either Australia or New Zealand);
You are an Australian permanent resident;
You are an Australian permanent humanitarian visa holder;
If you don’t hold one of the above visas or citizenships, you are considered as an international student.
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