Business schools are playing a pivotal role in preparing graduates to lead Australia’s Net Zero transition. The ABDC report highlights the urgent need for climate-specific capabilities across industries, including carbon accounting, scenario analysis, and sustainable finance. Business education is evolving to integrate technical, strategic, and human-centric skills with climate literacy. Initiatives like Carbon Literacy Training and Communities of Practice foster interdisciplinary collaboration and lifelong learning. By embedding climate action into curricula and research, business schools are equipping graduates to navigate complexity, drive innovation, and lead responsibly in a rapidly transforming global economy. Climate change is now a foundational business issue.

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Business schools maintain strong connections with the industries their graduates and research serve, making their ability to address global challenges ever more critical.

Recent Australian Business Deans Council (ABDC) research with 15 industry peak associations and consultancies have shown that business graduates are vital to leading the Net Zero transition.

While business leaders across sectors have different priorities, they agree that business graduates must be prepared for the complexity and scale of the climate challenge. The report also highlights the need to address critical skill shortages and new capability sets, especially for analysts, strategists, directors, logistics and procurement, and accountants.

The research comes as Australian businesses are responding to new domestic climate-related financial disclosure legislation, requiring companies to report emissions across their operations and supply chains. Attention now turns to implementation and benefits. Beyond compliance, these reforms signal the accelerating industrial transformation underway across sectors, raising the need for capabilities in how to steer this change responsibly.

The recent ABDC report provides new perspectives on those necessary climate capabilities — complementary and beyond the expertise of engineers and climate scientists — highlighting how a reimagined business education can help Australia meet its climate commitments and regional responsibilities.

Just as the physical and transitional risks and opportunities of climate change vary by location and time, so the benefits and risks differ across industry sectors, along with the skills and capabilities to respond. Common to most is for graduates to possess traditional skills, climate-specific expertise and a disposition to act positively, informed by climate science. Traditional technical skills broadly fall into categories such as technical and analytical (for example, finance and accounting), strategic and leadership (for example, sustainability, value chain, risk management), and transferable or human-centric (for example, complex problem solving, storytelling, entrepreneurial thinking).

Business graduates are well-equipped for climate leadership, building on core skills like climate risk and opportunity assessment and disclosures, emissions tracking, ESG compliance, carbon accounting, sustainable finance, technology and AI integration, circular value chain analysis, and strategic leadership for adaptation.

Industry experts highlighted significant skill shortages such as carbon reporting, scenario analysis, clean energy technologies, climate data science, and sustainability management. The new climate-specific capabilities to lead on transition and adaptation can be organised into functional areas (see graphic below).

The report takes a pragmatic approach, capturing the capabilities as described by industry professionals. Most strikingly, these were not simply categorised within traditional disciplines, implying an emphasis on cross-functionality and cross-disciplinarity. For instance:

Strategic and analytical skills	Apply climate science principles to transition planning and risk management. Assess credible information about physical and transition risks, financial flows and impacts, and think about the transformative role of finance. Ensure compliance with regulatory and reporting frameworks and consider the broader social impacts of processes, including anticipation of unintended consequences. Strategically plan for long-term, global net-zero economic opportunities.
Leadership and Collaboration	Work with a broad range of business functions to align, collaborate and share data for climate transition planning. Analyse strategic and governance decisions at the intersection of economics, energy security, climate, and geopolitical risk Rapidly adapt, manage risks and feedback loops, and identify opportunities in a fast-changing environment. Work with a broad range of business functions to align, collaborate and share data for climate transition planning. Analyse strategic and governance decisions at the intersection of economics, energy security, climate, and geopolitical risk Rapidly adapt, manage risks and feedback loops, and identify opportunities in a fast-changing environment.
Systemic and Innovative Thinking	Craft transition narratives and relate them to financial performance. Apply system dynamics, especially about the Earth system (land, oceans, nutrients, carbon and water cycles and interdependencies), to assess individual and organisational impacts and eliminate harm. Interpret information and make data-informed decisions when the circumstances are ambiguous and/or the answer is not clear

This shifting demand is significant in the Asia-Pacific, where climate disruption, energy transition, and shifting demographics intersect. The report shows a new perspective on how business schools can position graduates to lead in this complex environment, not just as analysts, but as globally responsible leaders who can mitigate risks through bold solutions fueled by responsible innovation across entire value chains, and alignment of business opportunities with just transition.

Whichever way climate capabilities are analysed, the clear message is that climate change and sustainability are no longer niche topics, they are foundational issues affecting most sectors and industries.

While many business schools once focused solely on siloed traditional disciplines like finance, accounting, and management, they are evolving to blend disciplinary expertise with moral aptitude to cultivate globally responsible decision makers.

The report notes in-demand skills requiring joined-up thinking across disciplines and the capabilities to act on traditional technical and transferable skill sets in new ways.

Business schools are not just responding to industry demands, for decades they have melded education and research into social justice and responsible leadership alongside innovation, entrepreneurship, data analytics, and econometrics.

Given the pace and scale of change, lifelong learning is non-negotiable. Short, targeted courses in climate risk governance, scenario analysis and systems thinking, compliance, and sustainability strategy will help close critical skill gaps. Industry-academic partnerships will be essential to keep curricula aligned with fast-changing demands and help meet the needs of the industry associations’ large memberships of skilled workers.

Where does this form of coordinated approach begin? Just as leadership from the top counts in setting direction and focus, the ambitious agenda is being driven from within business schools themselves through ‘walking the talk’.

The ABDC has created a memorandum of understanding with the PRME AusNZ, to ensure climate literacies and sustainability are a foundation for action. In Australia and New Zealand this has been driven through a collection of business schools voluntarily delivering a Carbon Literacy Training (CLT) programme and facilitating Communities of Practice (CoP).

Each of these has focused on a different area of activity for the accountability statement. This begins with literacies, then how to develop a strategic roadmap, embed CLT in education and, finally, it spotlights interdisciplinary research by bringing together research special interest groups with a focus on sustainability and ESG.

The voluntary CLT programme was jointly delivered by six Australian business schools, with 84 academics across 25 business schools becoming CLT certified.

The CLT focuses on building expertise and confidence in applying carbon literacies. On average, participants’ confidence doubled. The CLT asks people to take a pledge for climate action, and in the cross-business school CoP model, people encourage one another through collegiate cooperation. For instance, sharing how to embed climate change capabilities in the curriculum, designing research programmes, and switching to low-carbon transport and procurement practices.

The CoP process shows the nuances in how schools respond to local challenges. These include opportunities such as agritech, heavy industry electrification, circular economy, climate finance and sustainability reporting.

The transition to a net-zero economy challenges business schools to reimagine business graduate capabilities for leadership in navigating complexity, analysing interdependencies with natural systems, and driving innovation for just transitions. Business schools embedding these attributes respond to global shifts and actively shape graduates for equitable prosperity.

The commitment of the ABDC to climate action confirms the catalytic power of collegiate cooperation that focuses on the process for excellence as well as outcomes.

The report shows how addressing complex challenges like climate change, extends this collegiate cooperation beyond business schools to industry and policymakers. The ABDC will build on the process to extend its responsibilities beyond climate, and join with the Globally Responsible Leadership Initiative (GRLI) to advance ABDC’s broader accountability.

Reimagined business education is helping shape an innovative, just, resilient, and regionally engaged net-zero future.