Integrating Safety Leadership Into Corporate Governance Assignment Sample

Introduction to Integrating Safety Leadership Into Corporate Governance Assignment Sample

Task 1

Investigative analysis of the carbon tax component in different countries

A study comparing carbon tax systems reveals that Canada and Sweden, which have implemented carbon taxes, employ different strategies and levels of policy integration. In 2019, Canada introduced a federal carbon pricing system under the Greenhouse Gas Pollution Pricing Act which set carbon emission prices starting at CAD 20 per tonne and gradually increasing until they reach CAD 170 per tonne by 2030. As long as they meet or exceed federal policies, provinces and territories are permitted to implement their carbon pricing systems. Being this flexible allows each province to fit its specific economy and energy supplies, but it also leads to different carbon prices across Canada (Giudici et al., 2024). The money collected from the tax is given back to people as rebates and to businesses as subsidies for clean technologies, following an approach meant to reduce negative impacts on the public and the economy. Sweden introduced a carbon tax in 1991 and today this model is considered to be one of the most effective and strong in the world. In recent years, the rate of carbon tax in Sweden has been approximately USD 127 per tonne which is the highest anywhere in the world. Thanks to this policy, the environment is 25% cleaner, and at the same time, the GDP has grown by an incredible 75%, beginning in 1995. Thanks to its laws, transportation network, and support for energy savings, Sweden has a complete approach to cutting down carbon emissions (Yang et al., 2022).

A main difference between the two models is how they relate to other environmental and financial laws. In contrast, Canada only uses carbon pricing, but Sweden adds it to its system of environment taxes which covers fuel taxes and benefits for lower-carbon areas. On top of that, Sweden bases its policy on the Polluter Pays Principle which reflects a leading principle in the Pigouvian tax model about making polluters bear the expense of reducing environmental harm. The OECD has pointed out in its 2019 report that Canada’s system is still generous to sectors such as oil sands and coal which generates a lot of pollution. In addition, Canada has added the Clean Fuel Standard, new methane rules in its oil and gas industry, and improved clean energy projects (Schlüter et al., 2023). Nonetheless, these measures are questioned, mainly due to rising emissions in provinces that depend greatly on energy. At the same time, Sweden’s achievements prove that if policy measures are well-designed and people accept them, it’s possible for the economy to expand without causing much of an increase in carbon emissions (Raut et al., 2025).

This assignment sample compares carbon tax policies in Canada and Sweden, examining environmental regulations, emission reduction strategies, and their economic impacts. An Assignment writing helper can support students in understanding corporate governance, sustainability policies, and effective environmental risk management.

Lifecycle Assessment Process for non-biodegradable products

To show a Lifecycle Assessment (LCA) with the help of the Ecological Loop, this study will use the example of plastic packaging made by Nestlé Canada.

1. Raw Material Extraction (Input Loop)

The production of Nestlé’s non-biodegradable plastic packaging begins by taking fossil fuels mostly consisting of petroleum and natural gas which are changed into polymers such as PET (polyethylene terephthalate). During this step, a lot of energy is used, and much pollution results from greenhouse gases. Ecosystems in Alberta and similar places where a lot of oil is produced face major disturbances from the extraction process.

1. Manufacturing and Production

At this point, raw polymers are shaped into plastic bottles, wrappers, and containers. Much of the packaging Nestlé uses is made by third-party producers in Canada and in other countries. This region uses a lot of energy which mainly comes from non-renewable sources. Carbon and toxins are released into the environment since machinery, chemical treatment, and production waste add to the problem (Glavič et al., 2021).

1. Distribution of Surplus

Using trucks, ships, and planes to distribute Nestlé’s packages also ends up polluting the air. Shortly after people buy them, plastic things like bottled water and snack packs are often just thrown out, leaving the use phase brief for many. While plastic is recyclable, the majority of it gets thrown away in landfills because of dirtiness, poor recycling facilities, or careless actions by people.

1. End of Life (Closed Loop)

At this point, Nestlé’s use of non-biodegradable packaging creates a big environmental problem. While municipal recycling is available in Canada, only under 10% of all plastic waste gets recycled. From here, the next step is burning or burying the rest which results in releasing greenhouse gases or letting harmful chemicals seep into the soil and water. Some packaging materials can end up in the sea which can harm living things in the water (Kumar et al., 2025).

1. Reintegration

During this part, the possibility for the product to be recycled is evaluated in a sustainable way. Nestlé Canada is aiming to change the packaging of its products so they can be recycled or composted by 2025. It has teamed up with TerraCycle to build systems that allow materials to be recycled again and again. Still, some argue that these solutions aren’t fast or strong enough to handle the problem of plastic pollution.

Figure 2: Lifecycle Assessment Process for non-biodegradable products

Source: (Kumar et al., 2025)

How does Systems Thinking strengthen Sustainability Research

Systems Thinking uses an approach that looks at the connectedness of issues rather than at each one on its own. Systems Thinking is a valuable tool for studying sustainability and climate change because it helps address the complications and links involving GHG emissions.

Systems Thinking mainly supports sustainability research by encouraging cooperation between disciplines, so policymakers, scientists, and businesses can spot how economic activities, people’s actions, industries, and nature are related. While regular thinking might only try to cut back on car emissions, a systems approach would analyse bigger areas of urban planning, how people use public transport, their food habits, and taxes on fuel. Thanks to Systems Thinking, we can find the crucial points to address and enjoy much better results with less chance of side effects (AbdelKader, 2023). Using causal loop diagramming, Systems Thinking provides a picture of how feedback works. As an illustration, if a positive loop is considered, we see that faster economic growth leads to people using more energy, and putting more CO2 and other related gases into the atmosphere. In contrast, using carbon taxation may lessen the use of fossil fuels and lead to more investments in renewable energy. This way of thinking helps to overcome policy resistance which reduces the chances that good policies fail due to unknown connections in the system (Kanwal and Awan, 2021).

Strategies for addressing GHG emissions using Systems Thinking can be arranged into several areas.

1. Reducing the use of carbon in energy resources.

A systems perspective on energy changes promotes sustainable energy and evaluates its effect on the current energy system, on equality, and the full amount of emissions from every stage of its life. For example, EVs are considered green, but their true advantage is connected to how clean the electricity grid is, the source of battery materials, and how they are later recycled.

1. Integrating the Circular Economy

It proposes that instead of using resources linearly, they should be recycled and waste should become limited. When viewed from a greenhouse gas perspective, achieving these calls for products that endure, recycling materials, and collecting energy which all make products more eco-friendly across their entire lifespan. Such examples include encouraging producers to be responsible and promoting closed cycles in waste (Iacovidou et al., 2021).

1. Agriculture and Land Use Reform

To reduce emissions caused by agriculture, we need to modify diets, regulate fertilizer use, help food production follow environmentally friendly methods, and deal with food that is thrown away. Systems models work to make sure the tasks of reducing carbon, earning good returns for farmers, and securing food needs are balanced.

1. Urban Planning and Travel

Using Systems Thinking in urban systems results in creating systems for compact cities, getting around using transit, making places that are comfortable to walk, and planning land use well. They make transport more efficient and lower our energy demand, leading to better air and better health. In addition, Systems Thinking motivates stakeholders to get involved. Since there are always trade-offs in sustainability, when government, industry, and civil society come together using participatory modelling and scenario analysis, their strategies turn out to be more effective and involve more people (Onat et al., 2020).

Overall, addressing greenhouse gas emissions requires a mix of carbon taxation, product lifecycle assessment, and Systems Thinking. Improvements in Canada’s policies on carbon and Nestlé’s actions in reducing waste are evidence of what has been achieved, as well as areas that still need work. When using Systems Thinking, it becomes possible to find complete and lasting answers by discovering the main causes and how different things are connected.

Task 2

Innovation Process and Drivers of Sustainable Innovation in Organizations: Challenges and Recommendations

Understanding how innovation happens

Through innovation, ideas are developed and formed into useful and valuable solutions. It starts when people invent ideas, meet in discussions, and find what tasks are important to address. After that, research and development are carried out to try out and improve ideas into complete concepts. Software development begins with concepts, changes them into prototypes or models, and then moves the innovations into real service or product use through the implementation stage. The last phase helps the innovation spread to the entire organization or the outside world. Every phase of this process depends on leaders aiming together, having the required resources, and having a culture that values learning and adjustment (Young, 2020).

The Reasons Behind Sustainable Innovation

Sustainable innovation targets challenges for the environment, people, and competition in the market. There are many general and particular elements that affect this innovation. Some general things that influence a company’s strategy are its culture, how seriously the leaders take their roles, the enthusiasm of employees, and a company’s long-term ambitions. Such organizations are more able to include sustainability in their plans for future development. Markets, laws, and the expectations of customers are important as well. For its part, task-driven innovations mean using particular tools, technologies, and skills to help the innovation process. Some of them are eco-design techniques, conducting environmental impact assessments, and including sustainability in the making of new products. Specialized groups and innovation teams who concentrate on building green items rachet up progress in achieving sustainable goals (Bergström and Edstrand, 2021).

Obstacles in Achieving Sustainable Innovation

Organizations still encounter various difficulties even though sustainable innovation is acknowledged as very important. The main issue is that businesses choose attractively quick profits instead of focusing on activities that help the environment over the long term. Both individuals and companies that resist change can often stop the adoption of green technology and green methods. In addition, limited knowledge and the wrong technical abilities to measure the environment’s effects narrow down the progress and quality of innovation. Having limited finances is an extra barrier to using sustainable solutions in small and medium-sized enterprises, limiting their development. Here, the weak structures for addressing sustainability goals discourage people and discourage them from trying to achieve them (Sonnemann et al., 2020).

Suggestions on Dealing with Obstacles

To fight these problems, organizations should include green management as a central part of their strategies. Green management combines environmental factors in the company’s decisions, how it runs things, and how it communicates with stakeholders. It is important for an organization to grow environmental capital by using its ecological resources and green technologies. Investing in workers’ skills, having people from different teams cooperate, and working with specialists in the green tech sector prepares the company for new ideas. Organizations ought to use environmental accounting and sustainability reporting to monitor their development and increase their credibility. Leaders are expected to build an atmosphere of caring for the environment, emphasizing openness, and trying to boost performance at all times. If sustainability is encouraged and linked to innovation efforts aimed at lowering the environment’s impact, it will stay central to the growth of the company (Sroufe, 2020).

The relevance of design thinking in the models of innovation and sustainability

The Importance of Design Thinking in Innovation and Sustainability

The approach of design thinking is valued in today’s discussions about innovation and sustainability because it is centred on users, goes through many cycles, and helps address problems. Among all innovation models, design thinking is linked to open innovation, disruptive innovation, and social innovation, since it highlights empathy, quick prototyping, and teamwork between different experts. It works with sustainability models to ensure that results are affordable and also protect the environment and involve everyone. Thanks to design thinking, organizations are encouraged to imagine the future and see how everyone and every system affects one another, which supports sustainability (Sroufe, 2020).

Usage of Design Thinking in Organizations

In most organizations, design thinking goes through the steps of empathizing, defining, brainstorming, building a prototype, and testing. The process begins when organizations dive into what users or stakeholders need and go through by showing empathy. Because of this insight, during the define phase, it is clear to state what the problem is. Next, the ideate phase takes place, inviting people to think of several different options before offering any kind of evaluation. The process of prototyping helps create simple and fast options of possible solutions that users can personally test and offer advice. The system might be followed more than once to make sure the product or process is effective and won’t ruin the environment.

Pros and Cons of Using Design Thinking

Design thinking offers a lot of benefits. It encourages creativity which challenges the standard ways people think. Since the approach is focused on users, the outcomes end up meeting people’s requirements and making a bigger impact. Working with design thinking allows early tests to take place, so you can cut back the time and money needed to create a working solution. Primarily, when working on sustainability, it makes products and services more aware of the environment and also improves social considerations, which helps make innovation more responsible (Sroufe, 2020).

There are risks that financial institutions need to deal with as well. A serious limitation is that design thinking sometimes works only temporarily when it is used as a passing trend instead of being incorporated into the workplace. Moreover, people practicing design thinking are expected to spend more time, accept new information, and deal with ambiguity, which some companies and timeframes may not allow. Misunderstandings between the stakeholders and not having enough money can hinder how well the process works.

Implementing Design Thinking to Improve an organization

For design thinking to be a key skill, businesses should focus on shifting their corporate culture. The process means training employees, motivating team members to work with those from other teams, and creating a setting where innovation is accepted. Those in charge should use design thinking when planning and deciding what is best for the organization. Performance indicators in the industry should now focus on user involvement, the health of the sector, and gaining knowledge, rather than only on money. Because of this, design thinking becomes a way of thinking that always encourages innovation and ensures the organization’s ability to survive for a long time (Sroufe, 2020).

Task 3

Introduction

Climate change, damage to the environment, and limited resources mean that sustainable design is not an option but a requirement. Sustainable design looks to lower the negative effects on nature by improving the way buildings, products, and activities are carried out. The plan included in this report promotes green design, monitoring of key indicators of sustainability, and solid goals for inspiring people in the coming years.

Vision and Objectives

The main purpose of this plan is to explain how cities, buildings, and products should be created in a way that is environmentally friendly.

• Deal with the challenge of diminishing the environmental impact caused by businesses.
• Maximize the way resources are used.
• Support better conditions for both human health and the environment.
• Encourage people in your community to care for the environment.

By 2030, the plan aims to achieve:

• There was a 50% cut in carbon emissions in specified zones.
• Seventy percent of all materials are reused or recycled.
• There is a 40% decrease in the use of potable water.
• Dependence on renewable energy alone for developing new projects (Curran, 2020)

The Green Design Blueprint

EcoHaven is the name for the test city and it uses a circular design that reduces waste and recycles everything. These products have the following key features:

Green Infrastructure

Green roofs, permeable pavements, solar panels over streets, and lots of urban trees are part of urban planning. This way, the temperature difference between the city and the countryside is reduced, while the air and nature become more beneficial.

Sustainable Buildings

Low-carbon cement, cross-laminated timber, and recyclable insulation are used in all the buildings built in Utah. Passive house procedures are used so that the buildings are energy efficient (Onat et al., 2020).

Water Recycling Systems

Municipal water use is decreased because every household and facility has greywater units and rainwater harvesting tanks.

Zero-Waste Policy

The system used for waste management in this city separates items, composts them, recycles, and produces bioenergy from organic garbage.

Clean Energy

All of the project’s energy is provided by wind, solar, and micro-hydro systems. All buildings have solar panels and energy storage batteries installed as well (Kanwal and Awan, 2021).

Key Sustainability Indicators

The progress of the green design implementation will be measured using five core sustainability indicators:

Indicator	Baseline (2025)	Projected (2030)
Energy Efficiency	50	80
Carbon Emissions	40	75
Water Conservation	60	85
Waste Reduction	30	70
Material Reuse	45	90

These indicators are visualized below for easier stakeholder understanding:

Present Findings

A series of trials running in the suburban areas of Ontario, Canada, have found that small-scale green building methods perform well. Because of these measures, energy consumption in green homes dropped by 30% every year, indicating how these homes could save money and help the environment over many years. Furthermore, homes with rainwater harvesting decreased their municipal water use by 40%, which proved how helpful sustainable water management can be. They also played a significant role, since composting in the community decreased landfill garbage by 55% and encouraged proper waste removal and soil improvements. Also, using reclaimed wood and recycled metals while building the project decreased material costs by 18%, making it a cost-effective choice (Sonnemann et al., 2020).

Stakeholder Engagement and Awareness

Success of the plan depends on working with governments, businesses, and all members of the public. To promote responsible actions, people should become aware, learn in schools, benefit from incentives, and take part in workshops.

Risks and Mitigation

In spite of the high targets, the plan expects some major setbacks.

• Green materials are pricier when you first start using them.
• There is likely to be resistance if stakeholders prefer to keep doing things as they have always done.
• If employees are not taught properly, changes may take more time to occur.

One can try to deal with these risks by:

• Provide bonuses and tax breaks for those who start to use the service early.
• Teach future designers to work green and spend money on research at home.
• Lawmakers should use performance-based codes to enforce rules on the environment (Schlüter et al., 2023).

Recommendations

Working as a group and collaborating are required to create a more sustainable built environment. It is important for government action to add sustainability goals to urban planning systems and zoning rules so that all developments consider the environment. Builders and architects are required under green laws to follow and implement recognized green certifications, for example, LEED, BREEAM, or WELL. Banks and similar businesses can help by introducing green bonds and giving out loans with low interest rates that are only for projects aimed at saving the environment, making it easier for people to support these efforts. Moreover, making information on the environment clear and letting the public access more sustainable goods and services supports smarter decisions and helps people remain committed to saving the environment (Giudici et al., 2024).

Conclusion

The use of green design helps us reach a future that is more sustainable, equal, and resistant to challenges. This calls for structural changes, lasting vision, and people working together. After identifying and checking sustainability indicators as in the EcoHaven example, communities are able to fully participate in genuine progress. It demonstrates how coming up with practical plans and having a clear vision can result in restoring nature and motivating the next generations.

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References

• AbdelKader, A.E.A., 2023. Innovation to sustainability in design. International Journal of Design and Innovation Studies.
• Bergström, B. and Edstrand, H., 2021. Managing sustainability in strategic decision-making: Life cycle thinking for sustainable innovation – A case study at Volvo Cars. Chalmers University of Technology.
• Curran, M.A., 2020. Life Cycle Assessment Handbook: A Guide for Environmentally Sustainable Products. 2nd ed. Hoboken, NJ: Wiley. :
• Giudici, H., Falk, K. and Muller, G., 2024. A systems thinking perspective on the obstacles faced by industrial organizations to transition towards sustainability
• Glavič, P., Pintarič, Z.N. and Bogataj, M., 2021. Process design and sustainable development—A European perspective. Processes, 9(1), p.148.
• Iacovidou, E., Hahladakis, J.N. and Purnell, P., 2021. A systems thinking approach to understanding the challenges of achieving the circular economy. Environmental Science and Pollution Research, 28, pp.33639–33660.
• Kanwal, N. and Awan, U., 2021. Role of design thinking and biomimicry in leveraging sustainable innovation. In: Industry, Innovation and Infrastructure. Springer.
• Kumar, S., Gangotra, A. and Barnard, M., 2025. Towards a Net Zero Cement: Strategic Policies and Systems Thinking for a Low-Carbon Future. Current Sustainable/Renewable Energy Reports.
• Onat, N.C., Kucukvar, M., Halog, A. and Cloutier, S., 2020. Systems thinking for life cycle sustainability assessment: A review of recent developments, applications, and future perspectives. Sustainability, 12(2), p.706.
• Raut, S.A., Marchi, L. and Gaspari, J., 2025. A System Thinking Approach to Circular-Based Strategies for Deep Energy Renovation: A Systematic Review. Energies, 18(10), p.2494.
• Schlüter, L., Kørnøv, L., Mortensen, L. and Løkke, S., 2023. Sustainable business model innovation: Design guidelines for integrating systems thinking principles in tools for early-stage sustainability assessment. Journal of Cleaner Production.
• Sonnemann, G., Gemechu, E.D. and Sala, S., 2020. Life Cycle Thinking and the Use of LCA in Policies Around the World. In: Life Cycle Assessment: Theory and Practice. Springer.
• Sroufe, R., 2020. Design Thinking–Life Cycle Assessment. In: Integrated Management: How Sustainability Creates Value for Any Business. Emerald Publishing.
• Yang, C., Zhang, L. and Wei, W., 2022. The influence of introducing the concept of sustainable system design thinking on consumer cognition: A designer’s perspective. Systems, 10(4), p.85.
• Young, G., 2020. Design thinking and sustainability. Zumio Meaningful Innovation.