| Category | Assignment | Subject | Education |
|---|---|---|---|
| University | Unitec Institute of Technology (Unitec) | Module Title | CONS7822 Industry Project Part 2 |
Area Of Investigation
Carbon Reduction Strategies for Auckland’s Construction Sector
A persistent problem that still plagues every modern-day society currently is carbon emissions with the construction industry being a major contributor to these emissions. Within New Zealand “The construction sector makes up for “20% of New Zealand’s carbon emissions” (Thinkstep anz, 2023). This is a large percentage for just one sector to make up and so the research being conducted will attempt to address this issue by firstly analysing what the primary sources carbon emissions within the construction industry are. Secondly by identifying what current policies are already in place that are trying to reduce carbon emissions within the construction industry. Finally, the research will endeavour to provide a solution to the issue at hand by suggesting new potential sustainable practices and technologies that can help reduce the carbon emissions.
How can carbon emissions from Auckland’s construction sector be reduced?
In order to investigate how carbon emissions from Auckland’s construction sector can be reduced this research project will adopt a desktop-based research approach mixing qualitative analysis of industry documents and policy with quantitative data analysis of secondary sources such as publicly available government data records and emissions reports.
This research project will use a desktop study research approach to find various publicly available data which will provide a wide range of already existing data and knowledge related to carbon emissions in the construction industry. Academics such as Dawson (2019) explain that a desktop study is “a non-intrusive method that involves analysing existing information to identify patterns, trends, and gaps relevant to a particular research question.”. This approach would fit perfectly with the research question as it will allow for insight into existing policies that are publicly available and affect the Auckland region such as the Auckland Climate Plan as well as National policies attempting to minimise carbon emissions such as publications from the NZ Emissions Reduction plan and the construction sector accord. On top of this a review of the green building certification schemes will allow for valuable exploration into improvements to current construction practices.
As well as using a desktop research approach, this research question will also focus on using secondary data in a document analysis utilising credible sources such as Stats NZ, EECA and the Auckland Council greenhouse gas inventory. A document analysis using secondary data has a large advantage to other research approaches mainly being that it “allows researchers to investigate new questions using already available data.” Bryman (2016). Using this approach and analysing the documents will allow for trends within the Auckland Construction sector to be identified, the impact of policies on carbon emissions within the Auckland construction sector to observed and for comparisons to be made between different construction materials and their effects on carbon emissions.
Do You Need This CONS7822 Industry Project Part 2 Assignment?
Order Non Plagiarized AssignmentThe research project will focus on publicly available data sources to find answers to the research. To organise the sources, the articles and publicly available data will be saved into bookmarked folders that are applicable to each sub question.
| Sub-Question | Source & Excerpt | Type of Data | Contribution to Sub-Question |
| 1. What are the primary sources of carbon emissions within Auckland’s construction industry? | “The sector’s large diesel fleet, the production of concrete and building waste are all large sources of emissions where significant investment and change is needed.” (Deloitte, 2023, p. 1) | Quantitative | Identifies major carbon emission sources in New Zealand. |
| “The built environment generates approximately 40% of global greenhouse gas (GHG) emissions, with 11% being generated by manufacturing materials.” (Wang et al., 2023, p. 3) | Quantitative | Provides statistics on the scale of emissions from construction materials | |
| “New Zealand’s building and construction sector was responsible for 7.4 Mt CO2-e emissions in 2018, representing 9.4% of domestic greenhouse gas (GHG) emissions.” (Inframanage, 2025, para. 4) | Quantitative | Offers specific figures to underline the significance of construction emissions within New Zealand. | |
| 2. What current policies are in place to reduce carbon emissions in the construction industry? | “MBIE’s Climate Change Work Programme will include a range of initiatives to support the sector to achieve our goal of near-zero building emissions by 2050.” (MBIE, 2024, p. 2) | Qualitative | Provides insight into policies that already exist that aim at transforming building emissions practices. |
| “Emissions Trading Scheme (ETS), which encourages businesses to reduce their carbon footprint, and funding for research and development in clean technologies.” (Sustainable Living NZ, 2024, para. 26) | Qualitative | shows how financial incentives can be applied to encourage the industry to adopt low carbon emission practices. | |
| “The Building for Climate Change programme is intended drive transformative action
across the building and construction sector. It will set targets and caps for energy use and carbon emissions.” (MBIE, 2021, p. 10) |
Qualitative | Identifies what policies the government intends for emission standards and regulation targets. | |
| 3. What sustainable practices and technologies can help reduce carbon emissions? | “Low-carbon concrete, sustainably sourced timber, and modular construction, offer significant
opportunities to reduce the embodied carbon in our buildings.” (NZIA, 2024, p. 8) |
Qualitative | lists sustainable technologies to replace high-emission materials and methods. |
| “Greenhouse gas emissions can be reduced in New Zealand residential and commercial buildings through better energy management and improved minimum performance standards for appliances.” (BRANZ, 2024, para. 3) | Qualitative | Suggests energy strategies that can be used to lower greenhouse gasses. | |
| “The use of building information modelling (BIM) can help in predicting and optimizing the carbon footprint of buildings even before construction begins.” (One Click LCA, 2024, para. 5) | Qualitative | Suggests the use of technology in forecasting and optimizing sustainability prior to construction can help with reducing potential emissions. |
This research project relies heavy on the use of publicly available secondary data hence carries very little ethical risk, though personal care for data interpretation should be considered as well as the possibility of copyrights within the public data.
Potential Harms and Mitigation Approaches
| Potential Ethical Issue | Description | Mitigation Strategy |
| Misrepresentation of secondary data | Secondary data could be misquoted or taken out of context | Make sure interpretation and citation of sources is accurate |
| Use of copyrighted material | Documents may be copyrighted, licensed or restricted | Use only publicly available content |
| Potential bias in interpreting the data | Interpretation may reflect assumptions or miss the context | Maintain objectivity throughout the data sources |
As this research project is a desktop study utilising secondary data the risks and challenges associated with this project are limited as all information collection has already been done is available publicly. Because most of the raw data collection is done for this project the potential for timeline issues with the research project resulting from non-personal reasons is essentially nullified as all that is left with the data is for it be personally processed which doesn’t require outside input. The main challenge with this project stems from the interpretation of the data, as it is important to not be subjective in its interpretation as this can lead to wrong conclusions being made. To mitigate this, it is important to maintain objectivity in the processing of the data. Other challenges for this project are potential restrictions of the publicly available data which could be mitigated through only accessing easily available public data that does not require any subscriptions. Another challenge to this research project is that the data may be too old to be relevant, the mitigation strategy for this challenge would be to effectively filter the data sets and categorize their relevancy based on the age of the data. Through all these mitigation strategies the research project should have limited challenges in effectively answering the research question.
Project Timeline & Milestones (Aligned with Assessments)
| Task | Duration | Details | Due / Target Date | Milestone | ||
| 1) Collect & Organise Secondary Data | 1 week | Find reports and documents and organise by into categories | 9th May | Data Collected & Organised | ||
| 2) Analyse Data | 1 weeks | Identify trends, policy gaps and carbon reduction strategies to answer the sub-questions | 9th May | Preliminary Findings Drafted | ||
| 3) Presentation of Preliminary Findings | 1 week | Prepare and present summary of findings | 9th May | Presentation Completed | ||
| 4) First Report Drafting | 2 weeks | Write out the first draft for the report | 25th May | First Draft Complete | ||
| 5) Final Report Editing & Proofreading | 1 week | Review for clarity, accuracy, formatting and ensure all LOs are covered | 2nd June | Final Draft Ready | ||
| 6) Final Report Submission | – | Submit report | 6th June | Project Submitted | ||
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