The world continues to focus on green initiatives and the aerospace industry is also taking steps to reduce its environmental impact as it evolves. Sustainability in aerospace is becoming an increasingly important issue, with a focus on reducing carbon emissions, and preparing for a future that relies less on fossil fuels. The global aviation industry has committed itself to achieving net-zero carbon emissions by 2050 and to governments and investors around the world are offering funding options to support this transition. But executing a truly green aerospace sector will be a massive undertaking. Aerospace companies looking to embrace more sustainable practices must understand the challenges the industry faces, and the opportunities available for those who innovate.
Funding and investment for sustainable aerospace engineering
The UK government has pledged a substantial £685 million in funding to the Aerospace Technology Institute (ATI) through to 2025. This investment is designed to cement the UK aerospace industry at the forefront of new green technologies, drive growth, jobs and innovation.
Beyond the chance to contribute to the development of green aerospace tech and making a real-world impact in the drive to net zero, there are several benefits for aerospace businesses that innovate when it comes to sustainability:
Cost savings
Reduced energy consumption, waste reduction and more efficient use of resources can lead to significant cost savings.
Improved reputation
Consumers are increasingly concerned with sustainability. Prioritising environmentally sound practices makes brands more attractive, improve their reputation with customers, investors, and other stakeholders.
Competitive advantage
Sustainable products and services alongside a commitment to green innovation can set aerospace businesses apart from their competitors helping them gain an advantage in a fierce market.
Regulatory compliance
Many governments are introducing regulations aimed at reducing carbon emissions and promoting sustainability. By innovating in sustainability, businesses can ensure compliance with these regulations and avoid potential fines or penalties.
Future-proofing
Investing in sustainability now will ensure businesses are better positions to adapt to a more sustainable future and take advantage of new opportunities in the green economy.
5 areas of transformation for sustainability in aerospace
Sustainability in aerospace is being driven by several key areas of transformation. These trends, alongside other areas of innovation, are enabling more sustainable practices and reducing the environmental impact of aviation. At Electus we believe that businesses that prioritise sustainability will be best positioned for long-term success and that these trends will continue to shape the industry in the coming years:
Green Energy
A range of technologies are being developed to reduce emissions and increase sustainability using alternative fuels. Electric propulsion is a key area of focus and has already been demonstrated in prototype aircraft. Green hydrogen can be used to power fuel cells and advanced batteries are being developed which will enable all-electric flight.Reusability
Designing vehicles and systems that can be used multiple times means components no longer need to be manufactured repeatedly, costs can be reduced, and waste minimised.Industry 4.0
Industry 4.0, which enables a more efficient use of resources, reduces waste and emissions, and improves safety through predictive maintenance and analytics, is transforming the aerospace industry and helping to drive its ongoing evolution.Advanced materials
New composites and lightweight metals can be used to make aircraft lighter and more fuel efficient, reducing their emissions and environmental impact.Additive manufacturing
Also known as 3D printing, additive manufacturing methods are being used to create complex and lightweight parts for aerospace applications. This technology can reduce the waste and energy consumption associated with traditional manufacturing, making it a more sustainable option.Innovation and new sustainable technologies in the aerospace industry are also likely to require a wider range of roles and skills, including:
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Data scientists and analysts to collect and analyse data from sensors and other sources
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Engineers with expertise in automation, robotics, and artificial intelligence (AI) to design and implement advanced production processes
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Technicians with skills in maintaining and repairing advanced automated systems
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Software developers and cybersecurity experts to design and maintain the digital infrastructure required for Industry 4.0 technologies
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Sustainability experts to develop and implement strategies for reducing waste and emissions while increasing efficiency and sustainability.
Preparing to upskill or recruit the talent needed for sustainability initiatives in aerospace can give businesses a competitive edge. As the industry evolves towards more sustainable practices, the demand for expertise in areas such as sustainable aviation fuels, closed-loop manufacturing, electric propulsion, and carbon reduction strategies is likely to grow.
By upskilling current employees or recruiting individuals with the necessary skills and knowledge, businesses can ensure they are well-positioned to take advantage of new opportunities in the green economy.
Which is where Electus can help.
For aerospace businesses seeking reliable and responsive recruitment solutions, look no further than Electus Recruitment. As a trusted recruiter of choice for the defence, aerospace, infrastructure, and energy sectors, Electus has a proven track record of providing top talent to the aerospace engineering industry. Contact us today to discuss your recruitment needs and benefit from our expertise in connecting businesses with skilled professionals in the aerospace sector.