Sustainable engineering degrees for a better future

Sustainability is growing in importance and popularity as the need for solutions to climate change, global warming and other environmental issues becomes more urgent. Engineers can play an important role in addressing these challenges.

“When engineers are given the opportunity to develop sustainable solutions to global challenges, the results are exceptional, and yet too often engineers are left out of vital conversations where decisions are made,” says Dr. Helen Meese CEng MIMechE.

When sustainable engineering principles are embedded in businesses, it not only saves money, but also sustains the industry value chain. Therefore, sustainable engineering is a truly viable option – UNESCO defines this as the use of resources that do not compromise the environment or deplete all that is available for future generations. Such engineering will take an interdisciplinary view, which makes this subject exciting to study.

Here are four universities offering sustainability-focused engineering degrees:

University of South Bank London

London South Bank University programs include internships and industry-based teaching. Source: University of South Bank London

Created in 1892, University of South Bank London has always been on a mission to transform lives, communities and businesses through his knowledge and education.

With a chemical and energy engineering degree from LSBU, you’ll be well on your way to achieving those same goals. LSBU is ranked first in the UK for student experience and teaching quality in chemical and energy engineering and third in London for postgraduate prospects in chemical and energy engineering (The Times Good University Guide 2022).

The LSBU’s chemical and energy engineering programs are current, thanks to its wide range of links through A2i projects where SMEs work in concert with the department. Connections with large multinationals such as Bosch and local businesses – which include site visits to Thames Water and collaboration with Sellafield – further ensure that LSBU students become employable graduates.

the MSc Future Energy Engineering is an excellent example of industry-relevant knowledge and LSBU’s strengths in research and teaching in this area. It covers both theoretical knowledge and advanced technical skills demanded by the evolving process engineering and energy sectors and will therefore include both oil and gas as well as renewable technologies.

LSBU students will explore topics such as process management and its connection to chemical engineering and sustainable processes, as well as detailed knowledge of process design and simulation, process integration and optimization. ‘energy. They will also develop an understanding of the limits of natural resources, how they can be accessed, and alternative approaches to more sustainable energy production. Find out how LSBU’s chemical and energy engineering meets the challenges of tomorrow here.

University of Glasgow

University of Glasgow

The University of Glasgow is one of the oldest and most reputable universities in the world. Source: University of Glasgow, Facebook

As the fourth oldest in the English-speaking world and one of the world’s top 100 universities, the University of Glasgow hosts 35,000 students from the UK and overseas to pursue undergraduate, masters and research studies. The university is a member of the following: the prestigious Russell Group of Research Universities, Universitas 21 and the Guild of European Research Intensive Universities.

the James Watt School of Engineering is consistently in the top five in the UK: fourth for Aeronautical and Aerospace Engineering (Comprehensive University Guide), third for Electrical and Electronic Engineering and Civil Engineering (Times and Sunday Times Good University Guide).

the MSc in Civil Engineering combines advanced knowledge with associated analytical and problem-solving skills in a range of key civil engineering sub-disciplines. Students will develop the ability to apply this knowledge to engineering design and to the solving of open, multidisciplinary problems. It is accredited by the Institution of Civil Engineers (ICE), Institution of Structural Engineers (IStructE), Institute of Highway Engineers (IHE), and Chartered Institution of Highways and Transportation (CIHT). If you have an accredited BEng undergraduate degree, you will be able to meet all of the academic requirements for the award of the Chartered Engineer title with this MSc.

The university offers a MSc in Sustainable Energy as well as an interdisciplinary program that will prepare you for jobs in the international energy sector. The program covers all key aspects of sustainable energy, from the most advanced technologies to ethical and economic considerations.

University of Bristol

University of Bristol, Facebook

The University of Bristol is well known for its innovative research. Source: University of Bristol, Facebook

the University of Bristol (UoB) is one of the most popular and successful universities in the UK. It is ranked 62nd in the world in the QS World University Rankings 2022 and fourth in a list of universities targeted by top graduate employers (The Graduate Market in 2018, High Fliers Research).

UoB graduates are highly valued by employers. The institution is known for its high-quality, research-driven teaching; its courses are set to incorporate the very latest thinking, as well as real-life projects with scholars who are experts in their field.

Budding engineers looking to make a difference in the world and in people’s quality of life will find their ideal programs at UoB. the MSc in Earthquake Engineering and Infrastructure Resilience trains students in seismic engineering risk assessment and natural disaster risk management. They will be configured to impact the design of the built environment, mitigate seismic loss, and protect human life.

the MSc Nuclear Sciences and Engineering provides a thorough grounding in the science and engineering that underpins today’s nuclear energy systems. Students will benefit not only from the strengths of UoB’s science and engineering faculties, but also from an established program of nationally recognized industrial research through the Bristol-Oxford Nuclear Research Centre.

the MScAdvanced Microelectronic Systems Engineering benefits from its location in Bristol – the city and surrounding area is home to a thriving, world-renowned semiconductor design industry. The main topics of the program include digital and analog ASIC design, DSP and FPGA-based computing, embedded sensors and actuators, radio frequency and mixed-signal design.

University of Warwick

Warwick engineers are known to be so good they could work anywhere in the company. Source: University of Warwick

University of Warwick

The University of Warwick Engineering school is one of the leading unified engineering schools in the UK. It takes an integrated approach to engineering education, merging the main branches of engineering and building on its research strengths in core engineering disciplines.

The School of Engineering attracts students drawn to the applications of science to create, innovate, and dive deeper into the world of AI or any technological advancement contributing to the Fourth Industrial Revolution.

The Warwick School of Engineering comprises four individual disciplinary streams that all work together to provide a general (combined) experience for undergraduate students. They can then choose to specialize in one of the streams: Mechanical Engineering, Civil Engineering, Electrical and Electronic Engineering or Systems Engineering.

These programs are defined by Warwick’s international reputation for excellence in teaching and research, meaning your Warwick degree will be known and respected around the world. Warwick courses are accredited by leading UK engineering institutions including IET, IMechE, IStructE and ICE.

“I had the opportunity to conduct really exciting and challenging research while being surrounded by top researchers, which has added enormous value to my career and is something I am very grateful to have. lived,” former student Ben Harris said.

“Currently, I work for Rolls-Royce as a thermofluids engineer, where I was able to enter as a direct participant, which allowed me to avoid the standard path of the postgraduate program followed by the most. Without my experience at Warwick, I wouldn’t have the job I’m in now,” he added.

*Some of the institutions featured in this article are business partners of Study International

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