Bachelor of Engineering (Hons) in Chemical Engineering

at Newcastle University United Kingdom

Newcastle is a great place to study this master's in Archaeology. We're surrounded by world-class prehistoric, Roman, medieval and post-medieval heritage. You'll make full use of our rich archaeological landscape with regular study trips and fieldwork.

Newcastle University has a long and distinguished history of archaeological research, including:

• Prehistoric archaeology
• Greek archaeology
• Roman archaeology
• Archaeology of the late antique period
• Western medieval archaeology
• Byzantine archaeology
• Historical archaeology (the post-1500 AD world)
• Landscape studies
• Material culture studies

You'll access some of the finest collections of archaeological artefacts in Great Britain in the on-campus Great North Museum: Hancock.

The Archaeology master's has six specialist pathways and a generic route. You can select a pathway to suit your individual needs, background and career aspirations. Choose from:

• Prehistoric Archaeology
• Classical Archaeology: Greek and Roman
• Roman Frontier Studies
• Late Antique, Medieval and Byzantine Archaeology
• Historical Archaeology
• Artefacts and Technologies

You'll join a vibrant archaeology community at Newcastle. You'll receive specialist teaching from leading academics in subjects of their research expertise.

Data Visualisation is an increasingly important part of data science. It aims to bridge the gap between the human and data. It supports human perception and cognition to make sense of data analytics outputs.

We created the PGDip, PGCert, MSc Data Science with Specialisation in Visualisation in collaboration with a number of high profile industry leaders. It aims to address the skills shortage in data analytics.

Our master's in data science brings together students and industry practitioners to develop and translate new technologies into industry practice.

You'll receive a comprehensive grounding in the theory and application of data science. You'll also gain the ability to apply these skills to real problems in a given application area.

Through project work, you'll experience the full lifecycle from design of interactive visualization to experimental evaluation of an advanced visualization approach.

Topics covered in the course include:

• Cloud computing
• Bayesian statistics
• Machine learning

You'll benefit from our substantial expertise in data science. We focus on a wide range of application areas, including:

• Healthcare
• Transport
• Cybersecurity
• Smart cities
• Manufacturing

Our electrical and electronic engineering degrees focus on developing your knowledge and practical skills on topics across the discipline, so you graduate as a well-rounded civil engineer and well-equipped for your future career.

This foundation year will help you build the base knowledge you need to progress to any of our electrical and electronic engineering BEng degrees.

This is a full-time programme of study covering core electrical and electronic engineering topics, including:

• Foundation mathematics
• Applied mechanics
• Material science

This Biomedical Sciences MSci Honours degree develops your understanding of how the human body functions in health and disease and equips you with the practical research experience you need. You will graduate well prepared to make a difference in modern medicine.

We're a National Centre of Excellence in biomedical research and our world-leading expert staff will guide you through your degree. This means you graduate with the latest knowledge in human health and disease.

You’ll explore the links between:

• anatomy
• biochemistry
• genetics
• immunology
• microbiology
• neuroscience
• pharmacology
• physiology

By gaining an understanding of research in these areas, you'll learn how we can develop either preventative approaches or new treatments for a range of common diseases, such as Alzheimer’s, autoimmunity, cancer, and diabetes.

This programme follows the same programme as our Marine Technology with Naval Architecture BEng Honours degree. It focuses on developing skills across all aspects of the design and operation of ships and other large floating structures. You'll gain a broad engineering education. This equips you with key engineering skills engineers apply to industry-specific problems. This accredited degree also provides a direct route to Chartered Engineer status.

You'll have the opportunity to deepen your knowledge in advanced topics of naval architecture during your third and fourth year. You'll specialise in a field that interests you. This enables you to graduate in your chosen specialism tailored to your career of choice. Specialisms include:

• Offshore engineering, including offshore design, marine structures, and offshore engineering
• Small craft technology, including small craft design, marine structures and small craft hydrodynamics)

In Year 4 you'll develop your technical and professional-standard skills. This will be through a final group design project.

We work with industry so your studies reflect the challenges engineers face in the real world. You'll have hands-on practical learning and optional industry placements. They give you the opportunity to put your theory into practice. You'll gain invaluable experience in the sector.

We ensure your practical, professional and academic skills develop through:

• guest lectures
• placement opportunities
• interactions with industry through projects and visits

The Environmental Engineering MSc provides you with advanced understanding, technical knowledge and practical skills.

Environmental engineers create the infrastructure, technologies and policies. They are at the heart of a healthy sustainable society. You'll study how to apply scientific and engineering principles. This will help protect the environment and public health.

You'll learn how to:

• Provide clean water, treat wastewater, manage solid waste
• Remediate pollution from mining, industrial and agricultural activities
• Control air pollution
• Design appropriate environmental engineering interventions in low, middle and high income countries

We have a global outlook and train our engineers to help them develop a successful career in the environmental industries. We also want to incorporate the global imperatives of climate change and the circular economy into your thinking and design.

This well-respected course has been running since 1963. Its rich history of teaching and research assure the quality of the experience for you.

Our Environmental Engineering MSc is for both practising professionals and graduates in:

• Engineering
• Science
• Physical geography
• Maths
• Physics

We have strong industrial engagement. Industry and government policy shape this degree programme. You'll benefit through:

• Industry guest lectures
• Study tours
• Site visits
• Industry and research-focused individual projects
• Placements and employment opportunities with added support from the careers service

Our graduates are in high demand. You'll graduate with the enhanced skills and knowledge preparing you for a wide range of careers.

We produce experts with practical experience. They work with companies from around the world realising the business benefits of this exciting technology.

Cloud computing is revolutionising the way that large, and often complex, datasets are stored and analysed.

Our Cloud Computing MSc focuses on both theory and practice so that you can understand and implement cloud computing applications. You'll cover key subjects such as:

• Advanced object-oriented programming
• Data mining
• Big data analytics

You'll develop both your technical and professional skills to underpin personal development and future career success. Our comprehensive research training provides a basis for PhD study.

This is a demanding and rewarding course. We have close links to research by:

• The Scalable Systems Group
• The Digital Institute

Our cloud computing research also has links with companies such as Red Hat and Hewlett-Packard. They often employ our graduates and also offer summer project internships to students.

This three-year Mechanical Engineering degree focuses on developing your knowledge and skills across a wide range of mechanical engineering topics. You'll leave Newcastle University equipped with the abilities you need to succeed anywhere in engineering.

We work closely with industry so that your studies reflect the challenges engineers face in the real world. We ensure your practical, professional and academic skills continually develop through guest lectures, placement opportunities and interactions with the engineering industry through projects and visits.

You'll leave a confident engineer with expert knowledge, enhanced through team projects and studying in areas such as:

• Electrical engineering
• Engineering design and manufacturing
• Engineering mathematics
• Engineering operations

You'll build critical teamwork and leadership skills, which are valued by employers, through small team projects and individual engineering investigations.

Our civil engineering degrees focus on developing your knowledge and practical skills on topics across the discipline, so you graduate as a well-rounded civil engineer, and well-equipped for your future career.

This foundation year will help you build the base knowledge you need to progress to any of our civil engineering degrees.

This is a full-time programme of study covering core civil engineering topics, including:

• Foundation mathematics
• Applied mechanics
• Material science

This accredited four-year degree provides training in key and emerging topics such as cyber security, data science and bioinformatics. This ensures you graduate prepared to meet the evolving needs of the industry.

You'll be based in the truly inspiring Urban Sciences Building, and study at a world-leading centre in computing innovation and industry collaboration.

By studying a broad curriculum in your first two years, you'll develop knowledge in different aspects of computing science, and gain highly desirable skills in problem solving, program design and implementation.

From your third year you can specialise in a particular area of computer science or build your own broad based degree.

In Stage 4 you can choose master's-level modules from the MSc in Advanced Computer Science. You'll receive comprehensive research training to help develop your skills in computer and information systems.