Master of Pharmacy (Hons)

at Newcastle University United Kingdom

Our Biochemistry integrated master's degree studies life at the molecular level. You'll develop an understanding of what causes diseases like cancer and how new technologies and drug treatments can help patients.

You’ll explore the chemical processes that occur in cells of other living organisms, from bacteria to humans. You'll also gain knowledge and skills in molecular biology, biomedical sciences, biotechnology.

You’ll learn how analytical techniques used by the industry – particularly the pharmaceutical or biotech companies – are used to discover or design new drugs or solve environmental problems.

The course includes topics such as:

• DNA replication, recombination and repair
• control of gene expression
• molecular basis of cancer and chronic diseases
• applications of biochemistry in real-world problems such as biofuels, drug-design, nano-circuits and bio-sensing

BSc or MSci?
Some of our degrees are offers at two levels:

• three-year Bachelor of Science (BSc)
• four-year Master in Science (MSci)
• Our MSci degrees include an additional year of advanced study at master’s level, where you will gain additional research and practical experience to increase your employability and have the opportunity to work alongside our world-leading experts.

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

You study a broad curriculum in your first two years, developing knowledge in different aspects of computing science, and gaining skills in problem solving, program design and implementation.

In your third year, you move onto specialist topics in software engineering, developing skills and knowledge for your future career.

Your modules focus on the design and development of embedded software systems, and include:

• Software verification systems
• Real-time and cyber-physical systems

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.

Develop the skills and knowledge you need to advance in Sport and Exercise Psychology. You'll learn to improve performance and wellbeing in individual and team-based sports

Sport and exercise psychologists work with athletes, either as individuals or as teams. They develop strategies that improve performance. We will prepare you with the skills and knowledge to develop better performance in individual and team-based sports.

Newcastle University is the first Russell Group University to develop an MSc in Sport and Exercise Psychology. We have expert academics and clinical staff from the Faculty of Medical Sciences.

You'll develop your understanding of psychology in a sport and exercise context. This includes the theory, evidence and practice. You’ll gain the knowledge and skills to become a reflective practitioner. We'll prepare you for further professional training. This is a route towards eligibility to practice as a sport and exercise psychologist.

Students will prepare for:

• Careers in sport and exercise psychology
• Higher research-related degrees (for example a PhD)

Our MSc in Sustainable Chemical Engineering will equip you with the tools to create a more sustainable future through innovative processes, materials and technologies.

This MSc is for those who have an engineering or science-based degree. You'll apply your knowledge in industry to:

• Improve sustainability
• Reduce the environmental impact of systems, processes and products

This course meets the growing needs of employers for graduates. You'll learn:

• In-depth knowledge of sustainable engineering
• Cleaner and more innovative environmental technologies

It will provide you with a sound background in the understanding of:

• Environmental
• Economic
• Social issues
• Consequences associated with the operation of industrial processes

You'll gain specialist knowledge and understanding of a variety of topics including:

• Sustainability principles and challenges in a business and industrial context
• Sustainable processing through industrial symbiosis
• Renewable energy options
• Energy management principles
• New and innovative materials and recycling
• Waste and resource minimisation

You'll gain core knowledge and understanding in the following:

• Energy management
• Sustainable design and manufacture
• Sustainable industry
• Recycling and life cycle assessment for sustainable materials
• Research and communication skills

Sustainable Chemical Engineering Stream

You'll enhance your knowledge and understanding of concepts, benefits and impact of:

• fuel cells
• process intensification
• stability and sustainability of materials
• renewable energy: hydrogen and fuel cell technology

This stream will enable you to:

• understand the need for sustainability to be a key consideration in engineering practice
• undertake a SusOp to evaluate the sustainability of a process or technology
• understand the tools and techniques for energy management
• apply the basic principles of science and engineering to the design of a fuel cell, including;
• understanding the commercial and sustainable perspectives
• develop appreciation of the synergy between chemical environment and mechanical and thermal stress leading to failure of the material
• understand the concept of Process Intensification and a wide range of relevant technologies

This stream will enable you to pursue careers in:

• A variety of industries
• Organisations that want employees who understand the benefits of sustainable engineering, waste or energy minimisation etc.

Chemistry touches every part of our lives. From food and medicine to biotechnology and renewable energy, its influence is endless. As a Chemist, you can have a great career and make a difference in the world.

Our Chemistry degrees are accredited by the Royal Society of Chemistry. This exciting degree allows you to broaden your interests as you discover the subject.

You'll explore the role of chemistry in:

• Drug design
• Electronic properties of molecules and materials
• Renewable energy technology (solar, batteries)
• Nanoscience

You'll study organic, inorganic, physical and structural chemistry. You'll investigate modern analytical techniques and computational chemistry. You can create your own distinct learning experience at Newcastle. You'll explore your interests as you discover the subject.

In Stage 3, you'll take your year in industry. This paid industrial training year is a great opportunity to gain valuable work experience.

The facilities are outstanding at Newcastle. You'll have the opportunity to study in modern research laboratories and synthetic chemistry teaching laboratories.

Data science is revolutionising every area of science, engineering and commerce. It offers the potential for huge societal and economic benefits.

We created the PG Cert, PG Dip, MSc Data Science 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 develop a multi-disciplinary combination of skills in statistics and computer science. You'll also gain the ability to apply these skills to real problems in a given application area.

This is an individually tailored research master's degree designed for graduates with a good background in linguistics and/or English language.

Our research master's in English Language and/or Linguistics is largely based around your own research interests. We'll prepare you for further research within and beyond academia. You'll be fully supported by experts situated in one of the largest centres for linguistics research in Europe.

The individually tailored course contains some taught modules. It mostly consists of smaller, independently conducted research assignments and a larger research dissertation at the end. The topics are chosen by you, in consultation with your supervisor.

Linguistic theory

• Syntactic theory and comparative syntax
• Phonological theory
• Morphophonology and morphosyntax
• Philosophy of language
• Philosophy of linguistics
• Architecture of the language faculty

You study a broad curriculum in your first two years, developing knowledge in different aspects of computing science, and gaining skills in problem solving, program design and implementation.

In your third year, you move onto specialist topics in game engineering, developing skills and knowledge for your future career.

Your modules focus on the design, development and implementation of software that drives computer games, and include:

• Gaming simulations
• Computer game development