Master of Arts in Magazine Journalism

at Kingston University London - Penrhyn Road Campus United Kingdom

Accredited by the National Council for the Training of Journalists (NCTJ) for over a decade, this Journalism PgDip/MA course will equip you for a career in journalism by offering the industry's most sought-after qualification alongside your PgDip or masters degree. It combines professional training and academic study with the skills you will need to succeed in this intensely competitive industry.

As well as being the only London university to offer an NCTJ diploma alongside a news journalism MA, Kingston University was ranked No.1 in London for Journalism and Publishing in the Guardian University Guide 2020.

In the last reaccreditation report from the NCTJ, it was noted that "this course... plays a valuable role in producing industry-ready early career journalists".

All the modules are taught by practising journalists with a range of experience and contacts. As well as teaching you practical skills, the course will engage you in discussion and debate about the state and future of the industry, and the legal, political and ethical context in which journalists operate.

Alongside your core modules, you can choose from a range of specialisms, including Sports Journalism, Data Journalism, Foreign Correspondence, Feature-writing, Fashion Journalism, Creative Non-fiction, Visual Journalism and Broadcast Journalism, where you will cover everything from making TV and radio packages to voice training.

This course focuses on the skills of the building surveyor operating within the construction industry. It centres on the requirements of the UK-based building surveying professional, as identified by the Royal Institution of Chartered Surveyors (RICS). It also offers European and global perspectives appropriate to the requirements of international consultancies.

You will develop professional skills and examine the multidisciplinary requirements specific to building surveying (such as building information modelling).

You will gain knowledge of building materials, construction technology and pathology, legal and regulatory issues (such as party wall issues), the design of simple structures and the preparation of schemes for the rehabilitation of buildings.

This course explores the way societies understand crime and deviance and how they seek to secure social order, social justice and social control. Across the course, you'll consider how cultural and social values, life experiences and social inequalities are shaped by the social and global environments. You'll consider how practices and attitudes of policing respond to social events and shifts in cultural attitudes and consider the ways the media can influence individuals' perceptions of crime and its causes.

You'll also study the criminal justice system in England and Wales, explore issues of discrimination in the criminal justice system and how social structures and institutions can disadvantage and marginalise groups in society. And you'll draw global comparisons, considering the ways in which protests, and political action, criminal activity, and policing, transcend national borders.

The course also offers opportunities for you to gain valuable work experience with victim support agencies, advocacy groups, justice campaigns, international charities and NGOs via a work placement module.

The aim of the User Experience Design MSc course is to equip you with the behavioural theory, design practice and technology know-how that is necessary for a career as interaction designer, usability engineer, user researcher, or head of user experience. It focuses upon the analysis, design, prototyping and evaluation of multimedia, multi-modal, and multi-platform user interfaces that are easy to use and support a great user experience.

Each taught module guides students through a UX project – to optimise an interaction, to innovate a digital lifestyle, to create a persuasive product, and to collaborate on the development of virtual reality. Each project provides opportunities to analyse, design, prototype and evaluate cutting-edge technologies, follow industry trends and apply contemporary theories. A final "capstone" project completes the student's portfolio.

This course was developed in consultation with our industry panel, which includes Sony Computer Entertainment Europe, DreamWorks and Samsung Design Europe. Kingston University is an active member of TIGA, the British Interactive Media Association (BIMA) and supports the User Experience Professionals' Association (UXPA UK).

This course explores current trends in chemical, biological and biotechnological therapeutics and examines the latest technologies in the pharmaceutical industry. You will gain an understanding of processes used in clinical trials and in the development, manufacture and regulation of medicines. Through an independent research project, you will study an area of interest in depth. Examples of projects include: medicinal chemistry (eg. synthesis of anti-cancer compounds and natural products), pharmaceutical technology (eg. optimisation of tablet manufacture and formulation), and clinical pharmacy (eg. pharmacovigilance, clinical trial and medicines regulations).

Chemical analysis plays a role in virtually all aspects of everyday life throughout the world. With analytical techniques and instrumentation becoming evermore sophisticated, there is an increasing demand for qualified analytical chemists. This industrially relevant course will provide you with a strong background in the theory of analytical techniques and give you the ability to apply these techniques to complex analytical problems.

You will study good measurement and scientific practice and the evaluation and interpretation of data. You will also develop skills to prepare you for your career, including problem solving, organisation, data collation, review and synopsis, time management and teamwork. Your independent project can be an excellent selling point when looking for a job promotion; you may be offered a placement within industry to carry it out. Past projects have looked at dust sources at Hampton Court Palace, determination of Hexavalent chromium, thermo-responsive polymers for water purification and radiochemical investigation of uranium 232.

Have you considered a career at the cutting-edge of the fight against cyber crime? There is an increasing demand for skilled cyber security professionals with expertise that this course offers.

On this course, you'll study how computers can be used to prevent and solve crime. You'll develop web technology programming skills and study specialised tools and operating system environments. You'll examine encryption algorithms, public-key cryptography, network security, endpoint security and digital forensics. Through research and development projects you'll be able to showcase your knowledge and skills to employers. Project themes include security and vulnerability analysis, mobile app security and cyber intelligence analysis.

Practical studies include ethical hacking (such as password cracking, vulnerability scanning, social engineering and system exploits) and Security Operations Centre (SOC) functions, such as threat intelligence, threat hunting, SIEMs and incident response.

On this Philosophy and Contemporary Critical Theory MA course you'll study key works of critical theory in relation to the social and political problems of the present. It allows you to combine study of the two main traditions of critical theory, the Frankfurt School and French structuralism and anti-humanism, as well as engage with work by thinkers who have become influential only in the last two decades, e.g. Agamben, Spivak, Badiou, Butler and Deleuze.

While addressing contemporaries around questions like social justice, political power, class, identity, representation, and so on, this MA in critical theory grounds its problems and concepts in their specific philosophical context, with particular reference to the foundational work of Kant, Hegel and Marx.

This course examines the design, development and management of information systems. You will study how information is used in organisations, who uses it, how it relates to decision making and contributes to organisational objectives.

You will be able recognise and accommodate change and instability in the business and information environment created by social, economic, political and technical developments.

Your studies may include lectures, practical lab work, group working, case studies and presentations. Through the project/dissertation you will gain valuable research skills.Information systems, when used effectively, can give a business or organisation the competitive edge. They can also transform businesses, restructure organisations and streamline business processes. This course seeks to address the shortage of people who can operate at the interface of business and IT, and offers the chance to study a spectrum of relevant business and technical subjects.

Data Science is one of the most rapidly expanding areas of employment globally, due to rapid and ongoing developments in computer systems and data gathering. Large data sets are widespread in business, science and government.

This course builds on the established strengths of the Mathematics and Computer Science programmes and develops a multidisciplinary approach to the computational analysis of data. Contemporary society faces new challenges in the analysis of data, predictive analytics in support of decision making processes that are both mathematical and computational. There is an increasing demand for data-savvy professionals both in industry and in research who are able make sense of large amounts of data and apply it to the solution of relevant problems.

This course offers postgraduates with some background in computing, mathematics, or data-based investigation the opportunity to develop their skills in a way which will prepare them for careers in this fast-growing and exciting area which spans virtually all areas of commerce and industry as well as scientific research, and involves working with individuals and organisations to extract value from the ever-increasing volume of data that is available.