Master of Arts in Social Anthropology

at Massey University - Manawatu Campus New Zealand

To understand learning in social settings of both formal and informal education, we must also understand the psychological concepts behind learning and social interaction. The Diploma in Arts (Educational Psychology) draws on knowledge from both psychology and education to introduce new ways of thinking about learning and development. It addresses the topics of learning and motivation, individual and systemic educational strategies that are inclusive of all learners.

Specialise in Mathematics for your Master of Science at Massey

Massey University’s Master of Science with a major in Mathematics is a prestigious qualification for those who are interested in progressing to further, in-depth research. This postgraduate qualification will also give you a career advantage. The Master of Science (Mathematics) will extend your studies of mathematics from your undergraduate degree. You'll gain a deeper understanding of the mathematics you encountered there, as well as learn about new and exciting areas of mathematics

With Massey’s Postgraduate Diploma in Arts (Geography) you'll become a thoughtful and knowledgeable local and global citizen. You’ll develop important career skills in research and spatial analysis. You’ll also learn how to undertake evidence-based examination of the pressing issues facing New Zealand and the world today.

Inspiration, communication and vocation are at the heart of Massey’s exciting Bachelor of Arts (Creative Writing).

It offers you the chance to develop your writing so that it’s pitch-perfect for a variety of audiences. You’ll enhance your critical thinking and master a wide range of transferable communication skills while pursuing your own creative vision.

When you join the Bachelor of Science (Earth Science) you’ll join an area that’s solving geotechnical and environmental problems.

Massey’s Bachelor of Science (Earth Science) will take you on a journey of understanding the processes that moulded our planet. From our landscapes to our geological resources and soils, it’s a huge area to cover, leading to fascinating and varied careers.

You’ll develop an appreciation of the immensity of geological time. You’ll graduate with cutting-edge skills and the ability to predict future changes in the Earth’s surface such as natural disasters, climate change and water contamination.

Earth scientists are discovering hydrocarbon and mineral resources. They are establishing policy in resource management, environmental protection, public health, safety, and welfare.

Discover how the media shape our identities and our world. At Massey, we help you create, critique and connect with the media world, building the skills to understand and make media for a wide range of professional communication roles. Media studies is an exciting discipline that will prepare you for the challenges of an information-rich society. Media studies is taught through an innovative programme that blends theory with creative practice. It analyses the production, consumption and content of media and their social, cultural, political and economic implications. You will learn how decisions are made on what is communicated, how media forms and industry structures shape those messages, and how this impacts our lives and  understanding of the world. Media studies will help you become a flexible and critical thinker and maker, equipped to be a digitally literate, politically-engaged citizen.

Learn how advances in molecular analysis are changing the face of medicine, agriculture, horticulture, and ecology – and how you can help.

Molecular cell biology encompasses a hugely important area of study for the 21st century. It unifies many disciplines, ranging from cell biology, physiology and chemistry to computer science, and from patent law and medicine, to bioprotection and food production. It underpins many exciting and dynamic industries that are changing rapidly.

In the Bachelor of Science (Molecular Cell Biology) you will study the big questions of life:

• What are we made of?
• How do we work?
• Where did we come from?
• How are we and our world changing and adapting?
• How are organisms related and how does evolution work at a molecular level?
• Why do diseases or disorders develop and how can we treat them?
• How can we create better medicines and more efficient agric