Graduate Diploma in Environmental Sciences

at The University of Waikato - Hamilton Campus New Zealand

Molecular and Cellular Biology explores the complex mechanisms that coordinate the essential systems that define a living cell and that allow cells to have differentiated properties. This knowledge is used to look at how unicellular and multicellular organisms function and how it can provide researchers with crucial insights into the basis of human and animal diseases.

By studying a major in Molecular and Cellular Biology at the University of Waikato, you will

• Gain a detailed knowledge of the molecules of life and the relationship between the structure and function of biomolecules;
• Understand the subcellular and cellular organisation of eukaryotic cells and the key catabolic, anabolic and metabolic cellular processes that occur;
• Learn how to distinguish between the genetic organisation and gene expression of viruses, prokaryotes, and eukaryotes, and describe the mechanisms of inheritance and evolution;
• Be able to describe the anatomy and physiology of mammals and other organisms, and the mechanisms behind certain diseases.

Along with relevant subject knowledge, you will also gain a range of critical thinking skills, and practical learning experiences from our range of challenging and innovative papers and programs. There is a significant laboratory component to the Molecular and Cellular Biology major, where you will learn relevant skills and be exposed to some of the latest techniques available.

Teaching is research-led, and you can expect to be taught by world-class researchers. Research strengths within Molecular and Cellular Biology include active programs within molecular biology, structural biology and protein engineering, neuroendocrine processes that underlie food intake and biomedical related research relevant to veterinary and human medicine.

Community psychology as an applied social science encourages inter-disciplinary approaches to learning, including sociology, community development, education and the policy sciences. Community psychologists contribute their expertise in a number of health and social services to encourage healthy people and communities. They develop, support and evaluate interventions that enhance health outcomes for individuals, wh?nau and communities.

During your Master of Applied Psychology studies, you'll be given opportunities to gain relevant hands-on experience. This will be through getting involved in work placements and projects, where you'll be connected with a range of organisations and community groups.

The type of workplaces you'll be placed in depends on the specialist area you've chosen. You could have a placement in an educational environment such as a school, university or special education venue. You may do a project at a research institution or in a private practice. Perhaps you'll work with business and industry, or in the health sector. You may have a placement in a governmental agency, or if it fits in with your specialist area, a zoo.

Studying a graduate diploma helps you develop knowledge and skills in your chosen subject area which will enable you to undertake a new career or further study.

Adult Learning was previously known as Adult Education and Training.
A qualification based around adult learning is designed for those interested in fostering learning among adults. Students develop skills, knowledge and understanding of learning and teaching structures, processes and practices in this area.

Applied Computing at Waikato emphasises hands-on opportunities to gain competence with a range of technologies including databases, website development tools, and visual software development environments. You will learn to use these tools to solve real problems, focusing on business applications.

Since computing is a fast-changing field, you will also develop skills to keep up to date with new technologies, including skills in new software – by building on what you know about how software-based systems work.

Applied Computing is where computing, science, design, and society meet. You will learn how technologies are integrated to build systems, how to find out what your customers' software needs are, and how to design useful and usable software.

Studying Economics will help you see the world in a different light; and understand how to apply this new perspective to help resolve issues in our society. You'll learn how to help people, governments and businesses make better decisions about using natural and financial resources to meet different goals.

Economists contribute to government decision-making on many different issues, such as shaping new laws and taxes, or advising on international trade agreements. They can also be involved in recommending incentives and penalties geared towards changing people's behaviour, such as encouraging people to leave their car at home.

You'll learn how to explain the reasons for different market structures, analyse the implications of government policy, anticipate how people might react to price changes, and demonstrate the gains from trade.

If you're passionate about business, current affairs, finance or maths then economics may be a good fit for you. Economics brings together ideas from many different areas: politics, psychology, sociology, geography, law and statistics.

Electronics covers a wide range of exciting modern developments ranging from microscopic electronic circuits and machines, mobile and computer communications, advances in medical diagnosis and treatment, to developments in the latest audio and video technologies.  Studying electronics at the University of Waikato will give you valuable skills in electronic engineering and design. You will have the option to specialise in some of the most progressive areas in electronics today such as optoelectronics or mechatronics.  Optoelectronics deals with the conversion of electrical signals to light or vice-versa.  Solar cells, fibre optics and lasers are integral components of everyday devices such as supermarket barcode scanners and long distance communication systems.  Mechatronics combines aspects of electronic software and mechanical engineering to produce devices such as printers, cars, aircraft, photocopiers and even washing machines. These are fast growing areas in which you can develop a productive and satisfying career.

Study Music with leading performers, composers and musicologists; and perform in the acclaimed Dr John Gallagher Concert Chamber, part of the University of Waikato's purpose-built performing arts academy.

If music is your passion, then Waikato has a program of study to suit. We teach Western Classical Music – from Baroque to contemporary, through performance, composition and musical scholarship. If you're inclined to the modern, we offer papers in sonic art and new technologies.

Our staff are highly qualified professionals, active nationally and internationally as composers, performers and musicologists. Music is their passion too, and our common aim is to help you develop the technique and understanding you'll need to reach your full musical potential.

Mechanical engineering uses mechanics and energy principles to design, research, develop and manufacture tools, engines, motors and other devices.

Our Mechanical Engineering program is strongly based on project-based learning.  It combines mechanical engineering, science and mathematics papers to give you a good understanding of engineering theory and practice.

You will study topics such as mechanics, kinematics, thermodynamics, materials science, structural analysis and electricity.  In your second and third years you can choose papers to focus on either a Mechatronics Stream or a Manufacturing and Energy Stream.

Efficiently converting the world’s raw materials and commodity goods into products is important to the global economy.  To do this, we need to understand the properties of materials as diverse as food, wood, metals, plastics and fuel.

By studying Materials and Processing at the University of Waikato, you will learn how to add value to raw materials used to manufacture a number of useful products, while minimising waste.  These products can be as varied as dietary formulae, foods, ceramics that can withstand high temperatures, new metal alloys, pharmaceuticals, laminated boards, functional proteins, and composites.

Materials and processing skills are used in industrial and other activities where materials are undergoing chemical, biochemical or physical changes.

Molecular and Cellular Biology explores the complex mechanisms that coordinate the essential systems that define a living cell and that allow cells to have differentiated properties. This knowledge is used to look at how unicellular and multicellular organisms function and how it can provide researchers with crucial insights into the basis of human and animal diseases.

By studying a major in Molecular and Cellular Biology at the University of Waikato, you will

• Gain a detailed knowledge of the molecules of life and the relationship between the structure and function of biomolecules;
• Understand the subcellular and cellular organisation of eukaryotic cells and the key catabolic, anabolic and metabolic cellular processes that occur;
• Learn how to distinguish between the genetic organisation and gene expression of viruses, prokaryotes, and eukaryotes, and describe the mechanisms of inheritance and evolution.
• Be able to describe the anatomy and physiology of mammals and other organisms, and the mechanisms behind certain diseases.

Along with relevant subject knowledge, you will also gain a range of critical thinking skills, and practical learning experiences from our range of challenging and innovative papers and programs. There is a significant laboratory component to the Molecular and Cellular Biology major, where you will learn relevant skills and be exposed to some of the latest techniques available.

Teaching is research-led, and you can expect to be taught by world-class researchers. Research strengths within Molecular and Cellular Biology include active programs within molecular biology, structural biology and protein engineering, neuroendocrine processes that underlie food intake and biomedical related research relevant to veterinary and human medicine.