- B-411 Shilp Aaron, Bodakdev
- info@iceiindia.com
- Mon - Fri : 09:30 AM - 06:30 PM
Data is used by organisations of all sizes to make better decisions. In this degree, you will learn how to analyse and interpret data to inform decision-making and forecast trends. With big data comes big responsibility, and you will learn the importance of data security, ethics, and strategy. You will learn skills in programming, mathematics, and statistics from experts in biology, computing, geography, linguistics, and many other fields. As a result, you will be able to use your diverse skillset across many fields. |
Bioinformatics collects, stores, and analyses biological data for disease diagnosis, cellular evolution and mutation, medicine development, and many other applications. Studying bioinformatics will give you practical experience in real industry research outcomes. |
With 40 subjects to choose from, Bachelor of Arts students can follow their passion and gain valuable skills. Over the three years of your degree, you will gain the critical thinking, creative problem-solving, and communication skills that employers want. Unique practical experiences such as internships are on offer too. |
From financial markets to the latest management practices and the rapidly expanding world of e-commerce, a BCom gives you the knowledge and skills to succeed in a global business environment. UC and its business partners provide many opportunities for you to gain practical business experience and make important contacts. |
From financial markets to the latest management practices and the rapidly expanding world of e-commerce, a BCom gives you the knowledge and skills to succeed in a global business environment. UC and its business partners provide many opportunities for you to gain practical business experience and make important contacts. |
Computer Engineering combines circuit theory and digital electronics with programming, systems, networking, and machine learning, with an emphasis on solving problems using digital hardware and embedded software. Studying this subject will give you the technical knowledge to create smart embedded electronic devices, such as portable electronics, biomedical devices, and high-performance super computers. |
UC's Master of Arts (MA) provides an opportunity to critically examine current practice in your chosen Art subject while showing you understand the principles of research. Learn more about studying a Master of Arts through our Te Kaupeka Toi Tangata | Faculty of Arts. |
UC's Master of Education (MEd) provides a way for current teachers, educational professionals, counsellors, and leaders to gain a master's level qualification that examines practice and critical issues in education. Learn more about studying an MEd through our Te Kaupeka Ako | Faculty of Education. |
With UC's Master of Laws (LLM) you get to develop in-depth expertise in particular fields of legal specialisation, broaden your knowledge in a range of legal subjects, and combine law study with related disciplines. Learn more about studying an LLM through our Te Kaupeka Ture | Faculty of Law. |
Biology means the study of living things. Biologists investigate animals, plants, and microbes in many different ways, and on a huge range of scales from molecules and cells to individual organisms, populations, and ecosystems. The Biological Sciences programme is broad and flexible, allowing students to study multiple aspects of the biological sciences or take on an interdisciplinary approach. These approaches fit well with Te Kura Pūtaiao Koiora | School of Biological Sciences philosophy of embracing modern trends and preparing students well for future science careers. During the past few decades, the study of biology has undergone rapid change and has had a significant impact on the way we live. We are now able to produce antibiotics and vaccines, grow disease-resistant crops, transplant organs, and manipulate genes. Biologists today are actively researching solutions to vital concerns such as increasing world food supply, improving and protecting our environment, and conquering disease. Many biological sciences jobs now require collaboration across multiple fields of knowledge. For example climate change requires ecologists, microbiologists, physiologists, geographers, data modellers and many others to work together to understand complex interrelated fields. Being able to work in a team and have a broad science background is important to advance our understanding of these challenges we face. |