Master of Arts (Thesis)
The University of Canterbury (UC) in New Zealand is renowned for its academic excellenc...
Christchurch
INTAKE: July
The Master of Engineering in Earthquake Engineering program at the University of Canterbury is a specialized degree focusing on preparing students to become experts in the field of seismic engineering, emphasizing the understanding, analysis, and design of structures and infrastructure to withstand seismic events.
Curriculum: The curriculum comprises an array of courses covering earthquake engineering principles, seismic hazard analysis, structural dynamics, retrofitting techniques, and advanced structural design. Students gain insights into both theoretical concepts and practical applications related to earthquake-resistant design.
Research Focus: The program places a strong emphasis on research-oriented learning, encouraging students to engage in research projects focused on seismic engineering. Students explore topics such as seismic vulnerability assessment, innovative structural systems, and post-earthquake recovery strategies.
Industry Engagement: The University of Canterbury fosters collaborations with industry partners and government agencies, providing students with opportunities for internships, fieldwork, and industry-linked projects related to earthquake engineering. This engagement enhances students' practical knowledge and industry connections.
Global Perspective: The Master of Engineering in Earthquake Engineering program integrates a global perspective by addressing seismic challenges prevalent worldwide. Students study case studies from various seismic regions, gaining insights into international seismic design codes, practices, and lessons learned from seismic events globally.
Christchurch
IELTS 6.5
NZD 66000
Postgraduate Entry Requirements
Academic Qualifications: Applicants for postgraduate programs usually need a bachelor's degree or an equivalent qualification from a recognized institution. The entry requirement may specify a minimum score of 50% or higher in the previous academic degree.
English Language Proficiency:
Students must provide:
Work experience: Some postgraduate courses may require relevant work experience in the field.
It is important to note that meeting the minimum entry requirements does not guarantee admission, as the university considers factors such as availability of places and competition for the program. Additionally, some courses may have higher entry requirements or additional selection criteria, such as interviews or portfolio submissions.
The University of Canterbury is dedicated to providing support to international students through various scholarship programs designed to recognize academic excellence, diversity, and specific areas of achievement. These scholarships aim to ease the financial burden and promote educational opportunities for talented individuals from around the world.
UC International First Year Scholarships: Geared towards high-achieving international students beginning their first year of study at UC. These scholarships acknowledge exceptional academic performance and assist students in their initial year of education at the university.
UC Master's Scholarships: For high-achieving international students pursuing Master's degrees at UC. These scholarships provide financial support to assist students in their postgraduate studies and promote research excellence.
UC Doctoral Scholarships: Aimed at international students undertaking Ph.D. studies at UC. These scholarships offer financial assistance and opportunities for research excellence in various fields of study.
Specific Field Scholarships: Additionally, UC offers specialized scholarships catering to students entering specific fields or disciplines. These scholarships encourage innovation and excellence in targeted areas of study.
Graduates from the Master of Engineering in Earthquake Engineering program at the University of Canterbury possess specialized skills and expertise in seismic engineering, preparing them for various rewarding career opportunities in the field.
Seismic Engineer: Graduates can work as seismic engineers, specializing in the analysis, design, and assessment of structures and infrastructure to withstand seismic events, ensuring safety and resilience.
Structural Engineer (Seismic Design): Graduates can become structural engineers focusing on seismic design, involved in designing and retrofitting buildings and infrastructure to comply with seismic codes and standards.
Earthquake Risk Analyst: Graduates can work as earthquake risk analysts, assessing and evaluating seismic risks, conducting vulnerability assessments, and advising on risk mitigation strategies.
Geotechnical Engineer (Seismic Geotechnics): Graduates can specialize in seismic geotechnics, dealing with soil-structure interaction, foundation design, and slope stability analysis in seismic zones.
Disaster Management Specialist: Graduates can pursue roles in disaster management, working with governmental or non-governmental organizations, contributing to disaster preparedness and response strategies related to earthquakes.
Researcher in Seismic Engineering: With a focus on research, graduates can work as researchers or academics, contributing to advancements in seismic engineering, seismic hazard analysis, or innovative seismic-resistant technologies.
Consultant in Seismic Design and Retrofitting: Graduates can work as consultants, offering expertise in seismic design, retrofitting solutions, and providing advice to construction firms or government agencies.