Bachelor of Science in Geodesy and Geomatics Engineering, University of New Brunswick - Fredericton

Fredericton, New Brunswick

48 Months

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About this course

The Geomatics Engineering program at UNB is part of the Faculty of Engineering on the Fredericton campus. It focuses on analyzing data about the Earth’s surface to solve complex problems, which is applicable in areas like climate change, tsunami warning systems, urban planning, pipeline construction, navigation, public health, and crime scene recreation. This program prepares students with specialized skills to address real-world challenges using spatial information, with a strong practical component including labs, co-op programs, and summer employment opportunities.

Why this course is highly recommended

UNB's Geomatics Engineering is one of only two certified programs in the country, highlighting its quality and recognition. The program boasts a 100% employment rate for graduates, with alumni contributing to major projects like designing bridges, developing cleaner fuels, and enhancing wireless communications. Faculty research also focuses on innovative technologies like improving satellite imagery and renewable energy development, making it an excellent choice for students interested in impactful careers.

Specialisation

Students can pursue Geomatics Engineering as either a major or minor within the four-year Bachelor of Science in Engineering degree. The program is highly specialized in the field of spatial data and Earth surface analysis, focusing on various technical skills applicable across numerous industries.

Course fees

Application fees

11.82L

1st year tuition fees

11.82L

Living cost

Degree requirements

The program is delivered as part of a four-year Bachelor of Science in Engineering degree, with the option to choose Geomatics Engineering as a major or minor.

English language test

PTE

TOEFL

DUOLINGO

115

IELTS

6.5

Career prospects

Graduates can pursue diverse roles including technical support for global mapping systems, cadastral surveying, land and property administration, pipeline project consulting, navigation system testing, and designing 3D models of historic buildings or industrial plants. The skills acquired open opportunities both locally and internationally in various engineering and geospatial sectors.

FAQs

What practical learning opportunities are included in the program?

Students benefit from course labs, an engineering co-op program, and summer employment opportunities that provide hands-on experience.

What technical skills will I learn?

The program covers land surveying, remote sensing, GIS, GPS, photogrammetry, and hydrographic surveying.