Bachelor of Science in Remote Sensing, University of Lethbridge

48 Months

Check Eligibility

About this course

Remote sensing at the University of Lethbridge offers a fascinating way to view and analyze our planet through real-time digital imagery, thanks to advances in Earth observation and satellite technology. This course emphasizes the use of these images to monitor patterns and objects across earth, atmosphere, ocean, and space, aiding in understanding issues like climate change. The program also highlights applications in medical imaging, such as X-rays, MRIs, and scans, showcasing its transformative impact on health sciences. Students will study disciplines such as geography, environmental science, and physics, complemented by hands-on experience with specialized instruments. The department boasts fully-equipped labs, including cutting-edge equipment and software, supporting varied earth and environmental research. By engaging in this course, students develop skills that combine technical expertise with analytical thinking, readying them for careers in a dynamic and evolving field.

Why this course is highly recommended

This program is highly recommended because it offers a unique and cutting-edge education in remote sensing, an emerging field with a bright employment outlook. It stands out as the only such program in Canada, providing graduates with distinctive qualifications sought after in private industry, government, and academia. The curriculum focuses on developing critical thinking, analytical skills, and technical proficiency, which are highly valued across a broad range of industries—from space agencies to energy companies. Additionally, the program’s extensive labs and experiential learning opportunities, including co-operative education and international exchanges, prepare students practically for real-world roles.

Specialisation

The program is tailored to provide a specialized focus on remote sensing, making it unique as the only program of its kind in Canada. It combines geography, environmental science, and physics to equip students with specialized knowledge and skills needed to interpret and record images using advanced instruments. This comprehensive foundation prepares graduates for careers that require precise technical expertise in geospatial technology, Earth observation, and related domains.

Course fees

Application fees

13.80L

1st year tuition fees

13.80L

Living cost

Degree requirements

To gain admission, Canadian high school students in Alberta need to complete five courses with at least a 65% average, including English Language Arts 30-1 and Mathematics 30-1. Other course requirements include three additional courses from a specified list, five credits in Advanced-level CTS Computer Science or similar, and one or more distinct languages at the 30 level. These prerequisites ensure students are well-prepared for the rigorous coursework in remote sensing.

English language test

IELTS

6.5

TOEFL

PTE

DUOLINGO

120

Want to learn more about the admission process, eligibility criteria, and acceptance rates for international students? Visit the University of Lethbridge admission page for complete details.

Career prospects

Graduates with a degree in remote sensing have promising job opportunities across diverse sectors. They can work in geospatial technology companies like Google or Microsoft, survey and mapping firms, aerospace and defense industries, government departments, environmental agencies, and space organizations. The skills acquired are also applicable in petroleum, energy, mining, and utility sectors, emphasizing the versatile demand for remote sensing expertise. The program’s focus on practical skills and cutting-edge technology ensures graduates are well-positioned for roles involving data analysis, mapping, and geospatial applications, or for further graduate studies in related fields.

FAQs

What makes this remote sensing program unique in Canada?

It is the only program of its kind in Canada, offering specialized training and unique instruments that prepare students for a range of careers in geospatial technology and earth observation.

Are there experiential learning opportunities available?

Yes, students can participate in co-operative education, international exchanges, volunteer work, and independent studies to gain practical experience.