Geospatial Sciences
The Bachelor of Science in Geospatial Sciences at Wits University offers an all-encompassing education in cutting-edge geographic information systems (GIS) and remote sensing technologies.
Overview
Designed to equip students with essential skills and knowledge, the programme emphasises practical application and research, preparing graduates to address complex spatial challenges across a variety of fields.
Why Study Geospatial Science at Wits?
At Wits University, students benefit from learning under renowned scholars who bring cutting-edge research and practical experience into the classroom. The programme offers state-of-the-art facilities for hands-on learning, strong industry connections for valuable networking and career opportunities, and participation in groundbreaking research projects that advance the field of geospatial science.
Career Opportunities
Graduates can pursue diverse career paths, including roles as GIS Specialists, Remote Sensing Analysts, Environmental Consultants, Urban Planners, Research Scientists, Data Analysts, Spatial Data Scientists, Cartographers, Natural Resource Managers, and Climate Change Analysts.
Curriculum
Year 1:
- Geography I - GEOG1000A
- Auxiliary Mathematics I - MATH1041A
Additional courses yielding a minimum of 72 credits from disciplines such as Geographical Sciences, Archaeological Sciences, Environmental Sciences, Earth Sciences, and Physical Sciences.
Year 2:
- Engineering Surveying II - MINN2016A
- Principles of Geospatial Database Systems II - GEOG2018A
- Fundamentals of Geospatial Programming II - GEOG2019A
- Physical Fundamentals of Remote Sensing II - GEOG2020A
- Basic Statistics for the Natural Sciences II - STAT2013A
- Methods, Models and Geographic Information Systems II - GEOG2013A
Additional level II courses yielding a minimum of 60 credits.
Year 3:
- Introduction to Spatial Statistics III - STAT3037A
- Spatial Data Analysis and Modelling III - GEOG3032A
- Geospatial Data Design and Management III - GEOG3029A
- Project Management in Geospatial Science III - GEOG3030A
Your second third-year Major should be Geography III (C diagonal), because it is a requirement that you complete GEOG3033A Remote Sensing and Photogrammetry. (However, if you are not taking Geography III as your second major, it is still possible to just do GEOG3033A (C slot) as a stand-alone course, alongside your other year 3 major). Select three courses from the following if selecting Geography as the second major, each yielding 18 credits:
- Economic Geography III - GEOG3019A
- Climate and Environmental Change III - GEOG3020A
- Advanced Atmospheric Sciences III - GEOG3021A
- Theory and Practice in Sustainability Science and Sustainable Development III - GEOG3023A
- Environmental Monitoring and Modelling III - GEOG3025A
- Urban Futures: The Political-Economy of Population and Environment III - GEOG3026A
DETAILS OF COURSES:
Geography I (GEOG1000A)
This year-long course provides an in-depth exploration of the critical role Geography plays in addressing a broad spectrum of contemporary global issues. Bridging both physical and human geography, the curriculum emphasises not only the foundational concepts but also the practical application of geographical skills and theories to real-world challenges. Throughout the year, students will engage with four comprehensive topics designed to enhance their analytical abilities, foster a nuanced understanding of spatial dynamics, and develop a robust skill set applicable to diverse professional and academic contexts.
Auxiliary Mathematics I (MATH1041A)
This foundational course in mathematics is tailored to support students in building the essential quantitative skills required for advanced study in geospatial science and other applied sciences. Focusing on core mathematical principles, students will develop problem-solving abilities and analytical techniques crucial for interpreting data and modeling spatial phenomena. By the end of the course, students will possess a robust mathematical toolkit, equipping them for success in technical and scientific coursework throughout their academic journey.
Engineering Surveying II (MINN2016A)
This course introduces students to the principles and precision of engineering surveying, emphasising accurate spatial data collection and fieldwork techniques. Through practical training and exposure to industry-standard equipment, students gain the skills needed for precise mapping and measurements, preparing them for applications in civil engineering, environmental projects, and urban planning where accurate geospatial data is essential.
Principles of Geospatial Database Systems II (GEOG2018A)
This course lays the groundwork for understanding and managing geospatial databases, focusing on the effective organisation, storage, and retrieval of spatial data. Students develop competencies in database systems specifically designed for geospatial applications, equipping them with the analytical and technical skills needed to manage complex data systems across fields such as urban planning, environmental management, and resource analysis.
Fundamentals of Geospatial Programming II (GEOG2019A)
Designed to introduce programming within the geospatial field, this course teaches students the fundamentals of automating spatial data processing and analysis. Students gain hands-on experience in creating custom geospatial solutions, fostering skills that are vital in data science, GIS development, and environmental monitoring, where automation and data manipulation are key to professional success.
Physical Fundamentals of Remote Sensing II (GEOG2020A)
This course provides a comprehensive understanding of remote sensing, focusing on the science behind data capture from satellite and airborne sources. Students learn to interpret and apply remotely sensed data, a skill set invaluable for environmental monitoring, land-use planning, and natural resource management. Through practical application and theoretical understanding, students become adept at using remote sensing as a powerful tool for spatial analysis.
Basic Statistics for the Natural Sciences II (STAT2013A)
Statistics are crucial in analysing and interpreting spatial data, and this course equips students with foundational statistical skills for the natural sciences. Students build confidence in data-driven decision-making and analysis, acquiring quantitative skills that are essential for research and applied science roles in areas such as ecology, conservation, and environmental science.
Methods, Models, and Geographic Information Systems II (GEOG2013A)
This course offers an in-depth exploration of GIS methodologies and modeling techniques, preparing students to address real-world spatial challenges. With a focus on practical GIS applications, students gain valuable skills for environmental management, urban planning, and geospatial analysis. By the end of the course, students will be well-equipped to apply GIS technologies and models to diverse fields and professional contexts.
Introduction to Spatial Statistics III (STAT3037A)
This course offers a sophisticated exploration of spatial statistics, emphasizing advanced methods for analyzing spatial patterns and dependencies. Students will develop a rigorous understanding of statistical models applied to spatial data, enhancing their ability to derive insights from complex datasets. Graduates of this course will be well-prepared to apply these high-level statistical techniques in academic research, environmental assessment, and urban planning contexts where spatial analysis is crucial.
Spatial Data Analysis and Modelling III (GEOG3032A)
Focused on the cutting-edge techniques of spatial data analysis, this course equips students with advanced skills in modeling geographic patterns and predicting spatial trends. Through a combination of theoretical instruction and hands-on application, students will acquire expertise in interpreting and managing spatial data across diverse real-world applications, from resource management to urban planning. This course is essential for those pursuing careers in geospatial research or applied geographic information science.
Geospatial Data Design and Management III (GEOG3029A)
This advanced course delves into the complexities of designing, integrating, and managing geospatial databases, with an emphasis on optimising data architecture for high-level analysis and decision-making. Students will master the principles of effective data structuring and governance, preparing them to oversee large-scale spatial data initiatives in GIS management, environmental consultancy, and strategic planning. Graduates will emerge with the critical skills necessary to lead and innovate in data-centric roles within the geospatial sector.
Project Management in Geospatial Science III (GEOG3030A)
Providing an in-depth examination of project management within the context of geospatial science, this course covers the frameworks and methodologies essential for planning and executing geospatial projects. Students will gain expertise in managing resources, timelines, and collaborative teams, all tailored to the specific demands of the geospatial field. This course prepares students to lead complex projects in industries such as environmental management, urban development, and public sector geospatial services, where strategic project oversight is a key component of success.
Remote Sensing and Photogrammetry III (GEOG3033A)
This course offers a comprehensive study of remote sensing and photogrammetry, focusing on the acquisition, processing, and analysis of high-resolution spatial data from satellite and aerial platforms. Students will develop proficiency in advanced image interpretation and photogrammetric techniques, applying these skills to applications in environmental monitoring, infrastructure planning, and geographic research. This course is essential for students seeking to leverage remote sensing technology in professional or research-based roles, equipping them with the expertise to excel in this dynamic field.
Entry Requirements
APS 42+
English Home Language OR First Additional Language Level 5
Mathematics Level 5
Wait-listing
Applicants with 40-41 points may be wait-listed, subject to place availability.
National Benchmark Test
All applicants must write the National Benchmark Tests (NBT).
University Application Process
- The Student Enrolment Centre at Wits handles all student applications.
- Please click here for an overview of the application process.
- Check the admission requirements for your degree. Check if any additional selection requirements apply.
- Submit your application, required documentation and application fee before the closing date.
- Once you have applied, an admissions consultant will be assigned to your application.
- Applicants can monitor the progress of their applications via the Self Service Portal.
- If you are an international applicant and/or have a foreign qualification, please click here.
Compliance with the minimum requirements does not guarantee a place at the University. The University has a specific number of places for first year undergraduates, approved by the Department of Higher Education and Training. Final selection is made subject to the availability of places, academic results and other entry requirements where applicable.
University Fees and Funding
Click here to see the current average tuition fees for the first year of study. The Fees website also provides information about the payment of fees and closing dates for fees payments. Once you have applied you will be able to access the fees estimator on the student self-service portal.
The Financial Aid and Scholarships Office provides information on student funding and scholarships. University-funded Scholarships include Vice-Chancellor's Scholarships, University Entrance Scholarships, Equality Scholarships, Sports Scholarships and National Olympiad winner awards. For information about NSFAS funding, please visit the NSFAS website. External bursaries portal: The Bursaries South Africa website provides a comprehensive list of bursaries in South Africa.