Subjects at A level

Computer Science
Geography
Mathematics
Physics

Learning Resources

Research Writing

Academic Writing

Choosing & Applying for University

CV Writing

Navigating Career Path Options

Business School

Interviews

Enroll for this high school degree course

Description:

Introduction to degree course was developed in response to high dropout and failure rates of university students. The program fully supports successful progression of students from high school to undergraduate study and beyond. This course introduces students to a degree, giving students a frame work and direction in their area of study. We are well aware that if students fail to understand the foundation of the subject they are likely to lose interest in the subject that is why this course was designed to make it easier for students. The course is equipped with most of the learning materials required by students to understand their degree program.

This course was developed in consultation with universities at global. The course is designed to give students a deeper knowledge and understanding of the degree. The course is designed to enhance the creativity and critical thinking skills that are needed by students to develop their own ideas at University standard. Taking students step by step, to simplify and to explain the degree.

The course equips students with the knowledge needed to make an informed decision before starting and during your studies enabling students to plan ahead, minimizing student failure rates. The process makes knowledge transfer easier between students, universities, professionals, employers and research institutes The aim of this course is not just to make learning easier, but also to help put qualification in to use. We understand that most students at Universities fail not because they are “dumb” but, because they don’t get to understand what they are required to do.

Key Modules:

1: Geomatics

Overview of Geomatics: Possible fields of employment, (Spatial data capture, data storage, data structuring, quality control, data output and data delivery), Data Capture: (Photogrammetry, Digitizing, Surveying, Administrative data capture, Remote Sensing), Data Structuring: (Data cleaning and editing, building topology, adding attributes), Data Output: (Cartographic compilation, graphic design, rasterizing, film plotting, plate making, printing), Data Delivery: (Data extraction, data processing, quality control, copying to media), Careers in the field of Geomatics, the future of Geomatics. An excursion to an established Surveying and Mapping organization.

Enroll for this module

2: Cartography

This module focuses on the principles and techniques of map design and production. It covers topics such as map projections, coordinate systems, symbology, map scale, generalization, cartographic visualization, and map communication. Students learn how to create accurate and visually appealing maps using digital cartography tools.

Enroll for this module

3: Surveying

This modue covers the introduction & History of Surveying. Survey measurements: Errors: Gross, Systematic, Random. Distance Measurements: Taping, corrections/reductions, chain surveys. Leveling: dumpy, tilting and automatic levels, field procedures, booking and reduction, applications, grid leveling and contouring: Plane table surveys, Coordinate systems: plane, spherical,

Enroll for this module

4: Calculus

This module introduces the fundamental concepts of calculus. It covers topics such as limits, derivatives, integrals, functions, and applications of calculus in solving problems related to rates of change, optimization, and mathematical modeling. Students learn how to apply calculus techniques to solve problems in surveying and other related fields.

Enroll for this module

5: Computers and Computer Applications

This module provides an introduction to computer hardware, software, and their applications. It covers topics such as computer components, data representation, computer networks, operating systems, software applications, and computer security. Students gain a basic understanding of computer systems and their practical applications.

Enroll for this module

6: Fundamentals of Computer Architecture

This module focuses on the fundamental principles and components of computer architecture. It covers topics such as processor design, memory systems, input/output devices, instruction set architectures, and computer performance evaluation. Students learn how computer systems are organized and how they execute instructions.

Enroll for this module

7: Waves and Optics

This module explores the principles of wave phenomena and optics. It covers topics such as wave properties, wave interference, diffraction, polarization, geometric optics, and optical instruments. Students gain an understanding of the behavior of light and its applications in surveying and other fields.

Enroll for this module

8: Photogrammetry

This module focuses on the principles and techniques of photogrammetry, which is the science of making measurements from photographs or aerial images. It covers topics such as aerial triangulation, stereo image interpretation, digital photogrammetry, and 3D modeling from imagery. Students learn how to extract accurate measurements and create 3D models using photogrammetric techniques.

Enroll for this module

9: Geographic Information Systems

This module provides an in-depth understanding of GIS principles and applications. It covers topics such as spatial data modeling, data acquisition and integration, spatial analysis, cartographic visualization, and GIS software tools. Students learn how to use GIS for spatial analysis, map creation, and decision-making in various fields, including surveying.

Enroll for this module

10: Mechanics

Focuses on the principles of mechanics, which is the branch of physics that deals with the motion and forces acting on objects. It covers topics such as kinematics, dynamics, Newton's laws of motion, work and energy, and rotational motion. Students learn how to apply mechanical principles to solve problems related to surveying and other engineering disciplines.

Enroll for this module

11: Operating Systems

This module explores the principles and functionalities of operating systems. It covers topics such as process management, memory management, file systems, input/output management, and security. Students gain an understanding of how operating systems manage computer resources and support the execution of software applications.

Enroll for this module

12: Surveying Computer Applications

This module focuses on the use of computer applications and software tools in surveying. It covers topics such as data processing, data analysis, geospatial data management, and surveying software applications. Students learn how to use computer applications to process and analyze surveying data efficiently.

Enroll for this module

13: Databases and Database Design

This module provides an introduction to databases and their design principles. It covers topics such as data modeling, relational databases, database management systems, data normalization, and query languages. Students learn how to design and manage databases to store and retrieve geospatial data effectively.

Enroll for this module

14: Remote Sensing

Basic Physics of Remote Sensing; Kepler?s Laws and Orbital Parameters, Optical Scanning Systems; CCD Cameras; Video Scanning Systems; Satellite Systems; Landsat Series; SPOT Series; MOMS Series; NOAA; Radar Systems; Digital Imaging Processing Basics; Color and Grey Scale Images, Sensor Deficiencies and Calibration, Signal processing, Preprocessing Techniques, Image Enhancement; Filtering Techniques, Noise, Smoothing, Edge Detection, Feature Detection and Extraction; 1006 Supervised Classification; unsupervised Classification, Remote Sensing Packages; ERDAS, PCI. Applications: Principles of Image Interpretation, Visual Analysis, Optical Properties of Vegetation Canopies, Vegetation Characteristics using NDVI, Satellite Remote Sensing in Tropical Forests, Agricultural Statistics by Remote Sensing, Application in Soil Sciences, Cartographic Applications, Defense Applications, Water Resource Management, Integrating Remote Sensing and GIS.

Enroll for this module

15: Engineering Surveying

This module focuses on the application of surveying principles and techniques to engineering projects. It covers topics such as control surveys, topographic surveys, construction layout, deformation monitoring, and earthwork volume calculations. Students learn how to plan, execute, and analyze survey data for engineering design and construction.

Enroll for this module

16: Global Positioning Systems

This module cover the following topics: motion of a satellite, orbit geometry and perturbations; time measuring systems; global geodesy model; reduction and adjustment of satellite observation data; differential equations of orbit relaxation; network optimization; data transformation. GPS Overview: Design of planning, data collection, data processing and network adjustment applications; kinematics and real-time applications.

Enroll for this module

17: Adjustment Computations

This module focuses on the principles and methods of adjusting surveying measurements to minimize errors and improve accuracy. It covers topics such as least squares adjustment, error propagation, statistical analysis of observations, and adjustment software applications. Students learn how to perform rigorous adjustments of surveying data and assess the quality of survey measurements.

Enroll for this module

18: Cadastral Surveying

Explores the principles and practices of cadastral surveying, which involves the establishment and maintenance of land boundaries and property rights. It covers topics such as cadastral systems, cadastral survey methods, land registration, land tenure systems, legal aspects of cadastral surveying, and cadastral database management. Students learn how to conduct cadastral surveys and manage cadastral data.

Enroll for this module

19: Geodesy

Covers the definition, evolution of Geodesy. Geodetic reference surfaces; the geoid, spheroid, ellipsoid. Ellipsoidal Geometry and coordinate systems. Normal sections and curves. Geodesics. Ellipsoidal corrections. Direct and inverse geodetic problems. Geodetic datum. Terrestrial coordinate systems and transformations. Conformal map projections and distortions. Map projections used in Zimbabwe.

Enroll for this module

20: Mining Surveying

This module provides an introduction to surveying practices in the mining industry. It covers topics such as mine surveying techniques, underground surveying, open-pit surveying, mine planning, volume calculations, and deformation monitoring in mining operations. Students learn how to apply surveying methods to support mining activities and ensure safety in mining environments.

Enroll for this module

21: Automated Survey Draughting

This module focuses on the use of computer-aided design (CAD) software for surveying draughting and map production. It covers topics such as CAD principles, survey data input and editing, map layout, symbol libraries, annotation, and map output. Students learn how to create accurate and professional survey maps using CAD software tools.

Enroll for this module

22: Electronic Surveying

This module explores the use of electronic surveying instruments and equipment in modern surveying practices. It covers topics such as electronic total stations, laser scanners, robotic surveying systems, and digital leveling instruments. Students learn how to operate and utilize electronic surveying instruments for precise and efficient data collection.

Enroll for this module

23: Systems Analysis and Design

This module focuses on the principles and techniques of systems analysis and design in the context of surveying and geomatics applications. It covers topics such as requirements gathering, data modeling, system design methodologies, system implementation, and system testing. Students learn how to analyze surveying requirements, design information systems, and manage the development of surveying software applications.

Enroll for this module

24: Land Law

Covers the following topics: concepts of Law. Roman Dutch Law. Property law. Land Tenure systems, Land parcel boundaries. Land ownership, possession, alienation and title. Acquisition, transfer and disposition of land and rights in land. Servitudes, usufruct, usus, habitation, fideiscommissum, lease, tenancy, mortgage and lien. Conveyancing. Land disputes. Encroachment. Acts pertaining to land, land development and conservation in Zimbabwe. The Land Survey Act. The Land Surveyors Act. Introduction to international law on ownership. International boundaries.

Enroll for this module

25: Urban Planning

Covers the history and development of urban form and planning. Principles of urban planning. Urban design in theory and practice. Master plan, design of subdivisions. Urban housing. Planning regulations and enforcement. Transportation planning and municipal services. Urban land value and its effect on planning and investment patterns. Impact of engineering construction on the environment.

Enroll for this module

26: Survey Techniques

This module provides an overview of various surveying techniques used in the field. It covers topics such as leveling, traversing, triangulation, GPS surveying, remote sensing, and photogrammetry. Students learn about the principles, methods, and equipment used in different types of surveys and gain practical experience in conducting surveying measurements.

Enroll for this module

27: Geology

Introduction to Geology, Geological History, Branches of Geology, Rocks and Minerals, Identification of minerals, Classification of Minerals, Physical and chemical properties of Minerals, Identification of rocks, Classification of rocks, Petrology, Geological Structures, Geological Maps, Stratigraphy, The Geology of Zimbabwe, Stratigraphy of Zimbabwe, Economic and Mining Geology of Zimbabwe, Mines and Mineral Act, Geomatics and Geology.

Enroll for this module

28: Environmetal Management & Impact Assessment

This module focuses on the principles and practices of environmental management and impact assessment in the context of surveying and land development projects. It covers topics such as environmental regulations, environmental impact assessment methodologies, sustainability principles, and mitigation measures. Students learn how to assess and manage the environmental impacts of surveying activities.

Enroll for this module

29: Land Economics and Management

This module explores the economic aspects of land and property management. It covers topics such as land markets, land value estimation, land use planning, property taxation, real estate development, and land management policies. Students learn about the economic factors influencing land decisions and develop skills in land economics analysis.

Enroll for this module

30: Advanced Site Surveying

This module builds upon the basic surveying principles and techniques learned in previous modules. It covers advanced topics such as deformation monitoring, control network design, 3D laser scanning, precision measurements, and advanced data analysis techniques. Students further develop their skills in conducting precise and accurate site surveys.

Enroll for this module