The exams vary from geosciences to engineering programs and range from basic to advanced levels. Students take the exams at their own pace. The tests are usually based on various university courses in a given subject. The test takes about 2 hours to complete.
The most popular certification exam is the MSDS (Mining Safety and Environmental) examination. This exam is usually taken during an Introduction to Geology course. This examination has two parts, a first part and second part. The first part of the exam is a laboratory-based session, and the second part involves the actual testing of the sample under simulated laboratory conditions.
During this examination students are expected to understand concepts like geologic structure and mineralogy. They must be able to use geological instruments and interpret laboratory results. They must be able to communicate well with non-experts and with individuals who have specific training in geology. This examination can be taken by students who wish to get a degree in Geology and Engineering, as well as individuals who want to get a certificate in the field of Geology.
GEOMagnetic Engineering offers a two-hour certification exam that involves two courses in geomagnetism and geophysics. In the first portion of the exam students will be exposed to the basics of magnetism and its relationship to electricity and other fields and materials that interact with magnets.
The second part of the exam will cover the concepts of how to study a geophysical field and how to use magnetic techniques to solve problems. This exam focuses on the application of the concepts to a real field and on using equipment that can be used in the field to measure things like pressure and temperature. This exam can be taken by people who want to get a BSc in Geology, or a BSC in Geophysical Engineering, or a Bachelor of Science in Geophysical Engineering.
An additional exam that is given to individuals who want to further their understanding of the geophysical field is the Geophysical Field Mechanics exam. This exam requires the student to know the mathematical relationships between a variety of geophysical phenomena and their causes and effects. It also requires the student to understand the dynamics of fluid mechanics and fluid flows and their interactions with the geophysical environment, and other systems.
This exam can be taken after taking a course in Geophysical Engineering or before one begins a course of study in the field of Geography. In the first part of the test the student must find out the relationship between the different forces acting on fluids, and the various types of stresses that occur due to gravity, air resistance, friction, and many others.
Students who pass this test will receive a certificate that explains the mechanics of all of the forces and the different stresses involved in these forces. The second part of the test will present students with a method of determining the relationships between the stress and force and velocity of a fluid at different temperatures.
There are a number of online schools that offer a GIS Geomagnetic Engineering course. This course is intended to be a refresher course for students who already have a basic working knowledge of the basics of the field. In the course, the student will learn to use geophysical tools like GPS, GPRS, and GSM for mapping and tracking geophysical processes, and for the purpose of helping them understand how the earth’s internal structure has been affected by environmental changes.
Students who take this exam will need to understand the different relationships between fluid mechanics, geophysical fields, and fluid flows. The exam also requires them to study the relationship between heat, energy, and thermodynamics in the geophysical field. The exam also deals with the relationship between fluid motions and atmospheric pressures and velocity, and with fluid flows and flow rates.
This exam will also present students with a study guide that provides information on the physics, mathematics, and chemistry of GIS (geological information systems). It covers everything from the theory of GIS to the study of fluid mechanics and GIS data.
