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COURSES
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GAC's courses are both instructional and practical. Participants are introduced to the concepts in a concise manner and are then invited to complete exercises. In our opinion, this is an efficient way to learn.
The feedback we receive from participants is very rewarding and encourages us to continually improve. There is always room for improvement.
CHECK OUR TRAINING SCHEDULE
SOME TESTIMONIALS
FE1:
Finite Element Method: A Practical and Efficient Approach.
The Finite Element Method (FEM) training offered by GAC provides the fundamental concepts underlying FEM analysis software. It is recommended for engineers who are beginning to work with CAE, as well as for those who already work in the field but have never gained a deeper understanding of FEM. We are also frequently sought out by engineering supervisors and managers who will not work directly with FEM but need to understand the reports they receive.
FD1:
High-Cycle Fatigue Analysis – A Practical and Efficient Approach.
This fatigue analysis course covers the theory of high-cycle fatigue (S-N) embedded in commercial softwares. The course is essential for those who design structures subjected to variable loading.
FD2:
Low-Cycle Fatigue Analysis – A Practical and Efficient Approach.
The second part of the fatigue analysis course presents the theory of low-cycle fatigue. It is an important course for understanding how to evaluate fatigue in regions that experience plastic deformation.
EX1:
Excel Fundamentals
This course presents the fundamental concepts of the tool through practical applications. The course is offered in both open-enrollment and in-company formats. For in-company training, the course can be customized to meet the company's specific needs.
EX2:
Advanced Excel
This course provides deeper knowledge of the tool, always emphasizing practical applications. Topics covered include Pivot Tables, Subtotals, Solver, Arrays, and VBA. The course is offered in both open-enrollment and in-company formats. For in-company training, the course can be customized to meet the company's specific needs.
VB1:
VBA Fundamentals
This course is designed for those who are unfamiliar with programming logic and wish to learn VBA. Students of Business Administration, Economics, and International Relations are among those most interested in this course.
The course begins by presenting the fundamental concepts of programming logic in a clear and intuitive manner. It then introduces VBA concepts such as objects, properties, methods, VBA-specific loops, and more. The course is offered in both open-enrollment and in-company formats. For in-company training, the course can be customized to meet the company's specific needs.
EN1:
Ship Structure (On-Demand Course)
This course provides the foundation for the design and structural analysis of vessels. It is intended for engineers who wish to work in the field of marine structural design.
NP1:
Inspection of Marine Structures (On-Demand Course)
This course provides the knowledge necessary to understand the terminology used in the shipbuilding industry, as well as a basic understanding of ship structures. The course meets the requirements typically demanded by Classification Societies and is recommended for equipment and structural inspectors, especially those involved in plate thickness measurements who are not familiar with marine structures.
RE1:
Strength of Materials (On-Demand Course)
This course is recommended for designers seeking a deeper understanding of structural analysis, as well as for engineers wishing to complement their professional education.
ST1:
Statistics for Engineering (On-Demand Course)
This course provides the fundamental concepts of probability analysis and statistics for engineering applications.
SOME TESTIMONIALS
CHECK OUR TRAINING SCHEDULE
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