“At the end of each course a knowledge test will be practiced, which must be approved by the participants with a minimum of 80% to receive the certificate of participation.”
Basic course
Directed to the operators of the production lines
Course objective: At the end of the course, the participant knows the nature of the electrostatic and fundamental laws that govern the matter, the types of electricity that exist, how electrostatic discharges are produced and how to protect the components sensitive to ESD, as well as the performance of the safe practices for the control of ESD.
Information
Duration: 2:30 hrs.
Thematic of the course:
1) Introduction to electricity
2) Atomic energy, structure of the atom.
3) What is static electricity?
4) Electrostatic discharges.
5) Conductive, insulating and dissipative materials.
6) Damages caused by the ESD.
7) The landslides.
8) Ionization.
9) Static control rules.
10) ESD packaging.
Intermediate course
This course, for its content, is aimed at supervisors, ing. industrial, technical, quality inspectors, buyers, managers.
Course objective: That at the end of the course, the participant knows more in detail the nature of static electricity, the fundamental laws that govern the matter, as well as the damage that occurs and its control in the areas of manufacturing.
Information
Duration: 3:30 hrs.
Thematic of the course:
1) The phenomenon of static electricity
2) Coulomb’s law and its application in the control of static
3) Capacities
5) Static generators
6) Classification of materials by their atomic construction
7) Models of electrostatic discharges
8) Catastrophic and latent damages
9) Basic rules of an ESD control
10) Electrical measurements
11) Grounding systems
12) Ionization systems
Advanced course
Special course, aimed at ESD coordinators, quality engineers, process engineers, engineers and technicians in the areas of electrical installations.
Course objective: At the end of the course, the participant will analyze theoretically the production of static charges, the interaction of the different materials used in the manufacturing areas and learn how to establish a program of functional control of static charges and how to audit their effectiveness ; using the appropriate tools and equipment to do so, in addition to knowing and interpreting the different standards of the ESD Association.
Information
Duration: 8:00 hrs.
Thematic of the course:
1) Static electricity
2) Electric and magnetic fields
3) Correlation between the law of Coulomb and the law of Gravity
4) Atomic structure of semiconductors
5) Catastrophic and latent damages in semiconductors
6) Download models: HBM, MM, CDM.
7) Electrical Land Systems and ESD
8) Measuring equipment for the control of the static
9) Methods for the evaluation of materials
10) Ionization systems and their control
11) Continuous monitoring systems
12) ESD packaging
13) Study and application of Standard 20.20
14) Method for conducting audits and reports
15) Development of the ESD control program
16) Training program
17) Study of the different standards of the ESD Association