Curso de Electronica 2024

This Electronics with Certification course is designed to provide a comprehensive and accessible education in the field of electronics, completely online. Taking advantage of virtual education, we offer a combination of theory, practical simulations and projects that will prepare students to apply their knowledge in real environments. The course is suitable for both beginners and those with prior knowledge who wish to advance their understanding of modern electronics.

Course Structure:

Module 1: Fundamentals of Electronics

Basic concepts:

Understand current, voltage and resistance.

Ohm's law and its application in circuits.

Basic electronic components: resistors, capacitors, and coils.

Interactive Simulations:

Using simulation software to experiment with basic circuits.

Interpretation of circuit diagrams.

Module 2: Analog Electronics

Analog Circuits and Signals:

Analysis of circuits with current and voltage sources.

Application of transformers and reactances.

Operational amplifiers and their use in various configurations.

Virtual Laboratory:

Construction and analysis of complex analog circuits using simulations.

Module 3: Digital Electronics

Fundamentals of Digital Logic:

Logic gates, Boolean algebra and combinational circuits.

Flip-flops, counters and registers.

Practical applications:

Design of basic digital systems using simulators.

Introduction to microcontrollers and their programming.

Module 4: Embedded Systems and Microcontrollers

Microcontrollers in Detail:

Architecture and programming of common microcontrollers such as Arduino.

Interface with sensors and actuators.

Integrated Projects:

Development of practical projects that integrate hardware and software knowledge.

Module 5: Power Electronics and Specialized Applications

Introduction to Power Electronics:

Key principles and devices, such as power transistors and converters.

Applications in power supplies and motor control.

Specialized Applications:

Electronics in communications, automation and control.

Module 6: Circuit Design and Simulation

Design Tools:

Advanced use of CAD software for PCB design.

Performance analysis and circuit optimization.

Advanced Simulations:

Modeling of complex circuits and evaluation of their behavior in different conditions.

Teaching Methodology:

Videos and Webinars: Each module includes a series of pre-recorded video lessons and live webinars to resolve doubts and delve deeper into specific topics.

Reading Material: Study guides, e-books, and articles will be provided to complement learning.

Simulations and Virtual Laboratories: Advanced simulation tools will be used that will allow students to design, build and test circuits in a safe virtual environment.

Discussion Forums and Tutorials: Virtual spaces for interaction with instructors and classmates, facilitating the exchange of ideas and problem solving.

Practical Projects: Challenges and projects that allow students to apply their knowledge in real-world situations.

Assessments and Exams: Periodic assessments to measure progress and ensure understanding of key concepts.

Certification:

Upon successful completion of all course modules and projects, students will receive a certification in Electronics. This certification is recognized by the industry and can be a valuable addition to participants' resumes, validating their electronics skills in both analog and digital applications.