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Electricity & electronics - Robotics, learn by building

Over 31,000 enrolled! Open career opportunities and have fun learning electronics focused on building robots/automation!

  1. Topics
  2. IT & Software
  3. Electronics Foundations

Electricity & electronics - Robotics, learn by building

InstructorIan Juby
Duration10h 48m
Students40.7K
Rating4.7 (5,987)
Sponsored
Price
$14.99
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Comidoc Analysis

Analog Electronics Foundations through Component-Led Building

Strengths

Component-Focused Theory

The curriculum provides a technical foundation in essential components such as resistors, capacitors, inductors, and transistors.

Practical Circuit Applications

Instruction covers functional circuit types including 555 timer astable modes, voltage dividers, and H-bridges.

Editorial course preview

What the public course preview actually shows

These 4 complementary views highlight concrete, legible examples from the course presentation.

Preview 1 of 4

This image displays essential electronics kit components such as a resistor-loaded stripboard, toggle switches, and a battery holder arranged for assembly.

Preview 2 of 4

Two essential robotics components, a white servo motor and a black stepper motor, are displayed inside a clear plastic container for identification.

Preview 3 of 4

This image shows a practical electronics workspace with a digital multimeter and wiring components on a bench, illustrating the hands-on environment for building robotics projects.

Preview 4 of 4

The presenter stands in a workshop environment flanked by an oscilloscope displaying a green grid on the left and a custom-built robotic arm mechanism on the right.

Detailed Preparation Materials

The initial lessons include a highly specific materials list to assist in gathering necessary tools and parts.

Limitations

Instructional Detail Gaps

One sampled review suggests that some learners have noted a lack of detailed explanations for wiring circuits or visual aids beyond basic schematics.

Regional Kit Constraints

Course-specific kits may not be easily accessible or properly linked for learners outside of the US and Canada.

Best suited to

  • Beginners seeking hands-on electronics experience
  • Hobbyists interested in robotics foundations
  • Learners who prefer component-focused theory

Less suited to

  • Learners requiring highly detailed circuit wiring diagrams
  • Students outside the US or Canada looking for specific course kits

Comidoc Score

7.0/10

Recommended
Beginner-friendly

Comidoc verdict

The learning path begins with fundamental electricity and progresses through analog component theory into practical applications like servo motor control. This approach emphasizes building circuits from the ground up, providing a strong technical basis for those interested in robotics.

Instructional clarity is generally high, with many finding the pacing conducive to absorption. However, some topics such as inductors may present higher difficulty levels, and the absence of detailed wiring walkthroughs can create friction during practical assembly.

This course is best suited for beginners or hobbyists who are comfortable using schematics to guide their hands-on experimentation with electronic components.

Score breakdown

Curriculum depth
8.8

The curriculum covers a wide range of essential components and circuit types necessary for analog electronics.

Applied learning
6.5

The course includes practical circuit building and motor control, though kit accessibility may vary by region.

Clarity & experience
5.8

While many find the pacing and schematics helpful, some topics are difficult and wiring instructions can be sparse.

Currency & reliability
5.0

The available evidence does not establish enough about current reliability to move this dimension away from neutral.

Audience fit
7.3

Selected from the course's public promotional preview. These images document visible presentation material only; they do not represent the complete paid curriculum.

The curriculum aligns well with the stated goal of teaching beginners through hands-on component work.

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