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Adam St. Amand
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What's inside
Syllabus
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Strengthens an existing foundation for intermediate learners by developing an embedded voltmeter
Develops core skills in voltage measurement and embedded systems design
Builds a strong foundation for beginners in embedded systems
Taught by Adam St. Amand, who is recognized for their work in embedded systems
Offered through Udacity, a recognized provider of online courses
Examines embedded systems design, which is highly relevant to industry and academia
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Reviews summary
Hands-on micropython voltmeter project
According to students, this hands-on course offers an engaging project-based learning experience, ideal for mastering embedded systems with MicroPython. Learners praise the clear, step-by-step guidance and the focus on building a functional embedded voltmeter. It's particularly well-received by those new to embedded systems or looking to bridge their Python skills with hardware. While a few advanced learners found it too basic, the course excels at providing a solid foundation and boosting confidence in small-scale electronics projects, making it a highly rewarding experience for its target audience.
Strong emphasis on building a working device with real-world utility.
"I particularly appreciated the practical application focus. Great for anyone wanting to get their hands dirty with hardware and code."
"This course provided a solid foundation for anyone interested in IoT or custom sensor development."
"My voltmeter works perfectly!"
Perfect for those new to embedded systems or bridging Python skills.
"Absolutely fantastic! As someone new to embedded systems but familiar with Python, this course was the perfect bridge."
"I struggled with embedded programming before, but this course clarified so much."
"I now feel confident tackling similar small-scale electronics projects."
Provides excellent step-by-step instructions for hardware and software.
"The instructions were clear, and the MicroPython aspects were well-explained."
"It walks you through building a real device, step-by-step. The explanations for component selection and circuit design were surprisingly thorough..."
"The step-by-step guidance on hardware integration and MicroPython coding was invaluable."
Highly effective in providing practical, hands-on experience.
"This course delivered exactly what it promised: a hands-on experience building a functional embedded voltmeter."
"The project-based approach made learning incredibly engaging."
"The project aspect of this course is truly its strongest point. It walks you through building a real device, step-by-step."
"The project work is excellent."
May be too basic for experienced professionals or advanced learners.
"While the idea is good, the course felt too basic for someone with a background in electrical engineering."
"There wasn't enough depth on advanced topics or optimization techniques."
"Maybe better for absolute beginners."
"My only minor gripe is that sometimes I wished for a bit more theoretical background on certain components..."
Activities
Be better prepared
before
your course. Deepen your understanding
during
and
after
it. Supplement your coursework and achieve mastery of the topics covered
in Embedded Voltmeter Project with these
activities:
Seek guidance from an experienced electrical engineer or embedded systems developer
Show steps
Gain valuable insights and advice from experts in the field.
Show steps
-
Identify potential mentors through networking events, online forums, or professional organizations.
-
Reach out to mentors and express your interest in learning.
Read 'Practical Electronics for Inventors' by Paul Scherz and Simon Monk
Show steps
Supplement your course material with this comprehensive guide to practical electronics.
View
Practical Electronics for Inventors, Fourth...
on Amazon
Show steps
-
Read selected chapters related to voltage measurement and embedded systems.
-
Take notes and highlight important concepts.
Join a study group or online forum for voltage measurement and embedded systems
Show steps
Connect with peers to discuss concepts, share knowledge, and provide support.
Show steps
-
Find a study group or online forum dedicated to voltage measurement or embedded systems.
-
Join the group and participate in discussions.
-
Ask questions and share your own knowledge.
Five other activities
Expand to see all activities and additional details
Show all eight activities
Build a simple voltage-controlled LED circuit
Show steps
Apply your understanding of voltage to create a practical circuit that demonstrates voltage control.
Browse courses on
LEDs
Show steps
-
Gather necessary components (e.g., LED, resistor, potentiometer).
-
Design and build the circuit.
-
Test the circuit and observe the change in LED brightness as the voltage varies.
Practice voltage measurement using a multimeter
Show steps
Reinforce your understanding of voltage measurement by practicing with a multimeter.
Show steps
-
Familiarize yourself with a multimeter's settings and functions.
-
Measure the voltage of different sources (e.g., batteries, power supplies).
-
Troubleshoot common voltage-related issues.
Compile a resource list of voltage measurement tools and techniques
Show steps
Build a comprehensive list of resources that you can use for future reference.
Browse courses on
Resources
Show steps
-
Search for and collect information on different voltage measurement tools and techniques.
-
Organize the information into a structured document or online repository.
Build a simple voltmeter using MicroPython and the ESP32
Show steps
Apply your knowledge of MicroPython and the ESP32 to create a practical voltmeter project.
Show steps
-
Set up your ESP32 development environment.
-
Install MicroPython on the ESP32.
-
Write code to read analog voltage using the ESP32's ADC.
-
Display the measured voltage on an LCD screen or serial terminal.
Design and build a custom voltmeter enclosure
Show steps
Demonstrate your problem-solving and design skills by creating a custom enclosure for your voltmeter project.
Show steps
-
Brainstorm design ideas and create sketches.
-
Model the enclosure in a CAD software (e.g., SolidWorks, Fusion 360).
-
3D print the enclosure.
-
Assemble the enclosure and mount the voltmeter.
Seek guidance from an experienced electrical engineer or embedded systems developer
Show steps
Gain valuable insights and advice from experts in the field.
Show steps
Show steps
Show steps
- Identify potential mentors through networking events, online forums, or professional organizations.
- Reach out to mentors and express your interest in learning.
Read 'Practical Electronics for Inventors' by Paul Scherz and Simon Monk
Show steps
Supplement your course material with this comprehensive guide to practical electronics.
View
Practical Electronics for Inventors, Fourth...
on Amazon
Show steps
Show steps
Show steps
- Read selected chapters related to voltage measurement and embedded systems.
- Take notes and highlight important concepts.
Join a study group or online forum for voltage measurement and embedded systems
Show steps
Connect with peers to discuss concepts, share knowledge, and provide support.
Show steps
Show steps
Show steps
- Find a study group or online forum dedicated to voltage measurement or embedded systems.
- Join the group and participate in discussions.
- Ask questions and share your own knowledge.
Five other activities
Expand to see all activities and additional details
Show all eight activities
Build a simple voltage-controlled LED circuit
Show steps
Apply your understanding of voltage to create a practical circuit that demonstrates voltage control.
Browse courses on
LEDs
Show steps
Show steps
Show steps
- Gather necessary components (e.g., LED, resistor, potentiometer).
- Design and build the circuit.
- Test the circuit and observe the change in LED brightness as the voltage varies.
Practice voltage measurement using a multimeter
Show steps
Reinforce your understanding of voltage measurement by practicing with a multimeter.
Show steps
Show steps
Show steps
- Familiarize yourself with a multimeter's settings and functions.
- Measure the voltage of different sources (e.g., batteries, power supplies).
- Troubleshoot common voltage-related issues.
Compile a resource list of voltage measurement tools and techniques
Show steps
Build a comprehensive list of resources that you can use for future reference.
Browse courses on
Resources
Show steps
Show steps
Show steps
- Search for and collect information on different voltage measurement tools and techniques.
- Organize the information into a structured document or online repository.
Build a simple voltmeter using MicroPython and the ESP32
Show steps
Apply your knowledge of MicroPython and the ESP32 to create a practical voltmeter project.
Show steps
Show steps
Show steps
- Set up your ESP32 development environment.
- Install MicroPython on the ESP32.
- Write code to read analog voltage using the ESP32's ADC.
- Display the measured voltage on an LCD screen or serial terminal.
Design and build a custom voltmeter enclosure
Show steps
Demonstrate your problem-solving and design skills by creating a custom enclosure for your voltmeter project.
Show steps
Show steps
Show steps
- Brainstorm design ideas and create sketches.
- Model the enclosure in a CAD software (e.g., SolidWorks, Fusion 360).
- 3D print the enclosure.
- Assemble the enclosure and mount the voltmeter.
Career center
Learners who complete Embedded Voltmeter Project will develop knowledge and skills
that may be useful to these careers:
Electrical Engineer
Electrical Engineer
As an Electrical Engineer, you will be responsible for designing, developing, testing, and maintaining electrical systems. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Electrical Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Electronics Engineer
Electronics Engineer
As an Electronics Engineer, you will be responsible for designing, developing, testing, and maintaining electronic systems. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Electronics Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Computer Engineer
Computer Engineer
As a Computer Engineer, you will be responsible for designing, developing, testing, and maintaining computer systems. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Computer Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Mechatronics Engineer
Mechatronics Engineer
As a Mechatronics Engineer, you will be responsible for designing, developing, testing, and maintaining mechatronic systems. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Mechatronics Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Robotics Engineer
Robotics Engineer
As a Robotics Engineer, you will be responsible for designing, developing, testing, and maintaining robots. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Robotics Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Test Engineer
Test Engineer
As a Test Engineer, you will be responsible for testing and evaluating electrical and electronic systems. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Test Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Quality Engineer
Quality Engineer
As a Quality Engineer, you will be responsible for ensuring that products and services meet quality standards. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Quality Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Manufacturing Engineer
Manufacturing Engineer
As a Manufacturing Engineer, you will be responsible for designing, developing, and implementing manufacturing processes. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Manufacturing Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Project Manager
Project Manager
As a Project Manager, you will be responsible for planning, organizing, and executing projects. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential skills for Project Managers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Technical Writer
Technical Writer
As a Technical Writer, you will be responsible for writing technical documents, such as manuals, reports, and presentations. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential knowledge for Technical Writers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Sales Engineer
Sales Engineer
As a Sales Engineer, you will be responsible for selling technical products and services. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential knowledge for Sales Engineers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Consultant
Consultant
As a Consultant, you will be responsible for providing advice and guidance to clients on a variety of technical topics. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential knowledge for Consultants. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Teacher
Teacher
As a Teacher, you will be responsible for teaching students about a variety of technical topics. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential knowledge for Teachers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Researcher
Researcher
As a Researcher, you will be responsible for conducting research on a variety of technical topics. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential knowledge for Researchers. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
Data Scientist
Data Scientist
As a Data Scientist, you will be responsible for collecting, analyzing, and interpreting data. This course may be useful for you because it will help you build a foundation in voltage measurement and embedded systems design, both of which are essential knowledge for Data Scientists. Additionally, the project-based learning approach of this course will give you valuable hands-on experience that will be helpful in your career.
For more career information including salaries, visit:
OpenCourser.com/course/ka9os7/embedded
Reading list
We've selected 12 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Embedded Voltmeter Project.
This excellent reference provides a broad background on how electricity works. It will be useful to understand what your voltmeter is actually measuring.
Save
Provides more detail on how to choose, use, and troubleshoot components in electronic circuits.
Will help you get familiar with the Arduino platform, which is likely to be the focus of your Embedded Voltmeter project.
A great reference for using MicroPython to program your voltmeter.
A more thorough introduction to basic electrical concepts. Useful if you have little to no background in electronics.
A comprehensive textbook that will provide you with a strong foundation in electrical engineering.
A more advanced reference text that will provide you with an in-depth understanding of solid-state electronics.
A collection of projects that demonstrate how to use the PIC microcontroller to build useful devices. may provide you with some inspiration for your voltmeter project.
Save
A more advanced text that will provide you with a deep understanding of the internal workings of microprocessors and microcontrollers. Useful if you want to learn more about the fundamentals.
Save
A massive reference work that covers all aspects of electrical engineering. A great place to look up specific topics as needed.
A great resource for those with no prior knowledge of electronics. May be useful for filling in any knowledge gaps.
A popular textbook that provides a comprehensive overview of electronics. Useful as a reference for many topics related to your voltmeter project.
For more information about how these books relate to this course, visit:
OpenCourser.com/course/ka9os7/embedded
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