Wednesday, March 12, 2025

Careers in Electronics: Turning Your Skills Into Opportunities

I was curious what companies would pay for skills in electronics—so I went down the rabbit hole. I expected to find a few technician roles or engineering jobs, but what I found was something much bigger. Electronics is a doorway, not just a skillset. It’s a gateway into industries that are shaping the future: robotics, aerospace, smart homes, electric vehicles, medical tech, and even content creation.

So if you’re someone who understands how a capacitor works or can identify components on a PCB board, here’s what that knowledge can unlock for you.


1. Electronics Technician

These are the folks who know how to get their hands dirty—troubleshooting, soldering, assembling, and repairing electronics. Whether it’s building control panels or testing devices on an assembly line, technicians are the heartbeat of day-to-day operations.

  • Average Pay: $45K–$75K/year
  • Where you’d work: Manufacturing, telecom, automation labs.

2. Electrical Engineer

This one’s for the big thinkers—the people who love designing systems from the ground up. Electrical engineers are behind the blueprint, simulations, and testing of everything from power systems to microcontrollers.

  • Average Pay: $70K–$120K/year
  • Where you’d work: Engineering firms, energy companies, tech manufacturers.

3. Embedded Systems Engineer

If you’ve ever wanted to bring a device to life, this is your jam. Embedded engineers build systems inside gadgets—smart thermostats, fitness trackers, robotic arms. They’re the bridge between software and hardware.

  • Average Pay: $80K–$130K/year
  • Industries: Automotive, IoT, medical devices, wearables.

4. PCB Designer

Printed Circuit Boards are the unsung heroes of every device you’ve ever used. Designers create the physical layout and design files that turn concepts into working boards.

  • Average Pay: $60K–$100K/year
  • Tools of the trade: Altium Designer, Eagle, KiCad.

5. Robotics Technician or Engineer

This role mixes sensors, motors, and control systems to make machines move. From pick-and-place machines in factories to robotic arms in surgery, these jobs are growing fast.

  • Pay Range: $50K–$120K/year (Technician vs. Engineer)

6. IoT Developer

Think smart homes, connected cars, or even agricultural monitoring systems. IoT developers combine electronics, sensors, and code to make devices communicate.

  • Average Pay: $75K–$120K/year
  • Bonus: Startups in this space often offer equity.

7. Test Engineer

These professionals design stress tests, failure analysis, and quality checks to ensure a product does what it’s supposed to—every time.

  • Average Pay: $70K–$100K/year
  • Key Skill: Knowing how and where things fail before the customer does.

8. Field Service Technician

Like a tech medic on wheels, you go to client sites to install, troubleshoot, or repair high-tech systems—from MRI machines to industrial robots.

  • Average Pay: $50K–$85K/year + travel perks

9. Technical Sales Engineer

If you love electronics but also love people, this is a sweet spot. You’re the one who explains tech products to businesses and helps them buy the right components.

  • Pay: $70K–$130K+/year (base + commission)
  • Pro tip: A tech-savvy salesperson is worth their weight in gold.

10. Content Creator & Educator

Here’s the unexpected one: You can turn your electronics knowledge into a personal brand. From YouTube tutorials to online courses to DIY kits—many creators are earning from ad revenue, sponsors, or their own products.

  • Pay: Totally variable ($0 – $200K+), but scalable and creative.
  • Bonus: You get to build community while building circuits.

What I Learned

There’s more opportunity in electronics than most people realize. It’s not just about building gadgets—it’s about building a career, building income streams, and building confidence in your skillset.

Whether you want to work in a lab, a garage, an office, or in front of a camera, electronics is a bridge to something bigger. And you don’t always need a degree. Sometimes you just need curiosity, a soldering iron, and the drive to keep learning.

If that’s you—keep going. There’s a place for you in this industry, and it might just be more rewarding than you think.

Tuesday, March 11, 2025

Memorizing electronics

I've been playing with my electronic kits and I keep forgetting the names and specs of the electric components.


I'm currently grappling with memorizing various electronic components and their functions. To tackle this challenge, I'm exploring several strategies:

1. Crafting Mnemonics

Creating memorable phrases can simplify the retention of complex information. For instance, to remember the resistor color code—Black (0), Brown (1), Red (2), Orange (3), Yellow (4), Green (5), Blue (6), Violet (7), Gray (8), White (9)—I use the mnemonic: "Big Boys Race Our Young Girls But Violet Generally Wins." This vivid sentence helps me recall the sequence and corresponding values.physicsforums.com+5en.wikipedia.org+5en.wikipedia.org+5en.wikipedia.org

2. Engaging in Hands-On Practice

I find that actively working with components solidifies my understanding. Building simple circuits using resistors, capacitors, and transistors not only reinforces theoretical knowledge but also enhances muscle memory. This experiential learning bridges the gap between concept and application.

3. Utilizing Flashcards

To reinforce my memory, I'm going to create flashcards with the component's name on one side and its function, symbol, and specifications on the other. Regularly reviewing these cards enhances active recall and aids in long-term retention.

4. Applying the Method of Loci

Associating components with familiar locations helps in memorization. For example, I visualize placing a resistor in my living room and a capacitor in my kitchen. This technique, known as the Method of Loci, leverages spatial memory to enhance recall.

By integrating these methods into my study routine, I'm hoping to gradually master the myriad components that make up electronic systems.

Here are some links to flashcards I found that could help you on your journey.

https://www.cram.com/flashcards/electronic-circuit-symbols-2-3559771


I think I will print out these flash card and see if I can turn it into a game.

Tuesday, March 4, 2025

Learn electronic components Online simulations 004

I'm on a journey to learn how electronics work, and my dream is to start building my own devices one day. I don't have the money to buy all the electronic components I need to practice and learn, but I don't need to. I found these amazing platforms that allow me to practice making circuits without any physical components.

1. CircuitLab

CircuitLab is a web-based platform that enables users to design, simulate, and analyze electronic circuits directly within their browser. It offers an intuitive schematic editor, allowing for the creation of both analog and digital circuit designs without the need for additional software installations. Users can perform simulations to observe circuit behavior, generate professional-grade schematics, and produce detailed plots for analysis.circuitlab.com

Here is a video that show how CircuitLab works.


Also comes with it's own Interactive Electronics Textbook! 


2. EveryCircuit

EveryCircuit is an interactive online and mobile application that allows users to design, simulate, and share electronic circuits. It provides real-time, animated simulations that visually depict voltages, currents, and charges directly on the schematic, enhancing understanding of circuit operations. The platform supports both analog and digital circuit simulations and is accessible across multiple platforms, including web browsers, Android, and iOS devices.



3. Multisim Live

Multisim Live is a free, web-based circuit simulator that incorporates SPICE software, enabling users to create, learn, and share circuits online. It offers a comprehensive environment for designing and simulating analog, digital, and mixed-signal circuits. The platform also features a community where users can explore and collaborate on public circuits, fostering a shared learning experience.



I'm looking forward to testing each of these simulations.


Where to buy Electronic Components 003

 As I've been diving into the world of electronics, I need to buy Electronic Components. So I search and for this YouTube video that shared a lot of options.


Then I found this video sharing what components are normally essential.



Here is the list of places to buy Electronic Components

1. Mouser Electronics

Mouser is a global distributor of semiconductors and electronic components, stocking over a million unique SKUs from more than 1,200 manufacturer brands. They serve customers in over 223 countries and territories, offering products from leading manufacturers like Texas Instruments and Intel. mouser.com

3. Octopart

Octopart functions as a search engine for electronic components, allowing users to compare parts across hundreds of distributors and thousands of manufacturers. This platform provides accurate and comprehensive electronic part data, streamlining the component selection process. octopart.com

4. McMaster-Carr

McMaster-Carr is a supplier known for its extensive catalog of hardware, tools, raw materials, and maintenance equipment. While not exclusively focused on electronic components, they offer a variety of electrical and lighting products suitable for various applications.

5. Jameco Electronics

Jameco Electronics is a distributor with over 50 years in business, offering a wide range of electronic components, parts, and kits. They cater to both hobbyists and professionals, providing products suitable for various electronic projects.Jameco Electronics

6. Arrow Electronics

Arrow Electronics is an authorized distributor of hundreds of electronic component manufacturers globally. They offer a platform to research, compare, and purchase components, serving a broad spectrum of industries.arrow.com

7. boosteroven

This site is from a YouTuber I really like and I have bought a few things from him that I found useful in getting started in electronics.   https://boosteroven.com/search?q=breadboard

I'm looking forward to getting some DF Robot Breadboard Plugins, They may make it easier to see what you are working with. Link https://www.dfrobot.com/product-1386.html?tracking=FZm4ZO4beBvpFJyQeYvOfK73VSO81a5YeZVG6Dvdt6PuUlu5E3Kr5BJSV9GsJZ59



When selecting a supplier, consider factors such as product availability, shipping options, pricing, and the specific requirements of your project to ensure a successful procurement process.

Free resources for learning electrics 002

 I don't have a lot to devote to learning electrics right now so I did some research to find some free resources.


Back in the 1900s Radio Shack came out with the "Radio Shack Electronics Learning Lab". You can find one on eBay for like $30.00. I remember having something like it as a kid (I would have done better with a simple breadboard). You can find a PDF of the project books online. 


I also found this YouTube channel where the guy shows every project in the book. youtube.com/@statisticool



Here is a link I found for the Radio Shack Electronics Learning Lab workbook.

 https://www.zpag.net/Electroniques/Kit/Radio_Shack_Electronics_Learning_Lab_01.pdf

This PDF has a guide on how to read Schematics. 

I then found this "Beginner's Guide to Reading Schematics 3rd adittion". 

Here is the link:

 https://www.accessengineeringlibrary.com/binary/mheaeworks/db47e8ac12878fcb/13f4b8988057a361b4f420ac9da567ceb5f26b1678f9afe7b79e6b82b2ead3d3/book-summary.pdf

That's everything for now. I'm hoping to come across something simple and easy strait forward to learning electronics but until then I'll keep you posted on my progress.


Monday, March 3, 2025

Getting started in Electronics 001

I've want to get into building electronics for a while but I don't know where to start. So follow along while I figure it out.
 
I bought this kit from amazon. Here as my affiliate link to buy it. https://amzn.to/3XqMrxe
ELEGOO UNO Project Super Starter Kit 
Amazon photo of the Elegoo kit



It comes with a CD with a guide but I don't have a CD player. However there is a download PDF. Here is a link to the guide. ELEGOO Arduino UNO Project Super Starter Kit download link 1

I got the kit and reviewed the guide, It was confusing and goes strait to programing. I don't want to program yet. I want to get familiar it the stuff first before getting into the programing side of it.


A picture of some of the things that came in my kit.



If I was going to teach someone else and help them get started in electronics I would have them buy the BOJACK 37 Values 480 Pcs Electronics Component Fun Kit. https://amzn.to/41i5ZEU. It's $15.00 and has the basic things to get started. 




I got into electronics because I wanted to put lights in a dollhouse for my daughter. I learned how to use the power supply and the breadboard with LEDs.  Here is a video that explains how the power supply works. 




Power Supply



From my limited knowledge of electronics I made a dollhouse lighting kit. You can watch this video of what I learned. 





I found this book at my local library and am now following along and trying to learn how to read Speck Sheets. Link to amazon https://amzn.to/4kkCFX7





Stay tuned while I explore the next steps of this new world of electrics.

As of March 2025 I found a great starter kit. It's called theamtech. I'm looking into how to get my hands on one. They are still in pre-order.

I'm going to just start posting kits I find that I would try here. 
ARDEST Electronics Project Starter Kit
https://a.co/d/2DwtaBi







Saturday, May 3, 2014

Tooth Brush holder

I used k'nex toys. I have no idea why there are so many toothbrushes at my place.