Electrical Engineering Job Tier List | Best Electrical Engineering Jobs @zachstar

Short Summary:

This video by Jake Vorhees, the 1% Engineer, explores the top 10 job categories for electrical engineers based on salary and career potential. He uses data from the 2019 IEEE USA report to rank these jobs, highlighting the high earning potential of this field. The video discusses specific technologies like smartphones, robotics, machine learning, and telecommunications, showcasing the diverse applications of electrical engineering. It emphasizes the importance of understanding the different areas of technical competence within electrical engineering to make informed career choices.

Detailed Summary:

Introduction:

Jake Vorhees introduces the video as a tier list for the best electrical engineering jobs, emphasizing the high demand and earning potential of the field.
He highlights the median salary of over $100,000 for electrical engineers and mentions the growing importance of electrical engineering compared to other engineering disciplines.
He emphasizes the role of electrical engineers in developing software and coding, making them versatile in the tech industry.

Top 10 Electrical Engineering Job Categories:

Smartphone and Watches Engineers (S Tier):
- This category boasts the highest median salary of $215,000, highlighting the high demand for engineers working on mobile devices.
- Jake explains the importance of internal functioning in smartphones, emphasizing the role of electrical engineers in designing components like CPUs, networking capabilities, and batteries.
- He uses the example of the iPhone's notch to illustrate how engineering constraints influence design choices.
- He emphasizes the crucial but often overlooked role of electrical engineers in ensuring the efficiency, safety, and cost-effectiveness of essential technologies.
Energy and Power Engineering (A Tier):
- Jake defines the differences between energy and power, explaining the broad scope of energy engineering, which includes various energy sources and their conversion processes.
- He discusses the role of power engineers in designing, maintaining, and developing power grids, highlighting the importance of their work in connecting generators to users.
- He mentions the median salary of $130,000, which is 29% higher than the overall median for electrical engineers.
- He emphasizes the potential for professional engineering certification in this field.
Robotics and Automation Engineering (A/S Tier):
- Jake discusses the multidisciplinary nature of robotics, combining mechanical, electrical, computer, and systems engineering.
- He highlights the wide range of industries where robotics is applied, including manufacturing, aerospace, transportation, and medicine.
- He lists the responsibilities of robotics engineers, including designing, installing, programming, teaching, and maintaining robotic systems.
- He mentions the median salary of $130,000, which is tied for eighth on the list, but emphasizes the future potential of this field.
Non-Internet Software Developers (B/S Tier):
- Jake explains the distinction between non-internet and internet software developers, focusing on the former.
- He describes the role of systems software developers in designing solutions for enterprise organizations, particularly in sectors like finance, military, and defense.
- He mentions companies like Amazon, IBM, and various banks as examples of employers for this category.
- He highlights the median salary of $151,000, which is 50% higher than the overall median, but acknowledges the potential for less exciting work environments.
Machine Learning Engineers (S Tier):
- Jake emphasizes the rapid growth of machine learning as a field, citing Indeed's study identifying it as the fastest-growing job title globally.
- He explains the core principles of machine learning, focusing on algorithms that learn from data to predict outcomes without explicit programming.
- He provides numerous examples of machine learning applications, including recommendation engines, self-driving cars, virtual assistants, and fraud detection.
- He highlights the median salary of $185,000, which is 84% higher than the overall median, making it a highly desirable career path.
Circuits and Devices Engineering (A Tier):
- Jake describes the role of circuit design engineers in developing the circuitry found in various electronic devices.
- He outlines the responsibilities of these engineers, including designing circuits, developing equipment, troubleshooting, and supervising manufacturing processes.
- He mentions the median salary of $158,000, which is close to the middle of the list, highlighting the broad applicability and flexibility of this field.
Electromagnetics and Radiation Engineering (B Tier):
- Jake explains the fundamentals of electromagnetics, emphasizing its importance in various branches of electrical engineering.
- He discusses the applications of electromagnetics in areas like antennas, wireless communication, radar, and power systems.
- He mentions the median salary of $141,000, but acknowledges the niche nature of this field and the limited number of jobs available.
Communications Technology Engineering (S Tier):
- Jake highlights the importance of telecommunications engineering in today's mobile landscape, emphasizing the rapid growth of wireless communication.
- He describes the role of telecom engineers in designing, developing, and maintaining voice and data communication systems.
- He mentions various career opportunities within this field, including computer networking, mobile communications, and optical networking.
- He highlights the median salary of $161,000, emphasizing the high demand and future potential of this field.
Internet Web Developer and Applications Engineers (A Tier):
- Jake explains the role of application software engineers in designing, testing, and maintaining computer applications for businesses and consumers.
- He mentions companies like Google, Facebook, Apple, and Microsoft as examples of employers in this field.
- He highlights the median salary of $141,000, emphasizing the abundance of jobs and the exciting nature of this field.
Instrumentation and Measurement Engineers (B Tier):
- Jake describes the role of instrumentation engineers in designing, installing, monitoring, and maintaining control systems in manufacturing environments.
- He explains how these engineers use sensors to collect data, monitor processes, and ensure safety and efficiency.
- He mentions the median salary of $125,000, which is the lowest on the list, acknowledging the less exciting nature of this field.

Conclusion:

Jake encourages viewers to comment with questions and concerns about engineering.
He promotes the 1% Engineer Discord server and the 1% Engineer team, inviting viewers to join.
He emphasizes the importance of finding a career path that aligns with personal interests and goals.
He concludes by thanking viewers for watching and promoting the 1% Engineer channel.