电子工程师(不包括计算机)

低风险
39%
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自动化风险
计算出的
46%
(中等风险)
投票
32%
(低风险)
Average: 39%
劳动力需求
增长
9.1%
到2033年
工资
$119,200
或每小时 $57.30
体积
96,410
截至 2023
摘要
工作评分
7.5/10

人们还浏览了

计算自动化风险

46% (中等风险)

中等风险(41-60%):中等风险的职业通常涉及常规任务,但仍需要一些人类的判断和交互。

有关这个分数是什么以及如何计算的更多信息可在这里找到。

工作中的一些相当重要的品质难以自动化:

  • 原创性

  • 手指灵巧

用户投票

在接下来的二十年内,实现全自动化的可能性为32%

我们的访客投票表示,这个职业被自动化的可能性很低。 这个评估进一步得到了通过计算得出的自动化风险等级的支持,该等级预计有46%的机会实现自动化。

你认为自动化的风险是什么?

电子工程师(不包括计算机)在未来20年内被机器人或人工智能取代的可能性有多大?






情感

以下图表在有大量投票数据时会显示。这些可视化图表展示了用户投票结果随时间的变化,提供了情感趋势的重要指示。

随着时间(每年)的情绪变化

增长

相对于其他职业,非常快速的增长。

预计"Electronics Engineers, Except Computer"的工作空缺数量将在2033内增长9.1%

总就业人数和预计的职位空缺

* 根据劳工统计局的数据,该数据涵盖了从2021到2031的期间。
更新的预测将在09-2024到期.

工资

相对于其他职业,薪酬非常高

在2023,'Electronics Engineers, Except Computer'的年度中位数工资为$119,200,或每小时$57。

'Electronics Engineers, Except Computer'的薪资比全国中位工资高148.0%,全国中位工资为$48,060。

随着时间推移的工资

* 来自美国劳工统计局的数据

体积

与其他职业相比,工作机会的适中范围。

截至2023,在美国有96,410人被雇佣为'Electronics Engineers, Except Computer'。

这代表了全国就业劳动力的大约0.06%

换句话说,大约每1 千人中就有1人被雇佣为“Electronics Engineers, Except Computer”。

工作描述

研究,设计,开发或测试用于商业,工业,军事或科学用途的电子组件和系统,运用电子理论和材料属性的知识。设计用于电信,航空航天导航和推进控制,声学,或仪器和控制等领域的电子电路和组件。

SOC Code: 17-2072.00

资源

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评论

Joshua (低) 1 year ago
Electronics requires to look at physical system design and real world uncertainties which ai can't manage
0 0 Reply
dhaarini (低) 1 year ago
electronics design, is quite evolving, have never seen any chatgpt kind of websites ever come close to ideating and designing. In general I feel chatgpt has mastered the art of generating code but not in design
0 0 Reply
Omar Elsherif (低) 1 year ago
Well, the electronics feild is extremely complicated as it combines some of the most challenging feilds of physics and mathematics like calculus, modern physics, quantum mechanics and an enormous variety of applications, so some of these applications design can be automated like kids' toys smart systems but to completely replace engineers in electronics, I don't see it happening any time soon
1 0 Reply
Chris Hickam (极有可能) 1 year ago
It can learn physics better, perform optimizations and has no problem with creating graphics like schematics either. Will likely be able to retrieve manufacturing quotes and order parts too.
0 1 Reply
Engineer 1 year ago
Testing and commissioning is a field which cannot be automated easily. New test benches need to be set up, and testing methods need to be created every day or week. With no rules, no standards, and usually not enough actuators, devices, cables, connectors, microcontrollers, DAQ modules etc. are in the lab for the projects. But you still need to make the test somehow. Challenging and creative.

Also embedded system engineering (HW + SW as it is very complex), and maintenance engineering have a good chance well.

But I think finding the best routing on a PCB is something which will be done by AI soon.

To sum it up:
If your job requires sitting in front of a screen and you don't need to use your hands, possibly your role will be automated.
1 0 Reply
sean (低) 3 years ago
we need to make the robots
1 0 Reply
Chris (没有机会) 5 years ago
In my job customer interaction is important both to understand the situation and to explain after the job is done.
No chance that'll happen any time soon
1 0 Reply

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