- #1
track
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Question is simple. Your opinion all round?
Thanks.
Thanks.
Control engineering Vs. Communication enginering
- Thread starter track
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In summary, SCADA systems are used to control industrial processes. They can be used to control everything from water and gas systems to manufacturing plants.
- #2
yungman
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What do you mean by communication engineering? Do you mean designing RF circuitry for wireless communication, or more into the band and bandwidth, modulations like QAM, OFDM etc.?
Control engineering is more about closed loop feedback design, it usually is more electronics oriented except on slower system that people use software to do the closed loop control. It is not the most challenging type of design. Nothing like the RF and microwave electronics design.
If it is like the modulations and calculate QAM etc which I am not very familiar. Seems like it is more about calculation of the system through put, It involve math like Fourier Transform, Probability, Statistic, etc. Not exactly very deep into electronics. Excuse me if I have this one wrong. I read a little into this and I was stopped because I forgot most of the probality and never really get into statistics. Knowing Fourier Transform is not enough for me to understand the detail of calculating bit error rate and all. I am more the electronics person and I loss interest after a while on this.
If you refer to is RF, then I feel that is the most interesting. I spend quite a few years studying EM and RF circuitry design. I find this is the most challenging( difficult) and rewarding.
Bottom line is choose what you like, don't choose by the job opportunity as it change from time to time. What I wrote is basically on my own interest that might not apply to you.
Control engineering is more about closed loop feedback design, it usually is more electronics oriented except on slower system that people use software to do the closed loop control. It is not the most challenging type of design. Nothing like the RF and microwave electronics design.
If it is like the modulations and calculate QAM etc which I am not very familiar. Seems like it is more about calculation of the system through put, It involve math like Fourier Transform, Probability, Statistic, etc. Not exactly very deep into electronics. Excuse me if I have this one wrong. I read a little into this and I was stopped because I forgot most of the probality and never really get into statistics. Knowing Fourier Transform is not enough for me to understand the detail of calculating bit error rate and all. I am more the electronics person and I loss interest after a while on this.
If you refer to is RF, then I feel that is the most interesting. I spend quite a few years studying EM and RF circuitry design. I find this is the most challenging( difficult) and rewarding.
Bottom line is choose what you like, don't choose by the job opportunity as it change from time to time. What I wrote is basically on my own interest that might not apply to you.
- #3
track
- 34
- 0
I share your taught, none of the areas are not specified tight, so... that's why I need all round (or wide) opinion. Job opportunities, salary, best specialisation, etc...
- #4
yungman
- 5,718
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track said:
Look at job sites to find out about job opportunities and salary. But still, go with what you like, that's the most important thing.
- #5
jim hardy
Science Advisor
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"Know thyself"
if you like huge machinery control field might be the place. Power generation, transportation, manufacturing, all are enjoying increasingly sophisticated control systems.
You'll find feedback theory changes your view of how Mother Nature runs things.
e.g. http://wattsupwiththat.com/2009/06/14/the-thermostat-hypothesis/
(last comment there is mine)
Communications is IMHO more "hip". But i have no experience in that field so won't comment.
if you like huge machinery control field might be the place. Power generation, transportation, manufacturing, all are enjoying increasingly sophisticated control systems.
You'll find feedback theory changes your view of how Mother Nature runs things.
e.g. http://wattsupwiththat.com/2009/06/14/the-thermostat-hypothesis/
(last comment there is mine)
Communications is IMHO more "hip". But i have no experience in that field so won't comment.
- #6
dlgoff
Science Advisor
Gold Member
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How about a little of both?track said:
http://en.wikipedia.org/wiki/SCADA"
Last edited by a moderator:
What is the difference between control engineering and communication engineering?
Control engineering involves the design and implementation of systems that regulate or control a process or system. This can include feedback control systems, where sensors are used to measure the output of a system and adjust inputs to achieve a desired result. Communication engineering, on the other hand, focuses on the transmission of information and data between different devices or systems. This can include wired and wireless communication systems, such as telecommunication networks and satellite systems.
What are the main principles of control engineering?
The main principles of control engineering include feedback, modeling, and optimization. Feedback control involves using information from sensors to adjust the inputs of a system in order to achieve a desired output. Modeling involves creating mathematical models of systems in order to understand their behavior and design control systems. Optimization involves finding the best set of control parameters to achieve a desired result.
How do control engineering and communication engineering work together?
Control engineering and communication engineering often work together in integrated systems, such as in industrial automation or smart grid systems. Control engineering is used to regulate and control the processes or systems, while communication engineering is used to transmit information and data between different components of the system. This allows for efficient and effective control and monitoring of a system.
What are some common applications of control engineering and communication engineering?
Control engineering is used in a wide range of applications, including industrial automation, robotics, aerospace, and automotive systems. Communication engineering is used in telecommunication networks, satellite systems, and wireless communication systems. Both disciplines are also essential in the development of smart grid systems, which use control and communication technologies to manage and optimize energy distribution.
What skills are required for a career in control engineering or communication engineering?
A career in control engineering or communication engineering requires a strong foundation in mathematics, physics, and computer science. Both disciplines also require knowledge of programming and experience with software tools such as MATLAB or LabVIEW. Additionally, strong problem-solving and critical thinking skills are essential, as well as the ability to work with complex systems and collaborate with other engineers and professionals.
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