What do you do if your Electrical Engineering career lacks a strong foundation in mathematics?

Dive into learning: Tackle tough classes head-on and focus on learning. Practice makes perfect: Spend as much time as you can on math every day. Know the basics: Understand the fundamental rules, especially things like the laws of indices. Think big picture: Get the hang of the general concepts before diving into specific problems. Put in the effort: Be ready to adjust your study habits and put in the extra work to grasp the material.

The digital revolution is dictating the pace of change in Electrical Engineering. As an Electrical Engineer, it is time of adjustment and adaptation to improve quality of systems. There is no need of lot of applied mathematics for digitalization except some part of calculus and logarithms. These days instrumentation and control is interesting subject in Electrical Engineering, for innovation in electrical systems. As Electrical Engineer, it is vital to monitor& control the systems like power distribution systems, lighting controls, telecommunication, security systems, home automation systems and other extra-light voltage (ELV) systems as a whole for more reliable greener energy efficient building. MAK

Well, for an electrical engineering, you don't need to have a P.hd for it. A sound knowledge on mathematics with solid foundation can help you in this regard.

If your math skills are not as good as you imagined or not good enough for the jobs you want to do, you may want to review your university course notes. Because these course notes are yours, they will not only help you remember the information faster, but they will also help you adapt quickly to your job.

Most of the calculations are performed on softwares. By practicing on them for few months will give you a flow in better understanding. Just keep going and keep doing. Everything is possible

If your mathematical foundation in electrical engineering feels lacking, take steps to strengthen it. Begin by revisiting fundamental concepts like algebra and calculus to ensure a solid understanding. Then, gradually progress to more advanced topics specific to EE, such as complex variables and Fourier transforms. Utilize textbooks, online courses, or workshops to deepen your knowledge. With dedication and consistent effort, you can build a robust mathematical skill set that will support your success in electrical engineering.

Once you’ve mastered basic circuit analysis, delve into advanced math tailored to electrical engineering. Explore complex variables, Fourier transforms, Laplace transforms, and probability/statistics. These concepts are essential for analyzing signals, systems, and ensuring quality control in electrical design. Seek out resources to deepen your understanding for designing sophisticated electrical systems.

Well said, just to add to it try to practice problem solving and revise the concepts that would be more helpful. Also try maths applications in different subject then it will be more interesting.

Building a strong foundation in mathematics takes time and effort. Be patient with yourself and stay persistent in your efforts to improve.Try to apply mathematical concepts to real-world engineering problems. This will help you see the practical relevance of mathematics in your field and reinforce your understanding of both subjects.

Applying mathematical principles to practical situations can greatly enhance comprehension and memory retention. In your role, seek out projects that demand the application of your math skills, such as circuit design, data analysis, or system modeling. This hands-on experience not only reinforces theoretical understanding but also provides invaluable real-world skills essential in the field of electrical engineering.

Don't hesitate to seek help from professors, tutors, or colleagues who are proficient in mathematics. They can provide guidance, clarify concepts, and help you with challenging problems.Mathematics is a skill that improves with practice. Solve as many problems as you can to reinforce your understanding and build confidence in your mathematical abilities.

You know that joke about the smartest people in the world? The smartest people in the world are Jews. Solomon was the first to say: Everything is in reason. Acquire reason and knowledge and you will have everything. The second was Jesus, who said that knowledge is not the most important thing, but love. A man will do anything for love. Then Marx came and said it is neither knowledge nor love but his stomach. A man will eat another man just to fill his stomach. Then he came Freud said it's not the mind, nor the heart, nor the stomach, but sexuality. Man will die to free his sexuality. Then Einstein came and said: Everything is relative

here are plenty of resources available for self-study, including online courses, textbooks, and tutorials. Websites like Khan Academy, Coursera, and edX offer courses in various mathematical subjects. Dedicate some time each day to study and practice problems.If possible, consider taking additional courses in mathematics to supplement your knowledge. Many universities offer evening or online courses that you can take alongside your work.

I would take proactive steps to strengthen my mathematical skills by seeking out additional learning resources such as online courses, textbooks, or tutoring services. I would also leverage opportunities within my workplace to apply and practice mathematical concepts in real-world engineering projects, seeking guidance and mentorship from colleagues or supervisors when needed. I would prioritize continuous learning and self-improvement, dedicating time and effort to regularly review and reinforce my understanding of fundamental mathematical principles relevant to my field. By investing in my mathematical proficiency, I aim to enhance my problem-solving abilities and excel in my electrical engineering career.

It's uncommon for someone with an engineering degree not to have a strong foundation in mathematics, especially in fields like electrical engineering. However, if an engineer finds themselves lacking in mathematical skills, they should consider self-learning through online courses from platforms like Udemy, edX, Coursera, etc., or platforms like YouTube. Personally, I prefer YouTube because of its diverse range of content, varying levels of creators so u can easily grab what you're lagging, and also for the fact that it doesn't cost anything.

Mathematics is one of the core courses in EE that you will require for daily calculations. As a consequence, I recommend learning it thoroughly and having some rules of thumb to verify what you or the software calculated.

In my point of view it is better to start with the math of the subjects you deal with as your everyday carrier. Then you can broaden your learning range.

If your Electrical Engineering career lacks a strong foundation in mathematics, there are steps you can take to improve your skills in this area. Additional math courses, applying concepts to real-world problems, and seeking mentorship can enhance your capabilities and career prospects.

You might consider brushing up on those skills through self-study, online study like youtube is best source of knowledge. As mathematics is crucial in many aspects of electrical engineering.