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Engineering Mathematics Course
Get ready to unlock the power of Engineering Mathematics, specially designed for people working with electricity. We go deep into AC Circuit Analysis, learning about impedance, series circuits, parallel circuits, and how resonance works. You'll see how it's used in real life for things like signal processing and making sure power is used efficiently (power factor correction). We'll also look at frequency response, filters, and Bode plots. You'll get better at using mathematical tools like Euler's formula and trigonometric identities. Understand complex numbers and phasors, and how they affect electrical components. This course will give you expert knowledge with clear, top-quality information.
- Become a master of AC circuit analysis so you can design electrical systems properly.
- Use impedance to help with signal processing and power systems.
- Design and analyze filters so the frequency response is just right.
- Use complex numbers and phasors to calculate things in circuits.
- Use mathematical tools to analyze circuits accurately.

flexible workload from 4 to 360h
certificate recognized by MEC
What will I learn?
Get ready to unlock the power of Engineering Mathematics, specially designed for people working with electricity. We go deep into AC Circuit Analysis, learning about impedance, series circuits, parallel circuits, and how resonance works. You'll see how it's used in real life for things like signal processing and making sure power is used efficiently (power factor correction). We'll also look at frequency response, filters, and Bode plots. You'll get better at using mathematical tools like Euler's formula and trigonometric identities. Understand complex numbers and phasors, and how they affect electrical components. This course will give you expert knowledge with clear, top-quality information.
Elevify advantages
Develop skills
- Become a master of AC circuit analysis so you can design electrical systems properly.
- Use impedance to help with signal processing and power systems.
- Design and analyze filters so the frequency response is just right.
- Use complex numbers and phasors to calculate things in circuits.
- Use mathematical tools to analyze circuits accurately.
Suggested summary
Before starting, you can change the chapters and the workload. Choose which chapter to start with. Add or remove chapters. Increase or decrease the course workloadWhat our students say
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