What you'll learn:
- Understanding differentiation, integration, and their applications in engineering.
- Solving systems of matrix operations, vector spaces and linear equations.
- Studying various types of differential equations and their solutions.
- Applying statistical methods to engineering data analysis and uncertainty assessment.
- Using computational techniques to solve engineering problems.
- Analyzing periodic functions and their representations in engineering applications.
- Understanding complex algebra and its applications in electrical engineering.
- Applying mathematical concepts to engineering problems, such as circuits, mechanics, and control systems.
- We offer one-on-one or group tutoring sessions in a variety of subjects.
- Experienced tutors who provide personalized instruction and guidance.
- Interactive virtual classrooms with video and audio communication.
- Access to numerous educational resources and study materials.
- Online chat or messaging for communication outside of tutoring sessions.
- Integration with other online learning platforms or tools.
- Reliable internet connection to ensure smooth video streaming and communication.
- You will require an audio- and video-capable computer, laptop, or mobile device.
- Some examples of updated web browsers include Google Chrome, Mozilla Firefox, and Safari.
- Necessary software or applications, such as video conferencing tools or learning management systems.
- A headset or headphones with a microphone for clear audio communication.
Duration : 130 hours
- Class #1:Hyperbola
- Class #2:Cartesian coordinates and straight lines
- Class #3:Differential Equations and Calculus
- Class #4:Linear Algebra and Matrix Methods
- Class #5:Probability and Statistics for Engineers
- Class #6:Numerical Methods and Computational Mathematics
- Class #7:Fourier Analysis and Signal Processing
- Class #8:Optimization Theory and Methods
- Class #9:Complex Analysis and Applications
- Class #10:Discrete Mathematics and Graph Theory
- Class #11:Limit continuity
- Class #12:Mathematical Modeling and Simulation
Skills you will acquire:
- Differential Equations
- Matrix Algebra
- Vector Calculus
- Computational Fluid Dynamics (CFD)
- Numerical Analysis
Mathematics is a fundamental tool for engineers and plays a crucial role in various engineering disciplines. It provides the necessary theoretical foundation for problem-solving, analysis, modeling, and design in engineering fields. Below, I'll cover some essential areas of mathematics relevant to engineers:
$700 $1000 30% offBook Demo Class