All Courses
Learn AutoCAD from scratch with project based tutorials, exercises and quizzes.
Learn everything about AutoCAD 3D modelling, surfacing, mesh modelling, rendering and more from scratch.
Learn everything about creating and modifying dynamic blocks in AutoCAD.
Learn to make a 2D house plan with elevation, section, stair plan, foundation plan and more views in AutoCAD.
Learn everything about layouts, scale and printing tools of AutoCAD in detail.
Practice your AutoCAD skill with real 2D & 3D drawings from different engineering disciplines.
Create the Photorealistic interior and exterior of a 3D house from scratch with AutoCAD.
Get up and running with drawing management using sheet sets in AutoCAD.
Learn about the advanced AutoCAD tools like customizing the interface and Parametric drawing technique.
Prepare for Autodesk AutoCAD certified user and certified professional exam with this course.
Learn the basics of Fusion 360 from scratch with this project-based course.
Learn to make assemblies from scratch using Fusion 360 in this project-based course.
Learn to make 2D production-ready drawings with annotations and details using parts and assemblies in Fusion 360.
Learn to create animation and motion studies with Fusion 360 assemblies and components.
Learn to create presentation ready photorealistic renderings using Fusion 360.
Practice your Fusion 360 skill using real-world part drawings with fully dimensioned drawings.
Learn Solidworks sketcher and part modeling from scratch in this project-based course.
The main topics to be covered in part (1) are as follows (refer to the course contents for more details):
✓ Time Value of Money
✓ Economic Equivalence
✓ Nominal and Effective Interest Rates
✓ Commercial Loans
✓ Inflation
✓ Measuring the Worth of Investments
✓ Comparison of Investments
The topics covered in part (1) are considered the basics or foundations of engineering economic analysis. In part (2), we will delve deeper into other advanced and interesting topics. These include performing supplementary analysis after the main analysis to investigate different scenarios and assumptions, understanding how to consider taxes in our analysis and their impact on decision-making, discussing the economic evaluation of public projects and its differences from evaluations in the private sector, determining the Minimum Attractive Rate of Return (MARR), and more. The main topics to be covered in part (2) are as follows (for more details, refer to the course contents):
✓ Supplementary Analysis
✓ Capital Budgeting
✓ Depreciation
✓ Taxation
✓ Replacement Analysis
✓ Economic Analysis in the Public Sector
✓ MARR Selection
Calculus + Engineering + PID: Functions, Limits, Derivatives, Vectors, differential equations, integrals: BEST CALCULUS
Solve engineering mechanics problems with Vectors, forces, moments, distributed loads, body centers, and fluid pressure!
Solve practical mechanics problems: body equilibrium, frames, machines, virtual work, friction, trusses, beams, & cables
Master dynamics topics: kinematics, Newton's laws, work, energy, power, impulse & momentum, fluid flow, propulsion, orbits
Use Math to analyze & model rigid body systems! Master kinematics, dynamics, work, energy, impulse, momentum & Lagrange!
Present engineering data like a movie: create code for Python animations in Matplotlib + Mathematics + Control Systems
Increase code performance 1000x times in Python NumPy by managing well big arrays & vectors in a sound editing program
Modeling + state space systems + PID + Model Predictive Control + Python simulation: lateral control for autonomous cars
System modeling + state space systems + Model Predictive Control + MPC constraints + Python simulation: autonomous cars
Modeling + state space systems + Model Predictive Control + feedback control + Python simulation: UAV quadcopter drone
A beginner's guide to the refrigeration cycle, air conditioning, and refrigeration systems.
Build your knowledge systematically, from the working principles of HVAC to optimizing a chiller plant operation.
Best Online Course With Everything You Need To Know About Residential HVAC Air Conditioning.
Become a Professional Plumbing Expert - Learn step-by-step calculations from Basic to Advance levels.
What you'll learn:
✓ Learn Plumbing Design for High Rise Buildings
✓ Learn Sustainable Plumbing Design for Green Buildings
✓ Learn 6 Steps to Design Domestic Water Pipes
✓ Learn 6 Steps to Design a Pressurized Water Supply system
✓ Learn 4 Steps to Design a Centralized hot water system
✓ Design & cost analysis of water supply system for High Rise Building
✓ Learn 5 Strategies for Water Supply system design in High rise Buildings
✓ Learn 5 Steps to Design a PRV Station
✓ Estimation of Water Demand for an Office Building Project
✓ Skill Development Excercise in each section
Become a Professional Plumbing Expert - Learn step-by-step calculations from Basic to Advance levels.
What you'll learn:
✓ Learn Complete Building Drainage System Design
✓ How to perfectly size the sanitary drainage pipes
✓ Learn 5 Steps to Size Horizontal Sanitary Branches
✓ Learn 4 Steps to size Sanitary Stacks
✓ Learn 4 Steps to Design Roof Gutter & Downspout
✓ Learn 7 Steps to Size the Roof Drainage Network
✓ Methods of Ventilation in Drainage Systems
✓ 9 Important Design Considerations of Manhole/Inspection Chamber
✓ Learn 5 Steps to Design Building External Drainage System
✓ Design & Calculation of Wet Pit or Sump pit (Sump Pump & Ejector Pump)
✓ Rainwater Harvesting
Learn basics of MATLAB Simulink to simulate different electric components in MATLAB Simulink for electrical engineering.
The fundamentals of Engineering Thermodynamics taught in a clear, practical way so that you can understand it.
This course introduces electrical control & protection systems which are a critical part of any electrical substation.
This course introduces electrical control & protection systems which are a critical part of any electrical substation.
This course introduces electrical control & protection systems which are a critical part of any electrical network.
This course introduces electrical control & protection systems which are a critical part of any electrical network.
Your complete guide in power system analysis, modelling, load flow and fault studies, for electrical power engineering.
Start your career in electrical engineering and power engineering by learning the fundamentals of power system analysis.
Learn about generators, transformers, and transmission lines to further your career in electrical and power engineering.
Learn about power flow analysis and short circuit analysis to further your career in electrical and power engineering.
Learn about steady-state and transient power system stability to further your career in electrical and power engineering.
Learn everything from Algebra 1 and Algebra 2, then test your knowledge with 1,150+ practice questions.
Learn everything from Linear Algebra, then test your knowledge with 400+ practice questions.
Learn everything from Trigonometry and Precalculus, then test your knowledge with 470+ practice questions
Learn everything from Geometry, then test your knowledge with 460+ practice questions.
Learn everything from the basics of math, then test your knowledge with 510+ practice questions.
Learn everything from Calculus 2, then test your knowledge with 830+ practice questions.
Learn everything from Calculus 3, then test your knowledge with 780+ practice questions.
Learn everything from Differential Equations, then test your knowledge with 680+ practice questions.
Learn everything from Probability & Statistics, then test your knowledge with 600+ practice questions.
Learn everything from the basics of math, then test your knowledge with 510+ practice questions.
Learn about probability, statistics, and more using mathematics that are foundational to the field of data science.