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A comprehensive EV course on Hybrid Electric Vehicle Design, Analysis, and Simulation that gives you exposure to various computational tools for HEV Applications. This EV technology course is highly recommended for beginners.
You will learn how to write a customized program, create different monitor points, and extract the relevant information you need to form a simulation.
In this module, you will learn how to simulate reacting flows using ANSYS Fluent. This includes combustion applications.
At the core of electrical circuits are voltage and current that relate to the flow of electricity through them. When combined, current and voltage provide power that energizes the circuit. It is important to understand these terminologies and associated concepts to fully understand electrical circuits and advanced systems.
In this week, you will learn about
Electric power grids provide the power needed to charge the battery pack in electric vehicles. Power electronics are needed to control and convert electrical energy from the source to meet the specifications of the power grid that powers electrical systems such as the electric vehicle. It is therefore important to understand how this energy is generated, transferred, distributed, and stored.
In this week, you will learn about
Electrical power trains are a combination of components such as the battery pack, electric motor, and inverter. These parts work together to develop power required for propulsion of the EV. It is important to understand the components in the powertrain and their associated concepts.
In this week, you will learn about
Rechargeable batteries are used to power electric vehicles. As the battery systems have high voltage requirements and operate safely under specific conditions, a battery management system is in place to oversee and regulate its functions.
In this week, you will learn about
In this week, you will learn about
In this week, you will learn about
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In this week, you will learn about
In this week, you will learn about
At the core of electrical circuits are voltage and current that relate to the flow of electricity through them. When combined, current and voltage provide power that energizes the circuit. It is important to understand these terminologies and associated concepts to fully understand electrical circuits and advanced systems.
In this week, you will learn about
Electric power grids provide the power needed to charge the battery pack in electric vehicles. Power electronics are needed to control and convert electrical energy from the source to meet the specifications of the power grid that powers electrical systems such as the electric vehicle. It is therefore important to understand how this energy is generated, transferred, distributed, and stored.
In this week, you will learn about
Electrical power trains are a combination of components such as the battery pack, electric motor, and inverter. These parts work together to develop power required for propulsion of the EV. It is important to understand the components in the powertrain and their associated concepts.
In this week, you will learn about
Rechargeable batteries are used to power electric vehicles. As the battery systems have high voltage requirements and operate safely under specific conditions, a battery management system is in place to oversee and regulate its functions.
In this week, you will learn about
MATLAB has a series of commands and functions that instruct the program to perform a task. Just like any other programming language, it has a syntax that defines the rules of the symbols and characters used to write a code. It is important for learners to understand the MATLAB syntax, basic commands, and functions to write effective programs.
This week will cover
Forward kinematics is the process of determining the position of a robot’s end-effector by using kinematic equations with known values of angular velocities and joint parameters. It is important for learners to understand how MATLAB can be used to determine the unknown values in the kinematic equations, as well as simulate the movement of the manipulator.
This week will cover
The air standard cycle considers air as the working fluid which goes through heat addition and heat rejection. This is a thermodynamic closed loop cycle in which heat energy is converted into mechanical power. By using MATLAB, the pressure and volume diagram of air standard cycles can be plotted and simulated. It is important to understand how to solve for the kinematic equations involved in the air standard cycle, and how to plot the diagram using MATLAB.
This week will cover
Vibrations and dynamics are at the core of physical systems. Most mechanical engineering systems are dynamic in nature. These systems can be represented by equations of motion that form a set of ordinary differential equations (ODEs). It is important for learners to understand how to solve these ODEs, and their application in a real-world context.
This week will cover
Curve fitting is used to understand the relationship between different variables by constructing a curve that fits best through a series of data points. Regression analysis identifies the strength of the relationship between two or more variables. This lets engineers understand the relationship between system input and output, as well as predict how the system will behave in the future. Curve fitting and regression can both be done using MATLAB. It is important to understand curve fitting and regression analysis when working with physical systems in MATLAB.
This week will cover
The genetic algorithm is based on Charles Darwin’s theory of natural selection in which each step identifies the ‘best’ set of parents to reproduce children. Overtime, the continuous process of doing this yields an optimal population. In the same way, the genetic algorithm can be applied to optimization problems and performed using MATLAB. It is important for learners to understand the genetic algorithm, and how it can be used as an optimization technique.
This week will cover
In this module, you will learn about the governing rules of GD&T. After this class, you will have an understanding of:
In this segment, you will study the following topics:
At the beginning of this section, you will have built a good base for learning complex tolerances. In this section you will learn:
Position tolerance is the most widely used tolerance in GD&T.
In this section we will go through:
By now, you will have enough knowledge to read an entire GD&T drawing and understand it. In this section, you will learn about some tolerances that are not widely used in the industry but are mentioned in the ASME standard
You will learn:
In this part, you will study complex GD&T drawings and understand every individual tolerance and the message the tolerance conveys.
At the core of electrical circuits are voltage and current that relate to the flow of electricity through them. When combined, current and voltage provide power that energizes the circuit. It is important to understand these terminologies and associated concepts to fully understand electrical circuits and advanced systems.
In this week, you will learn about
Electric power grids provide the power needed to charge the battery pack in electric vehicles. Power electronics are needed to control and convert electrical energy from the source to meet the specifications of the power grid that powers electrical systems such as the electric vehicle. It is therefore important to understand how this energy is generated, transferred, distributed, and stored.
In this week, you will learn about
Electrical power trains are a combination of components such as the battery pack, electric motor, and inverter. These parts work together to develop power required for propulsion of the EV. It is important to understand the components in the powertrain and their associated concepts.
In this week, you will learn about
Rechargeable batteries are used to power electric vehicles. As the battery systems have high voltage requirements and operate safely under specific conditions, a battery management system is in place to oversee and regulate its functions.
In this week, you will learn about
MATLAB has a series of commands and functions that instruct the program to perform a task. Just like any other programming language, it has a syntax that defines the rules of the symbols and characters used to write a code. It is important for learners to understand the MATLAB syntax, basic commands, and functions to write effective programs.
This week will cover
Forward kinematics is the process of determining the position of a robot’s end-effector by using kinematic equations with known values of angular velocities and joint parameters. It is important for learners to understand how MATLAB can be used to determine the unknown values in the kinematic equations, as well as simulate the movement of the manipulator.
This week will cover
The air standard cycle considers air as the working fluid which goes through heat addition and heat rejection. This is a thermodynamic closed loop cycle in which heat energy is converted into mechanical power. By using MATLAB, the pressure and volume diagram of air standard cycles can be plotted and simulated. It is important to understand how to solve for the kinematic equations involved in the air standard cycle, and how to plot the diagram using MATLAB.
This week will cover
Vibrations and dynamics are at the core of physical systems. Most mechanical engineering systems are dynamic in nature. These systems can be represented by equations of motion that form a set of ordinary differential equations (ODEs). It is important for learners to understand how to solve these ODEs, and their application in a real-world context.
This week will cover
Curve fitting is used to understand the relationship between different variables by constructing a curve that fits best through a series of data points. Regression analysis identifies the strength of the relationship between two or more variables. This lets engineers understand the relationship between system input and output, as well as predict how the system will behave in the future. Curve fitting and regression can both be done using MATLAB. It is important to understand curve fitting and regression analysis when working with physical systems in MATLAB.
This week will cover
The genetic algorithm is based on Charles Darwin’s theory of natural selection in which each step identifies the ‘best’ set of parents to reproduce children. Overtime, the continuous process of doing this yields an optimal population. In the same way, the genetic algorithm can be applied to optimization problems and performed using MATLAB. It is important for learners to understand the genetic algorithm, and how it can be used as an optimization technique.
This week will cover
At the core of electrical circuits are voltage and current that relate to the flow of electricity through them. When combined, current and voltage provide power that energizes the circuit. It is important to understand these terminologies and associated concepts to fully understand electrical circuits and advanced systems.
In this week, you will learn about
Electric power grids provide the power needed to charge the battery pack in electric vehicles. Power electronics are needed to control and convert electrical energy from the source to meet the specifications of the power grid that powers electrical systems such as the electric vehicle. It is therefore important to understand how this energy is generated, transferred, distributed, and stored.
In this week, you will learn about
Electrical power trains are a combination of components such as the battery pack, electric motor, and inverter. These parts work together to develop power required for propulsion of the EV. It is important to understand the components in the powertrain and their associated concepts.
In this week, you will learn about
Rechargeable batteries are used to power electric vehicles. As the battery systems have high voltage requirements and operate safely under specific conditions, a battery management system is in place to oversee and regulate its functions.
In this week, you will learn about
The following topics are covered this week.
The following topics are covered this week.
The following topics are covered this week.
The following topics are covered this week:
Hybrid drives are drivetrains that consist of an engine and an electric motor. There are different architectures for hybrid drives, each having its own advantages and disadvantages. This week, the following topic is discussed in detail.
The following topics are covered this week.
The following topics are covered this week.
The following topics are covered this week.
The following topics are covered this week.
The following topics are covered this week.
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In this week, the following topics are covered.
In this week, the following topics are covered:
In this week, the following topics are covered:
In this week, the following topics are covered:
In this week, the following topics are covereed:
In this week, the following topics are covered:
In this week, the following topics are covered:
In this week, the following topics are covered:
In this week, the following topics are covered:
Modeling and simulation use models to demonstrate a system, and understand their behavior and operation with respect to time and space. Both Simulink and Simscape are heavily used in modeling and simulation as they can develop models and systems across domains.
In Week 1, students will learn about:
Free body diagrams (FBD) illustrate the forces acting on a physical body and/or its components. By using Simulink and Simscape, the forces in a system can be modeled to understand its behavior under different conditions. Instead of representing a model with the mathematics behind it, physical modeling models and simulates systems that have physical components. Physical elements such as pumps and motors are mapped to Simscape blocks.
In Week 2, students will learn about:
Multi-domain modeling includes a whole model that is composed of models from different domains (For example, electrical, mechanical, and electronic domains). When multi-domain physical models are combined with control processing algorithms, errors can be identified in the initial stages of the design process.
In Week 3, students will learn about
Multibody models have bodies joined together with joints and constraints. These models also have forces that define their kinematic properties to understand the response of components in the model. CAD models can be imported into the Matlab environment and integrated with CAD modules in Simscape.
In Week 4, students will learn about
Physical modeling models and simulates systems that have physical components. Physical elements such as pumps and motors are mapped to Simscape blocks. There are many elements that can be connected to make the system. Elements from different domains can also be added to model a multidomain physical system. Through physical modeling and simulation, we can predict how different systems will behave in the real-world, identify errors, and optimize their performance.
In Week 5, students will learn about
Hydraulic and thermal liquid block libraries in Simscape are used to factor in their respective effects on a system. Using these blocks, students can build and model fluid systems. Once the model is prepared for analysis by adding sensors for data collection, it can be simulated to log the data.
In Week 6, students will learn about
Our projects are designed by experts in the industry to reflect industry standards. By working through our projects, Learners will gain a practical understanding of what they will take on at a larger-scale in the industry. In total, there are 48 Projects that are available in this program.
In this project, you will learn to use the Newton-Raphson method. Here, you'll understand the effects of using a relaxation factor and learn how to use plots and tables to visualiz…
In this project, you will learn how to manipulate the data from a given text file and create plots for different variables based on user input.
In this project, students will be provided with an IP substrate component and asked to model the same.
In this project, the students will model the entire automotive suspension assembly and check for connections.
In this project, the students will simulate airflow through a throttle body under different conditions. They will also study the effect of valve dynamics.
In this project, the students will run simulations of the CAT3410 engine using different piston bowls. They will also understand the effects due to changes in piston bowl shapes.
In this project, the students will perform the simulations of port fuel injection. They will analyse the data from the plots obtained.
In this project, the student will mesh the door panel under the given quality criteria. They should capture all the features perfectly.
In this project, the student will mesh the floor panel under the given quality criteria. They should mesh the whole component and capture all the features perfectly.
Learners are required to write a code that can read the NASA-II polynomial file and calculate thermodynamic parameters. They will have to extract the data from the NASA Thermo.dat …
Learners are required to use the XSteam library file to determine the properties of steam under various conditions. They will have to find the Enthalpy and Entropy at various state…
In order to achieve effective cooling of the GPU, you will analyze the heat transfer coefficient and high-temperature concentration zones of the system.
+ 36 more projects in the full syllabus
Become job ready with our comprehensive industry focused curriculum for freshers & early career professionals
Hybrid Electric Vehicles are the future of the automotive industry. This hybrid electric vehicle course will equip you with the necessary skill set required for the industry and give you a competitive advantage over other candidates.
The online electric vehicle course can help you to become a Hybrid electric vehicle engineer, hybrid and electric vehicle design engineer, CAE engineer, CFD engineer, FEA design engineer, etc.
The course will give you hands-on experience with industry tools and software like MATLAB, ANSA, Simulink, ANSYS, LS DYNA, Hyperworks, Star CCM+, etc.
The hybrid electronic vehicle design engineer can earn anywhere between INR 8 lakhs to INR 12 lakhs per annum.
Mechanical and automotive engineers are eligible to apply for the course.
This hybrid vehicle training course is 100% online.
The Post Graduate Program in Hybrid Electric Vehicle Design and Analysis is eight months long.
Hybrid cars use both a conventional IC Engine and an electric propulsion system. The driver has the option to switch between these two modes whenever necessary.
Hybrid electric cars are eco-friendly and employ a regenerative braking system. This braking system would charge the batteries when the brake is applied.
A counsellor will walk you through the syllabus, projects and fee options — and tell you honestly if another course suits you better.