Engineering
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Masters in Battery Technology for Mechanical Engineers

Course Cover
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Course Features

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Duration

32 weeks

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Delivery Method

Online

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Available on

Lifetime Access

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Accessibility

Desktop, Laptop

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Language

English

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Subtitles

English

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Level

Advanced

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Teaching Type

Self Paced

Course Description

Each day, the world takes a step closer to a sustainable and clean environment. Battery technologies have been made possible by the efforts of many people around the world to use alternative energy sources and the near extinction or a lack thereof. A battery is a group of cells that produce electrical energy through chemical reactions. They can be used in a variety of applications, from mobile phones and modern electric vehicles.

These batteries are essential in creating a cleaner and more sustainable environment. Their importance is also highlighted by recent advances in electric vehicle technology, and the expected growth of this sector in the future. These trends have created many opportunities in the field battery technology. For better optimization, researchers and manufacturers continue to search for lighter, more efficient, lighter, and stronger batteries.

Huo Mei asters for Mechanical EngineersHuo?is for people who want to get started in the Electric Vehicle / Battery Systems field. This course will provide you with the necessary knowledge and hands-on experience to be able to apply the concepts in a practical manner. You will also have the opportunity to use the theories you've learned in practical projects.

Six modules make up the masterHuo Chu program.

  1. Matlab for Mechanical Engineers
  2. Introduction to Electric Vehicle Battery Technology using Matlab & Simulink
  3. Introduction to CFD using Matlab or OpenFOAM
  4. Ansys Fluent, GT Suite and Battery Cooling System
  5. Design of Li-ion Battery System in EV & ES
  6. Battery Thermal Management System

Careervira Take

This course help learners be proficient in designing, developing, and managing battery systems. It is an advanced level certification program offered by Skill Lync of 18 months. This program curriculum is intended for engineering graduates with a strong interest in the electrification of the automotive industry who aspired to work in the research and development teams of the same, and for working professionals or scholars who are freshers or willing to switch to the EV industry. The highlight of this program includes Internship and placement support.

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Course Credibility

The completion of the course renders a certification from Skill Lync, renowned for providing industry-relevan...
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Pedagogy

The course is delivered in Hybrid Learning - Online + Offline mode, with a self-paced level to facilitate the...
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Hands-on training

The course emphasises learning with hands-on experience as it is a training-based course. It is necessary to ...
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Career impact

This course has a core goal to provide an avenue for learners to upskill themselves. The training session dur...
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Pricing

The fee structure is divided into flexible plans wherein students can select the package based on the varying...
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Assessment

The learners are given access to recorded content and assignments each week. The top 5% of students of the cl...

Course Overview

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Job Assistance

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Post Course Interactions

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Hands-On Training,Instructor-Moderated Discussions

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Case Studies, Captstone Projects

Skills You Will Gain

What You Will Learn

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Cell and battery pack system performance modeling using 1D modeling (MATLAB/Simulink)

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Battery thermal management / cooling system design using both 1D & 3D CFD (GT Suite & Ansys Fluent)

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Battery management system - Software - Embedded C/C++, RTOS, Design Studio IDE, JTAG Debugger, Quectel GSM/GPRS and GNSS modules, etc

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Importantly, the courses are created to gain the ability of fast-thinking to understand and solve the current engineering problems and assess the novel concepts or design for advanced product creation as the majority of the research institutes, universiti

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Hence, the students completing this course would be able to fetch relevant positions and start integrating with teams and can work at ease from the first day

Target Students

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Any engineering graduate (Mechanical / Electrical/ Mechatronics) with strong interest in the electrification of automotive industry and energy storage industry who are aspired to work in the research and development teams of the same

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Working professional or scholars who are freshers or willing to switch to EV industry / related technical service or supplier industry / applied research institutes

Course Cover