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About this Course

Most automobile companies are vowing to switch to electric, a cleaner, and sustainable alternative. An ‘electric’ revolution is coming to automobile sector in India. But, the industry is facing a shortage of talented, aptly skilled engineers needed for the transition to electric drives as the primary source of motive power. Help fill that gap and gain an edge with DIYguru’s Hybrid and Electric Vehicle (H.EV.) curriculum. The electric vehicle online course provides advanced knowledge and hands-on, in design, analysis, control, calibration, and operating characteristics of H.EVs. Students and Professionals can integrate any number of these industry-ready certified courses into your skill-set.

Scope of Jobs

India has chalked a plan to aid its electric mobility mission by creating a specialised workforce. The blueprint aims at generating 10 million jobs.

The Ministry of Skill Development and Entrepreneurship is in the process of preparing the programme to provide adequate manpower to the electric mobility industry.

The strategy includes creating a skilled and trained workforce which has an expertise in design and testing, battery manufacturing and management, sales, services and infrastructure of electric vehicles.

The government had initiated the National Electric Mobility Mission Plan in the year 2013 with an objective to put 6-7 million electric vehicles on Indian roads by 2020 and committing to achieve 30% e-mobility in the country by 2030.

According to Arindam Lahiri, CEO of the Automotive Skills Development Council, the process of making EV-specific occupational standards has been initiated in partnership with the Pune-based Automotive Research Association of India. As per the news report, Kolkata-based Central Staff Training and Research Institute is in the process of preparing the programme curriculum for electric vehicle technicians, while, the Power Sector Skill Council is framing four occupational standards for supervisors, technician and helpers who will be trained exclusively for maintaining e-vehicles.

Mehr

Career Opportunity:

DIYguru has direct tie-up with Industries. The students/professional performing good in this course will be selected for Career opportunities in Following Companies.

Maruti Suzuki

Lightspeed Bike

Save Electric

For electric vehicles, materials scientists are needed. “It’s clear we have to understand the chemicals in the battery to develop better batteries and extend the range of the vehicle,”

“Two years ago, clients were more selective about having automotive experience. But now there are opportunities for those who’ve worked outside the sector. People are coming in from communications, and other safety-critical areas such as rail and aerospace. There’s a lot of crossover. It’s a bright outlook: a vacancy-heavy, skills-short market.”

Herunterladen: Electric Vehicle Jobs and New Occupations 2019 (PDF)

Herunterladen: ELECTRIC VEHICLE OEM & Equipment Manufacturers Directory 2018
(Courtesy – EV Expo Directory) Useful for Students looking out for companies and Job opportunities in Electric Vehicle Segment

What you get!

  • Know about different modules of Elektrische Fahrzeuge
  • Understand the underlying concept behind Power Electronics & Battery Management System
  • Erfahren Sie mehr über Vehicle Integration Module
  • Ausführen Cloud storage of Data sent via Electric Vehicle Sensors (IoT)
  • Get Mentored by Industry Experts / Project assistance
  • Hands-on Werkstatt || Workshops as per requests
  • Career Mentorship in Electric / Green tech fields.
  • Personalized discounts in upcoming advanced courses.
  • Praktikumsmöglichkeiten

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Zertifizierung

Recognized, validated certification from DIYguru, for electric vehicle online course and/or Workshop.

DIYguru ist Skill-Partner für NITI Aayog Mobility Vision 2030.

Electric Vehicle Course & Training in India

Why take this course?

Unless you are living under a rock, by this time it is known that petrol and diesel vehicles are not a part of the foreseeable future. Pollution is way over tolerance, fossil fuel prices are through the roof and we must do something about climate change. (Yes folks! It is real). After more than a century of peddling vehicles that pollute, automobile manufacturers are making a transition to cleaner alternatives.

Globally, the electric car stock is projected to reach 20 million by 2020 and 70 million by 2025. India itself is estimated to see 30.81 million electric vehicles sales by 2040. As industry slowly shifts to electric alternatives, a surge in demand for skilled engineers and workers is inevitable. India is estimated to have more than 30.81 million electric vehicles sales by 2040. By 2022, the world-wide electric vehicle value chain will likely be greater than $250 billion (Source: World Bank Study). In a plan issued in May, 2017, titled “Indien springt voraus: Transformative Mobilitätslösungen für alle,” the government think tank, National Institution for Transforming India sets a target date of 2030 to end sales of new cars with combustion engines

Having the right skills is crucial to be a part of this transition. Hence Mannschaft DIYguru has prepared a one-of a-kind Electric vehicle certification with online courses und der Hands-on Workshops. Such extensive coursework is A FIRST IN INDIA

Who Can Participate?

  • Automotive enthusiasts (No academic qualification mandatory)
  • Engineers interested in pursuing further studies on the part-time or full-time basis in Automotive, Electrical, Electronics, and Mechanics sector.

COURSE KEY HIGHLIGHTS

Chassis Design | Suspension and Braking | e-Powertrain | Charging Circuit | Ergonomics | Electric Safety and Standards | Troubleshooting | Testing overall | Career Counselling

Elektrofahrzeugkurs: Zertifizierung & Workshop
Elektrofahrzeugkurs: Zertifizierung & Workshop

WORKSHOP DETAILS:

After the completion of Online Course, You are eligible to participate in the weekend Hands-on workshop, conducted at our workshop in Hyderabad and Delhi.
Workshop module will be sent to your email after the course enrollment.

Advances in mobility over the past century have helped to drive global economic growth, transforming countries and lives. Now, fast-growing populations and emerging economies are boosting demand.

And global trends such as urbanisation and internet connectivity are transforming the way people and products move around the world. By 2050, the number of people living in cities could double as the world population passes 9 billion, and the number of cars could double from 1 billion today.

There is a need to improve fuel efficiency and air quality by reducing emissions; both local emissions that cause air pollution in our towns and cities and the carbon dioxide (CO2) that contributes to global climate change. We see a mosaic of fuels and engines developing: some will be suited to short journeys within urban areas, while others could be better for longer journeys between cities.

Next Batch Announcement: Limited Seats! ( Enrolment Open Now )

LIZENZ
The course materials of this course are Copyright of DIYguru and are licensed under a Creative Commons Attribution-Non Commercial-ShareAlike (CC-BY-NC-SA) 4.0 International License.

Industry Scenario :

This program follows the practical approach of learning (PLA model) to educate and offer cutting edge training to prepare engineers for the future industry workforce demand due to the emerging dynamic technological shift.

Hier ist ein Blick auf die einzelnen Aspiranten sind Im Bereich der Elektroautos hat das alle zum Reden gebracht.

Seit dem Aufruf der Modi-Regierung, 2030 alle Autos zu elektrifizieren, haben die Hersteller einen Overdrive gemacht, um sich auf die bevorstehende neue Normalität vorzubereiten. Dazu gehören die Errichtung von Batterieproduktionsanlagen, Investitionen in die Einrichtung von Ladestationen sowie Investitionen in die Produkt- und Komponentenentwicklung. Hier ist ein Blick auf das, was jeder Aspirant auf dem Gebiet der Elektroautos tut, worüber alle reden.

Maruti Suzuki

Konkrete Details zum Unternehmensplan sind nicht verfügbar, aber der Bau von Elektrofahrzeugen hat bereits begonnen. Es hofft, diese Fahrzeuge auf der Grundlage von "Kundenpräferenzen" auf den Markt zu bringen. Darüber hinaus errichtet die Muttergesellschaft Suzuki Motor Corporation in Gujarat in Zusammenarbeit mit Denso und der Toshiba Corporation eine Rs 1,200-Anlage für Lithium-Ionen-Batterien.

Hybrid- und Elektrofahrzeug

Tata Motors

Vielleicht wird Tata Motors bis Ende dieses Jahres die elektrische Version seines meistverkauften Autos Tiago auf den Markt bringen. Weitere derartige Experimente sind im Gange, einschließlich einer elektrischen Version des Nano. Elektrische Tata-Busse sind bereits in der Erprobung und werden von einigen staatlichen Transportunternehmen getestet.

Hybrid- und Elektrofahrzeug

Mahindra und Mahindra

M & M ist das einzige Unternehmen, das vollständig elektrisch betriebene Autos auf dem indischen Markt auf den Markt gebracht hat. Diese begannen mit einem kompakten viersitzigen e2o und später zu e-Verito. Später kamen elektrische Versionen von Supro und ein Dreirad auf den Markt.

Hybrid- und Elektrofahrzeug

Tesla

Das Unternehmen, das EVs auf der Weltbühne Caris glamourisiert hat, zieht den Bau einer Elektroautofabrik in Indien in Betracht. Das US-amerikanische Unternehmen mit dem Milliardär Elon Musk will Indien entwickeln, um China, dem Batterieproduktionskapital der Welt, zu begegnen. Im vergangenen Jahr besuchte Verkehrsminister Nitin Gadkari die Anlage von Tesla in San Francisco und lud Musk ein, eine Fabrik in Indien zu errichten.

Hybrid- und Elektrofahrzeug

Kurs Curriculum

Herzlich willkommen
EV00 : Welcome 00: 00: 00
EV01 : Intro to Electric Vehicle 00: 00: 00
Einführung
EV0101 – Flow Chart of Course 00: 00: 00
History of Electric Vehicle
EV02 : The End and the Beginning of Electric Era! 00: 00: 00
EV03 : Electric Revolution 00: 00: 00
Role of EVs in the energy transition 00: 00: 00
Voraussetzung
Are Mass and Weight the same thing? 00: 00: 00
Distance & Displacement Explained 00: 00: 00
Uniform & Non Uniform Motion 00: 00: 00
What is Velocity 00: 00: 00
What is Acceleration 00: 00: 00
What is Force Part – 1 00: 00: 00
What is Force Part 2 00: 00: 00
What is Friction? 00: 00: 00
What is Rolling Friction? 00: 00: 00
Factors Affecting Friction 00: 00: 00
Converting Between English and Metric Units 00: 00: 00
Calculating the Electrical Unknowns of a DC Series Circuit 00: 00: 00
Calculating the Electrical Unknowns of a DC Parallel Circuit 00: 00: 00
Explaining the Relationship of an Electromagnetic Field 00: 00: 00
Analyzing Time-Series Data for Distance, Speed, and Acceleration 00: 00: 00
Describing Continuously Variable Transmission Operation 00: 00: 00
Identifying Hybrid Electric Vehicle Components : 00: 00: 00
ELECTRIC VEHICLE - FOUR WHEELER DIY COURSE
How Do All-Electric Cars Work? 00: 00: 00
EV0102 : Assumptions KOSTENLOSER 00: 00: 00
EV0103 : Design Phase 00: 00: 00
EV0104 : Design Phase Part 2 00: 00: 00
LENKUNG
Steering Part 1 00: 00: 00
Steering Part 2 00: 00: 00
Steering Part 3 00: 00: 00
Steering Part 4 00: 00: 00
Fahrzeugdynamik
EV 10 DAY 3 00: 00: 00
EV 11 00: 00: 00
EV 12 00: 00: 00
EV 13 00: 00: 00
EV 14 00: 00: 00
EV 15 00: 00: 00
EV 16 00: 00: 00
EV 17 00: 00: 00
EV 18 00: 00: 00
EV 19 00: 00: 00
EV 20 00: 00: 00
EV 21 00: 00: 00
EV 22 00: 00: 00
EV 23 00: 00: 00
EV 24 00: 00: 00
EV 25 00: 00: 00
EV 26 00: 00: 00
EV 27 00: 00: 00
EV 28 00: 00: 00
EV 29 00: 00: 00
EV 30 00: 00: 00
Types of Batteries
EV 31 – Types of Batteries KOSTENLOSER 00: 00: 00
Vehicle integration, connectivity and IoT
EV32 00: 00: 00
EV 33 00: 00: 00
EV 34 00: 00: 00
EV 35 00: 00: 00
EV 36 – Battery Calculation Part 2 00: 00: 00
EV 37 – BMS 00: 00: 00
EV 38 – Motor Controllers 00: 00: 00
EV 39 – Braking Part 1 00: 00: 00
EV 40 – Breaking Part 2 00: 00: 00
EV 41 – Electronics Part 1 00: 00: 00
Electronics Part 2 00: 00: 00
EV 43 – Battery Calculation – Final Steps 00: 00: 00
EV01- : Curriculum & Final DIY E-Bike Project 00: 00: 00
Electric Bike Project
EV05 00: 00: 00
EV06 00: 00: 00
EV07 00: 00: 00
EV08 00: 00: 00
Motoren
EV10 : Different Types of Motors to choose from 00: 00: 00
EV09 : Motor Types 00: 00: 00
DIY Electric Bike Project 00: 00: 00
DIY Electric Bike Project
EB01 00: 00: 00
EB02 00: 00: 00
EB03 00: 00: 00
EB04 00: 00: 00
EB05 00: 00: 00
EB06 00: 00: 00
EB07 00: 00: 00
EB08 00: 00: 00
EB09 00: 00: 00
EB10 00: 00: 00
EB11 00: 00: 00
EB12 00: 00: 00
EB13 00: 00: 00
EB14 00: 00: 00
EB15 00: 00: 00
EB16 00: 00: 00
Regler
Clarification & Discussion – EV01 00: 00: 00
BLDC Motor Explained – Advantage & Disadvantage 00: 00: 00
BLDC Commutation 00: 00: 00
Making an Electric Motor Controller 00: 00: 00
Batterien
Charging Equipment 00: 00: 00
Battery Management System.
EV Batteries 00: 00: 00
Batterie-Management-System 00: 00: 00
Elektrisches Fahrradprojekt
EB 1.1 00: 00: 00
Electric ATV Project
Making an Electric ATV 00: 00: 00
Converters, Inverters, and Controls 00: 00: 00
Working with Boolean Algebra and Number Systems – 1 00: 00: 00
Working with Boolean Algebra and Number Systems – 2 00: 00: 00
Describing Inverter Functions in Electric and Hybrid Vehicles 00: 00: 00
Working Safely on Electric and Hybrid Electric Vehicle Components 00: 00: 00
2734-STUDENTEN REGISTRIERT

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Kursbewertungen

  • BAJA SAE Virtuals Vorbereitungskurs

    Outstanding! 5

    Ich habe jeden Tag mindestens 2 Stunden an dem Kurs gearbeitet, und diese Kurswoche hat mich einen Monat in Anspruch genommen. Die Problemsätze sind so gestaltet, dass man sie lesen und weiter erforschen muss, um sie zu erreichen.
    Prateek Jain
  • BAJA SAE Virtuals Vorbereitungskurs

    Gut arrangierter Kurs 5

    Sehr geholfen :-)
    Adithya Vinod
  • BAJA SAE Virtuals Vorbereitungskurs

    Als Automobil-Enthusiast viel gelernt 5

    Als Automobilenthusiast habe ich so viel über Design und Entwicklung von ATV gelernt
    Jithin Kumar
  • BAJA SAE Virtuals Vorbereitungskurs

    So viel gelernt 5

    so viele Dinge gelernt, Entwicklung von ATV
    MEGHASHYAMNAIDU-KNOCHEN
  • BAJA SAE Virtuals Vorbereitungskurs

    Hat mir geholfen meine Zeit und Mühe zu kanalisieren 5

    Der Kurs hat mir geholfen, meine Zeit und Mühe zu kanalisieren. Da eine große Anzahl von Inhalten online verfügbar war, konnte dieser Kurs durch die Bereitstellung einer dringend benötigten Referenz meine Produktivität erheblich steigern.
    Hariharan Mohan

Wir sind #1 DIY Learning Platform und bieten Online-Kurse für Hersteller im Bereich Automobile, Luft- und Raumfahrt, Drohnen und Robotik an. Wir möchten die Ausbildung der nächsten Generation fördern, indem wir auf Fertigkeiten basierende Schulungen und Mentoring anbieten.

Anerkannt von Startup India DIPP
Zertifikat-Nr. - DIPP9213

Diyguru Bildung und Forschung Private Limited
Firmenidentifikationsnummer (CIN): U80904DL2017PTC323529
Registrierungsnummer: 323529.

Kontakt | Unterstützung

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Bestehende Studenten: support@diyguru.org

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