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EV Motors: Balancing Performance, Efficiency & Drives

10% DISCOUNT if 5 or more delegates are
registered from the same organization

Who should attend:
Organization involved in R & D and Testing
• Motor Control and Drive Engineers
• Electric Vehicle/Electronic Component Manufacturers
• Start-ups working in the field of EV
• Academicians

Background Objective

OBJECTIVES
The Webinar aims to provide participants with a concise yet
comprehensive understanding of SiC, GaN, and emerging WBG
technologies. It covers fundamental device concepts, the design and
manufacturing lifecycle, digital-twin-based modelling for GaN packaging,
and key thermal considerations. The program also highlights India’s
current WBG ecosystem and the opportunities ahead. Overall, the
webinar strengthens participants foundational and industry-relevant
knowledge in next-generation semiconductor devices

Who should attend:

Background Objective

OBJECTIVES:

Automotive transmissions plays a crucial role in operation & performance of a vehicle
and it has increased more as hybrid & electric vehicle are liked by customers more

Who should attend:

Background Objective

This program aims to offer comprehensive understanding of Advanced Driver Assistance Systems (ADAS) technologies. Participants will gain technical knowledge of key components, sensors, algorithms, and safety standards, while exploring challenges in system design, integration, and testing. The content is designed to enhance proficiency in ADAS, as well as regulatory frameworks, equipping professionals to contribute to the development, deployment, and optimization of these technologies in the rapidly evolving automotive industry.

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The two days certificate programme on High Voltage Safety for Electric Vehicles is a focused, industry aligned training designed to equip participants with essential knowledge and practical skills required to work safely with high voltage ( systems in electric and hybrid electric vehicles xEVs This programme covers the fundamentals of high voltage architecture, identification and function of HV components, and the critical role of HV systems in modern EV/HEV platforms. Participants will gain hands on exposure to key safety protocols, including manual service disconnects, high voltage interlock systems and active/passive discharge mechanisms The course also familiarizes attendees with various xEV Personal Protective Equipment (and HV rated tools used in service and maintenance A major highlight is the demonstration on a real high voltage cut section electric vehicle, offering practical insight into system layout, safety zones and diagnostic considerations By the end of the programme, participants will be well prepared to handle high voltage systems confidently and safely, meeting the evolving demands.

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In an era of increasingly connected vehicles, cybersecurity is no longer a technicality—it’s a strategic imperative. The rapid integration of sophisticated electronics and connectivity into modern vehicles, while enhancing performance and user experience, has simultaneously introduced a critical vulnerability: cybersecurity risks. With the potential for malicious actors to exploit these weaknesses, leading to safety hazards, data breaches, and even large-scale system disruptions, a robust understanding of automotive cybersecurity is no longer an option but a necessity. Our intensive one-day training program is designed exclusively for automotive industry executives, offering critical insights into the evolving threat landscape and the proactive measures essential for protecting your products, brand, and bottom line. Gain a comprehensive understanding of regulatory compliance, risk management frameworks, and the latest advancements in automotive cybersecurity, equipping you with the knowledge to steer your organization through the complexities of the digital age. Invest a single day to fortify your leadership in an industry where cybersecurity resilience defines competitive advantage. This training covers a wide range of topics including but not limited to automotive threat landscape, automotive cybersecurity fundamentals, International regulations/standards, Cyber Security Management System – AIS 189, Software Updates Management System – AIS 190 and Threat & risk assessment overview.

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Background Objective

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