Functional Safety Training for the Semiconductor Industry

Understand semiconductor functional safety requirements in the semiconductor industry with professional training courses from SGS.

The Indian semiconductor industry offers high-growth potential, with demand increasing from industries sourcing semiconductors for telecommunications and IT and the Internet of Things (IoT). In addition, as the semiconductor industry adapts to connected, autonomous, shared, electric (CASE) cars, some systems that were not covered by the Functional Safety Standard (ISO 26262) are now becoming covered by it. In addition, with the publication of the 2018 Functional Safety Standard (ISO 26262:2018 edition), trucks, buses and motorcycles will also need to comply with the requirements.

Functional Training for the Semiconductor Industry

To maintain a competitive edge in the semiconductor industry, specialist training for your workforce is vital. Our semiconductor training courses enable participants to build industry related professional skills for career enhancement, while helping your organization to improve efficiency, reduce risk and increase competitive advantage.

Contact an SGS expert to learn more.

Call or WhatsApp for more details: +91 704 5780756

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Semiconductor Functional Professional Training

This course will enable you to understand:

The terms and meaning of functional safety
Safety management according to ISO 26262 with respect to semiconductor development
The roles and responsibilities defined by ISO 26262
The processes, development steps and their work products
How to derive safety requirements and corresponding design
How to perform the safety design verification
Some considerations for testing and production

Understanding Functional Safety and ISO 26262

In part one, you will:

Understand functional safety
Gain an introduction to ISO 26262
Understand safety management

In part two, you will understand:

Support process
Software tools
Design and design verification
Test
Production

Understanding Functional Safety Development in Semiconductors 1

In part one, you will understand:

The start of development
Hazard analysis and ASIL decision

In part two, you will understand:

Requirement assumptions
Derivation of safety requirements
Design

Understanding Functional Safety Development in Semiconductors 2

In part one, you will understand:

Qualitative safety analysis
Dependent failure analysis

In part two, you will understand:

Quantitative safety analysis
Exam

Who are these courses for?

These training courses are for those planning to be involved in:

Safety technologies
In-vehicle equipment systems
Hardware and software development
In-vehicle devices for functional safety applications (from a management perspective).

Growth of the Semi-Conductor Industry in India

According to the India Electronics & Semiconductor Association, the Indian Electronic System Design and Manufacturing (ESDM) market will grow from US$ 76 billion in 2013 to US$ 400 billion by 2022.

End-use industries, such as mobile devices, telecommunication equipment, information technology (IT), office automation (OA), industrial machinery and automobiles have applications for computing, resulting in a growing demand for semiconductors. In addition, with the concept of Internet of Things (IoT) picking up momentum, the next generation of interconnected devices is further increasing the demand for intelligent computing, creating sustainable demand for semiconductors.

As a result, the Indian semiconductor industry is experiencing high growth. According to the Department of Electronics and Information Technology (DeitY), nearly 2,000 chips are being designed every year in India and more than 20,000 engineers are working on various aspects of chip design and verification. The government has a strong focus in developing the ESDM ecosystem. As a result, several subsidies and other incentives are available for those wishing to set up electronics manufacturing units in India.