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On-Demand Webinar: An Executive-Level Discussion on Adopting Functional Safety

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On-Demand Webinar: An Executive-Level Discussion on Adopting Functional Safety

 

New and existing products must follow safety measures to avoid, detect, and/or control system failures. In some cases, industries are well-established, such as commercial aerospace. In the automotive industry’s case, full evolution into electrification and autonomy is in effect. As the journey spans across the automotive industry, technology has surpassed safety standards and regulations. ISO 26262 is State of The Art (SOTA) for functional safety but does not hold one’s hand on how to create an effective development process. The “how” is the discriminator, it is where some corporations will lose, and some will win.

Organizations will have to transform and align to the visions of the future, analyzing the steps and which ones to take. Join LHP’s functional safety expert, Steven Fraser, PhD, to recognize the benefits and mitigate risks when adopting ISO 26262.

By the end of this session, you should be able to:

  1. Recognize the internal benefits and revenue potential by implementing ISO 26262
  2. Discuss tort liability and its potential effects on litigation and the aftermath of a safety-related accident
  3. Identify driving influences and key management objectives when adopting ISO 26262

More about the host: Steven Fraser, PhD.

Dr. Steven Fraser is the Solution Architect for Model-Based Design (MBD) and Automotive Open System Architecture (AUTOSAR) at LHP.  He was one of the initial employees when LHP opened their headquarters in Columbus, Indiana in 2001 and has primarily worked from LHP’s Detroit office since 2015.

Steve is engaged as a consultant with a variety of projects in the development of advanced controls and OBD diagnostics in the automotive industry.  Steve has been responsible for the development of first generation Diesel after-treatment control systems and diagnostics for the Diesel Particulate Filter (DPF), Nitrogen Adsorption Catalyst (NAC), and Selective Catalyst Reduction (SCR).  He is also engaged in embedded software architecture design and test methodology including use of UML and AUTOSAR tools, workflow process design and optimization utilizing modern ALM toolsets, advanced physics and performance modeling including combustion modeling, development of IEEE standard and proprietary communication protocols. Steve is a Functional Safety Certified Automotive Engineer (FSCAE) and trains engineers at numerous companies for the FSCAE certification exam.

Steve received his Bachelor of Engineering, Masters of Applied Science, and Ph. D in Control Systems Engineering from Concordia University in Montreal, Canada.  He also earned a Bachelor of Common Law / Civil Law from McGill University in Montreal, Canada, specializing in Intellectual Property and Commercial Law. 

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