Automotive engineers, programmers, and product developers will learn how regulated emissions are formed within a gasoline engine, what to consider if you fail and emissions test, and how aftertreatment systems work during this webinar presented by the SEMA Emerging Trends and Technology Network (ETTN).

As the industry focuses more heavily on improving emissions along with performance, companies need to know how to improve testing procedures and results, as well as efficiency.

Advanced driver-assistance systems (ADAS) have been around for many years, but each year, the amount of safety-performance technologies included on new vehicles increases. ADAS technology is included on virtually every part of a new vehicle and it’s impossible to avoid. Regardless of the product being developed, aftermarket product developers, engineers and programmers must understand ADAS technology and learn to work around it.

How can you optimize cylinder pressure for peak engine performance? Discover what tools are available to help diagnose cylinder pressure issues, how to read and interpret the data and what you need to adjust to get the most out of your engine.

Improve your understanding of diesel aftertreatment as it relates to product design, system development and environmental compliance. Presented by the SEMA Emerging Trends and Technology Network (ETTN), this course will provide a high-level system overview and deep dive into the details of component performance.

Modern battery pack design has come a long way in a short period of time. While many engineers are familiar with the basic principles, designing battery packs for a Hybrid Electric Vehicle (HEV), Plug-In Hybrid Electric Vehicle (PHEV) or Battery Electric Vehicle (BEV) requires advanced engineering.

Emissions compliance is a legal requirement that applies to almost all engine-related performance products. This impacts many manufacturers as the process requires demonstrating that a vehicle will remain emissions compliant once a product is installed.

Battery management systems are the key to safe EV operation, and they also affect vehicle performance and battery life. Knowing why they exist, what they do and how to use them is critical to prevent battery damage and maintain battery life when modifying an EV for increased performance.

With nearly every new vehicle manufactured with Advanced Driver Assistance System (ADAS), it’s important for SEMA member companies to understand the types of tests that OEMs utilize to validate and develop their ADAS systems. Knowing how these vehicles are evaluated can help engineers and product developers plan their product development processes for new products, as well as better understand the vehicle’s performance.

EVs are part of a rapidly growing segment in the performance aftermarket. To ensure efficient product development, engineers, programmers and developers must know how to accurately assess the influence that modifications have on EV performance.