Live Online | In Person | C2207Introduction to Battery Technology in BEVs, HEVs, and PHEVsThis course explores the design and performance of battery technologies used in today’s battery-electric vehicles. It focuses on the skills required to define a battery pack design, how battery packs are manufactured, and the tests required before entering the market. Participants will leave the course equipped with tools to understand vehicle battery specifications and be able to extract useful information from the large volume of electric vehicle content published daily.Register Now
Live Online | In Person | C2001Fundamentals of High Voltage xEV, Safety, and PPEThis one-day course explains EV safety fundamentals, including personal protective equipment (PPE) and how to develop and establish common safety procedures for working around high voltage vehicles. You’ll learn how to safely connect and disable a high voltage system for testing and diagnostic purposes - and during disaster and crash events. You’ll be introduced to various types of EV, their characteristics, architecture, and components, including how to determine critical connection and disconnection procedures. The course explains the tools, PPE, safety procedures, and practices that should be in place, as well as methods to establish new procedures and test PPE.Register Now
Live Online | ACAD06Hybrid and Electric Vehicle Engineering AcademyImmerse yourself in hybrid and electric vehicle engineering with SAE's five-day Hybrid and Electric Vehicle Engineering Academy. Gain in-depth knowledge of HEV, PHEV, EREV, and BEV systems, including battery electrochemistry, motor applications, and vehicle system requirements. Designed for engineers seeking to enhance their expertise, this comprehensive program accelerates proficiency in hybrid-electric powertrain development.Register NowInstructor-Led Courses
Live Online | In Person | C2313Product Development for AV and EV ReliabilityThe class will focus on the integration of reliability into product development for autonomous vehicles and electric vehicles. The integrated five-step reliability process covers: Define the Requirements, Design to the Requirements, Verify to the Requirements, Launch to the Requirements and Manufacture to the Requirements.Register Now
In Person | C1868Fuel Cells for TransportationThis three-day course provides a review of fuel cells in automotive engineering applications; how they work; integrate and add value; and how hydrogen is produced, stored and distributed. The course will provide the status of the technology from fundamentals through practical implementation.Register Now
Live Online | In Person | c2611NEW! Battery Fundamentals: The Arrangement of Sodium-Ion and Lithium-Ion CellsBattery innovation is moving at a rapid pace, making it a challenge to keep up with the rate of change. A new technology being explored for many different applications is sodium-ion (Na-ion) chemistry for traction batteries. If you are curious to learn more about the specifics of sodium-ion while deepening your knowledge of the traction battery development process for any chemistry, this course is an excellent place to start.Register Now
Live Online | In Person | c2612NEW! Battery System Components, BMS, and Mechanical Design (Sodium-Ion & Lithium-Ion Technology Series)Today, professionals often rely on fragmented information, vendor claims, media coverage, or highly specialized research, making it difficult to make informed design and investment decisions about large batteries. At the same time, organizations face pressure to future-proof products while balancing the risk of unproven technologies. Assessing whether a new battery technology is feasible requires careful consideration of multiple factors, including knowledge of best practices for electrical, thermal, mechanical, configuration, and regulatory elements.Register Now
Live Online | In Person | c2613NEW! Design for Battery Electrical and Thermal Systems (Sodium-Ion & Lithium-Ion Technology Series)In this intermediate half-day course, the third course in the Sodium-Ion and Lithium-Ion Technology Series, subject matter expert Davide Andrea, author of “Sodium-Ion Batteries and Applications,” will explain the process of designing a large battery, beginning with thermal and electrical design and ending with final approval and deployment. This course looks at the process through the lens of Na-ion but will leave participants equipped to apply concepts to any chemistry. By the end of the course, participants will be able to diagnose common battery and BMS issues using structured troubleshooting approaches, address critical safety factors, and connect electrical and thermal design choices to overall battery performance.Register Now
Live Online | In Person | c2614NEW! EV Traction Battery Applications and Vehicle Integration (Sodium-Ion & Lithium-Ion Technology Series)This half-day course is the final course in the Sodium-Ion and Lithium-Ion Technology Series and focuses on applying prior series concepts to EV traction battery applications and vehicle integration. Led by subject matter expert Davide Andrea, author of “Sodium-Ion Batteries and Applications,” the course will explore a variety of applications for Na-ion and Li-ion batteries, including passenger electric vehicles, small EVs such as motorcycles and forklifts, heavy-duty EVs such as buses and trains, and off-land EVs such as marine, submarine, and aviation applications. By the end of the course, participants will be able to compare application-specific battery requirements and apply prior series concepts in a hands-on battery design activity.Register Now
4.5 Hours | PD291808
High Voltage Vehicle Safety Systems
2 Hours | PD291809Introduction to Hybrid Electric Vehicle Systems
4 Hours | PD532329EV Charging Ecosystem: Transitioning to SAE J3400 and Next-Gen
3 Hours | PD532209Fundamentals of xEV, Safety, and PPE
Live Online | In Person | pd291810Lithium Ion Family Battery Systems
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Complete this form to start the conversation, or contact sales at: +1.888.875.3976 or +1.724.772.4086 (Outside the U.S. and Canada)