6- Week Bootcamp
FUNDAMENTALS OF AUTOMOTIVE FUNCTIONAL SAFETY CONTROL SYSTEMS USING ISO 26262- Gasoline (Pontiac, MI)
Learn CAN (J1939), Simulink, calibrate using MotoHawk/MotoTune, and MiL/HiL testing techniques. Run a live gasoline engine. Learn how to implement state of the art safety processes for a vehicle using the ISO 26262 standard. Earn SAE Certificate of Mastery in Fundamentals of Automotive Functional Safety.
FUNDAMENTALS OF AUTOMOTIVE FUNCTIONAL SAFETY CONTROL SYSTEMS USING ISO 26262- Diesel (Columbus, IN)
Learn CAN (J1939), Simulink, calibration using MotoHawk/MotoTune, and MiL/HiL testing techniques. Run a live diesel engine. Learn how to implement state of the art safety processes for a vehicle using the ISO 26262 standard. Earn SAE Certificate of Mastery in Fundamentals of Automotive Functional Safety.
MEDICAL DEVICE CONTROL SYSTEMS
Using LHP’s Quality Management System, the student will design, construct, and verify a device capable of measuring a patient’s rate of respiration using NI’ LabVIEW and an Arduino microcontroller.
INTRO TO ADVANCED PROPULSION SYSTEM TECHNOLOGIES
Learn the basics of turbocharged gasoline direct injection (GDI) engines, interpreting cylinder pressure signals, and fundamentals of hybrid electric vehicle (HEV) propulsion systems.
Two-Week Training Course
AFTER TREATMENT SYSTEMS
Learn about the phases of diesel emissions, worldwide emission standards, design criteria and trade-offs for different containment options, and new developments.
ISO 26262 CERTIFICATION COURSE
This Four-day class covers the ISO 26262 standard for Automotive Functional Safety with an optional test on day 5 to become a Functional Safety Certified Automotive Engineer (FSCAE).
ENGINE CALIBRATION ENGINEERING ACADEMY – GASOLINE
Learn all about calibration from a general overview to developing processes and manuals, establishing project schedules, and incorporating calibration testing. Learners will experience Hands-on exercises using Simulink and a live gasoline.
IOT DATA ANALYTICS COURSE
The course takes you from embedded sensor configuration, developing custom visualizations and analytics, to performing predictive analytics on telematics data.
CAN COMMUNICATION J1939 PROTOCOL
Designed for systems/controls/calibration/application engineers and technicians that need an in-depth introduction to J1939. Construct, analyze, and decode a CAN message with hands on exercises.
MES- ISO 26262 SECTION 6 HANDS-ON
Apply ISO 26262 to the software portion of a model-based software development process for functional safety projects. Demo licenses provided to allow analyzing proprietary models on your computer.
LHPU Customizable Functional Safety Training
LHPU develops customized functional safety training based on the unique needs of each of our customers. We pride ourselves on creating customized functional safety training solutions that match the needs of any organization, whether a start-up, mid-sized engineering firm/supplier, or an established Original Equipment Manufacturer (OEM).