Automotive Diagnostic and Prognostic Solutions helps manufacturers to lower their development and warranty costs
- Industry Trend
- Our Solutions
- Domain expertise
The speed of changes, of the automotive industry is going through, is unprecedented, with regulations, technology, data science and cutting edge computing technology offering huge growth potential for car manufacturers, but coming at a cost.
Each year OEMs spend between 2-5% of their annual revenue in warranty costs. This affects brand image and customer loyalty on the long run.
Garrett – Advancing Motion solutions encompass efficient troubleshooting procedures and on and off board system failure prognostics software helping our customers to unlock the potential of data science.
Diagnostics and Prognostics
Our diagnostic and prognostic solutions detect system/subsystem degradation and efficiently guide the troubleshooting process
Controls Solutions
Our award-winning OnRAMP™ Design and Calibration Suites use linear and non-linear Model Predictive Control to reduce development and calibration time, improve vehicle fuel economy, reduce material costs and increase emissions robustness. We leverage our unique expertise in automotive, and our heritages from automation and aerospace industries, to develop innovative solutions for vehicles manufactures.
Our solutions are the result of 30+ years of software diagnostic and predictive maintenance expertise in aerospace where they delivered up to 80% no trouble found reduction and 50% repair time reduction. Combined with 60+ years of experience as a leading automotive tier 1 supplier, the award-winning OnRAMP Design and Calibration Suite of predictive controls, we have robust domain expertise and fully comply with the industry product development process, productivity requirements, and agility needs. We can help OEMs by reducing their warranty costs, improving their customer satisfaction, generating new revenue streams while enabling autonomous capabilities. Publications:
Analysis of Warranty Data to Identify Improvements to Vehicle Reliability and Service Information; Authors: N. Mikulec, T Felke, S. Bangale at SAE 2017 World Congress, Detroit, MI, USA; Release date: April 4-6, 2017; Login Required
Automated Generation of Service Procedure Content from IVHM Fault Model; Authors: D. Hall, T. Felke at SAE 2017 World Congress, Detroit, MI, USA; Release date: April 4-6, 2017; Login Required
Integration of Component Design Data for Automotive Turbocharger with Vehicle Fault Model Using JA6268 Methodology ; Authors: T. Felke, S. Holland, S. Raviram at SAE 2017 World Congress, Detroit, MI, USA; Release date: April 4-6, 2017; Login Required
Garrett Vehicle Health Management
Predict and prevent failures that were unpredictable in the past. Keep your car running all the time.
Garrett – Advancing Motion developed Health Indicators that collect and combine throughout the vehicle. Combining multiple inputs, Garrett analytics provides an on-going health status of your car. Health Indicators provide actionable information before the warning light comes on.
Effective Diagnostics: pinpoint efficient repair quickly and easy.
Service technician will be able to have diagnosis work done before the car comes to the garage: save time and have spare parts ready.
Predict and prevent failures, fast and efficient service execution, and opportunities in the fields of Engineering, Aftermarket, Parts inventory and planning.
The Prognostic Health Indicators and the service procedures will help you stay ahead of the game for future generations of cars.
Diagnostics and Prognostics Features
On board analytic based on
Physics and Data Driven Models
Off board analytic including Guided Diagnostic
for development engineers and service bay technicians
Flexible and Modular Tools that can be used on any
platform of vehicle, any component and hardware
Diagnostics and Prognostics Key Benefits
- Improving the trouble shooting process in development and in serviceavoiding No trouble found and warranty costs
- Improve uptime by understanding the the real-time health of the system and prognosis-based maintenance
- Lower cost of ownership by Reducing unnecessary and unscheduled maintenance
- Unlock new revenue stream by safeguarding the autonomous system performance at all time
Controls Features
Physics and Data Driven Models
to generate health indicators
Advanced Control Technic
to implement on-board mitigation action
Calibration Tools
Support Integration
to Production ECU
Flexible and Modular Tools
that can be used on any platform of vehicle
