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Motorola Automotive Industrial Electronics' Powertrain Controller Projects

Motorola's AIEG Powertrain Controls group designs high-performance Automotive Controllers for some of America's most prestigious automobile manufacturer's in America. Being an industry-recognized leader in the microcontroller industry, Motorola holds a competitive edge in the Automotive Controller market. This is enhanced by the high quality of software that resides on these Controllers.

In developing this software, Motorola's Automotive Controller group found SSI Embedded Systems Programming a good candidate to participate. The timely deployment of these Automotive Controllers was essential, and a reliable, results-oriented team was the only way to go. The Electronic Throttle Control (ETC), TEHCM Transmission Controller, Powertrain Control Module and Next Generation Controller were among the products in which SSI's Software Team played an important role.

All these transmission and/or engine control units are microprocessor-based controllers that, in response to both analog and digital inputs and a serial communication bus, provide the vehicles with autonomous intelligent control over its powertrain operations.
Through Motorola's proven success in creating high-quality Powertrain Controller Units, these types of products are widely used by many of America's leading vehicles.

ETC

This project was the first of a series of highly successful collaborations between SSI and Motorola. The Electronic Throttle Control system allowed the customer's engine to operate smoothly by monitoring and algorithmic manipulation of analog and digital inputs related to the various features of the engine.

Powertrain Control Module

SSI's involvement in the software development of these Controllers was extensive. From software design to implementation to unit and box tests, SSI played many roles in the Powertrain Control Module software. SSI's long-term involvement in this project continued through many releases and Model Years.
The system included Fuel, Spark, general Engine and Transmission controls, unit test scripts and Test Executive software to run functional tests of the system. Through a rigorous process, and advanced automated and manual test procedures, a highly robust, reliable controller was produced.

Next Generation Controller

In the initial development of this product, Motorola's factory needed validation software for their Engine and Transmission subsystems. SSI helped design and implement a robust suite of validation software for this product that was later rolled into production software.
In rapidly bringing this validation software to completion SSI allowed Motorola's engineers to fully test and develop the controller, ironing out kinks at an early stage in the development process.

Detroit Diesel Project

SSI was able to provide crucial assistance in the timely deployment of yet another controller, this time for a diesel-based engine system.

TEHCM

In addressing a challenging schedule, this complex transmission control system had to be implemented reliably and quickly.
Once again, SSI's team was called upon to play an integral role in its development. Working with system and application engineers, SSI's team had to write precision algorithmic control software to capture the complexities of the transmission system. This would result in a smooth, robust transmission that would complement the rest of the powertrain's seamless operation.

Keyless Entry

Developed C Language code for a Controller Entry Transponder (CET) IC combining passive auto immobilization technology and RFid Remote Keyless Entry (RKE) functions. Required skills included efficient code for ultra low power consumption, interrupt driven application knowledge to meet strict timing outlined by customer's proprietary communication protocol, and writing small footprint executables for fitting in limited EEPROM space. Used an industry leading Integrated Development Environment (IDE) which included a processor specific C compiler, simulator, and JTAG flash emulator tool.


 

 

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