The performance of vehicle engines depends on the electronic system installed within them. This electronic system manages every operation in the engine right from optimized fuel delivery to the ignition of the fuel, to every aspect of engine and emission control. These electronic systems installed for the management of engine operations make it possible for automotive engine to deliver fuel economy, excellent performance with lowered emissions. However, the price associated with the use of automotive engine management is high. Automotive engine management systems have a set of sensors installed within the engine which are operated and managed by the central engine control unit (ECU). Managing the operation of the sensors in effective way is the major function carried out by the ECU. In addition, the ECU keeps track of the pollutants emitted by the automotive engine. ECU receives data from various sensors and based on that, ECU manages the operations of the engine. In some automotives ECUs also manage the transmission systems of the vehicles.

Fuel economy standards are getting stringent day by day creating demand for fuel efficient automotive engines and engine management systems. Thus, stringent fuel economy standards are one of the major factors driving the automotive engine management market. In addition, automotive engine management results in improved vehicle performance, better fuel utilization and lowered pollutants emitted. These factors are driving the adoption of automotive engine management systems. However, automotive engine management systems require highly skilled professionals for installing the management systems as the complexity associated with automotive engine management systems is high. Thus, high cost of the management systems and complexity in use and maintenance are the factors restraining the adoption of the automotive engine management systems.

ECUs are updated with latest norms and improved working capabilities after specific time intervals. Thus, replacement of the ECUs due to increasing average life of vehicles is the major opportunity for the players in this market in the coming years. Developing simplified architecture for automotive engine management systems which would result in increased operational capabilities and longer life time of engines is one of the major challenges for the management system design and developers. However, the players in this market are focusing on development of the components used in engine management systems as faults in engine management systems can result in severe consequences.

Global automotive engine management systems market is segmented on the basis of management service type, engine type, vehicle type and geography. On the basis of engine type, the market for automotive engine management systems market is segmented into diesel engine and gasoline engines. Further, on the basis of vehicle type, the automotive engine management systems market is segmented into light commercial vehicles (LCV), passenger car market and heavy commercial vehicles (HCV).

Automotive engine management system market is competitive and fragmented in nature. Major car manufacturers provide their own engine management systems pre-installed with their automotives. Some of the key players in automotive engine management systems market include Continental AG, Delphi Automotive Plc, Robert Bosch GMBH, Denso Corporation, Hitachi, Ltd., Infineon Technologies AG, NGK Spark Plug Co., Ltd., Sensata Technologies, Hella Kgaa Hueck & Co., and Sanken Electric Co., Ltd.

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