PROJECT IDEAS ON EMBEDDED SYSTEMS

Embedded systems have a vast variety of application realm that varies from low cost to high, consumer electronics to industrial equipments, entertainment devices to academic equipments, medical instrumentation to defence, avionics, and aerospace control systems. Embedded systems also include global positioning system (GPS), ATMs, equipments related to networking, digital vision systems, mobile communication, aerospace applications, telecom applications, etc and in different embedded systems projects. Embedded C language is used in projects, 8051/AVR/PIC microcontroller.

1. EmbeddedSystem for Detecting Reckless Driving on Highways: The main aim of this project is to design a speed checking device that identifies hasty driving on highways and informs the traffic authorities if anyone finds vehicle violating the set speed limits on highways.

2. Embedded System for Street Light Control: The main objective of this project is to detect the movement of vehicles on highways. It switches on the street lights before the vehicle enters a predefined area and switches the lights off when vehicles passes by in order conserve energy.

3. Embedded System for Vehicle Tracking: The main purpose of this project is to find the exact location of a vehicle by using a GPS modem in order to reduce vehicle robbery. The GSM modem sends an SMS to a mobile and an LCD display is used to display the location information in terms of latitude and longitude values.

4. Embedded System for Home Automation System: The aim of this project is controlling home appliances like fan, light or AC using GSM message service.

5. Embedded System for Industrial Temperature Control: The purpose of this temperature controller project is to control the temperature of any device using temperature sensors like LM35/LM34 etc. An LCD display is used to display the temperature.

Some More Embedded System Project Ideas

We at Sofcon India Private Limited, Noida offer various courses: Embedded Training, Embedded system design course, AVR Microcontroller training, ARM Microcontroller training, RTOS Training, and Embedded Robotics training, where students can upgrade their embedded system knowledge and enhance skills for growth opportunities.

After Btech Be a Industrial Automation Edge Engineer With Sofcon’S Courses

Desired Knowledge for Automation Engineer's:- Automation engineer should have sound knowledge of working concepts used in automated industry. Automated machinery consists of electronic and electrical components such as sensors, actuators, motors, generators, transformers, converters, relays, timers, contactors, switches, fuses etc. To work in an industrial environment.

individual should understand the following terms as below:-

1.Understanding of basic concepts of Electrical and Electronics engineering
2.Knowledge of wiring and drawings of control panels
3.Understanding the importance of electrical safety
4.Understanding components used in Automated systems
5.Knowledge of PLC and HMI components
6.Understanding fundamentals of motors and generators
7.Understanding basics of soft starters and AC drives

Other than above technical knowledge he should understand some basics such as:-

1.Understanding work flow process of the Industry
2.Understanding daily/weekly tasks
3.Professional skills
4.Maintaining proper gestures and postures during working hours
5.Co-ordination and communication skills
6.Workplace asset managements
7.Reporting to the superior
Technical Terms Frequently used in the field of Automation Engineering

Transducer: - A transducer is a device that converts one form of energy to another form of energy such as pneumatic to electric or vice versa. It may be electrical to mechanical, mechanical to electrical etc.

Sensors: - A sensor is a device or arrangement that converts a physical parameter such as temperature, pressure, relative humidity, flow etc. into an electrical signal. Sensors with transmitters are the field devices placed in the field that actually sense the parameter and send the analog signal to the control hardware. Most widely used sensors in Industries are:

1:Temperature Sensors
•RTD
•Thermocouple

2Flow Meters
•Orifice
•Pitot tube
•Venturimeter
and many more…

Transducers Vs Sensors: - A Sensor is always a Transducer whereas a Transducer may or may not be a Sensor. The reason is Sensor is a part of Transducer as it converts Physical change in electrical energy.

Transmitter: - Transmitter is a device used to amplify and transmit the signal collected from sensors or transducers.
Triac: - It is a semiconductor device having high switching speed, it is used for controlling ac voltages and ac powered devices like ac motors.

Proximity Scanners:- It is used for direct object detection, for precise and determined detection of small objects and detection without suppression.

LVDT (Linear variable differential transducer):- It converts linear displacement into its electrical equivalent. It works on the principle of mutual induction. It mainly consists of 3 parts, core, movable iron slug, primary and secondary coils.

Electrical Switchgears: - There are a number of electrical switchgears available in the market some of them are Push Buttons, Emergency Stop Push button, Toggle Switch, Selector switches etc.
Relay: - A relay is an electrically operated switch. Power applied to its coil generates a magnetic field that operates the switch. The operating voltage of its coil may be different from the load voltage.

Contactor: - It is essentially a large capacity relay specifically designed to control the flow of electrical power to large electrical loads, such as motors, heaters and lights.
There are a number of others terms frequently used in Automation systems such as Terminal blocks, MCB's, ELCB's, Limit switches, Isolating switches, DOL magnetic starters, Star Delta starters, level sensors, pressure transducers, process controllers, PLC's and many more, these will be discussed in further articles.

Industrial and Building Automation Courses Jobs Roles And Eligibility

Industrial Automation Engineer: - An Automation Engineer have to work on live projects, the importance of critical thinking and decision making are essential for them, the system should be checked thoroughly at each level for achieving the required output as per the company norms. To do the required work, Individual must possess following abilities:-

1. Inspection of process control and automation systems
2. Carrying breakdown management
3. System startup assistance
4. Automation and control system design
5. Programming, simulating and testing the system
6. PLC Programming
7. Maintaining the documentation
8. Requirements gathering
9. Coordinating with Sourcing department for system trials
10. Procure and installing new system
11. Effective communication
12. Identifying and reporting the risks identified
13. Creating and sustaining a Safe, clean and environment friendly work place

The minimum qualification for this job is B. Tech. / B.E. in respective Electrical/ Mechanical/ Electronics/ Instrumentation/ Chemical/ Industrial Engineering branches. The individual should be active and ready to work for hours on the industrial environments. Excellent communication skills and proper dressing code is also required for this job, individual have to maintain proper gesture and postures during working hours.

Depending upon the installed equipments in the plant, individual have to know the complete work flow of the system as well as complete understanding of the components implemented. There are different types of PLC's used in industries as per the requirement such as Allen Bradley, Modicon, Siemens, Mitsubishi, GE Fanuc, Omron, Toshiba etc. The Automation engineers have to deal with PLC's accordingly and has to control the process flow as per the norms.

Overall efficiency of the system is completely based on the automated systems implemented in the plant; an automation engineer is responsible for the complete process flow of the overall system therefore, he should posses' deep understanding and maintains quality of the products with higher efficiency using the installed system within given time constraints. An automation engineer works as the backbone of any automated industry and fulfill the gap between industry requirement and control flow of machinery.

Job Description of Building Automation Engineer: - Building automation engineers are responsible for all the integrated automated systems on a particular site. He is the one who have to supervise the installation and maintenance of complete automation systems. It includes CCTV surveillance systems, fire alarms systems, HVAC and Access control systems such as biometrics, smart cards, automated door locks etc.

Automation is required in every sector in today's developing world, need of automation for highly secure and controlled accessibility is required in day to day life. When the output required is highly accurate with negligible errors automated machinery have to be used, such as access controllers used in Metro's, Fire alarm systems used in highly sensible sites, CCTV surveillance systems in high security regions, and HVAC's for control rooms and integrated systems. Building automation engineer is the one who is responsible for designing, assembling, installing, testing and commissioning of the overall systems integrated in automated buildings. He has to integrate all the systems and create proper communication between all the systems which can be controlled and monitored from a single panel.

The Job Role of Building Automation Engineers Are:-
1.Understanding the need of automation systems required by site survey
2.Planning the best possible system as per the requirements
3.Assist and suggest the customers about latest building automation technologies
4.Providing cost estimates to the customer as per the company norms
5.Taking approval for the systems to be installed in the building
6.Supervising and installing the systems
7.Designing and wiring the systems
8.Integrating the systems
9.Creating communication between the controllers
10.Checking the system parameters
11. Testing and repairing automated systems
12.Preparing detailed documentation
13.Explaining the customers about the installed technologies

The latest technologies used in building automation systems are controlled embedded gateways and servers, bidirectional wireless networking, IP enabled controllers, BACnet, LON and Central building management systems.

The minimum qualification required for this job is B.E. / B. Tech. in Electrical/ Mechanical/ Electronics/ Instrumentation/ Industrial engineering. As the need of automated and controlled devices in the building management systems increases rapidly, it tends to create and offer new jobs with this profile. Aspirants seeking future in this field have to be dedicated and ready to learn new technologies emerging everyday and making them self updated. They should prepare and ready to accept new challenges as per the requirements and deliver the work within given time constraints by continuous work.

Job Description of Embedded System Engineer: - Embedded system engineers are responsible for the overall working of the system on chip as per the requirements. He is the one who is responsible for designing the system on chip level by simulating, Testing and implementing it on the board. An application specific IC's are widely used integrated chips in today's electronics industry, Updated and implemented on daily basis using new and better technologies. The major job roles of an embedded system engineer are:-

1.Designing and Implementing embedded devices as per the requirements
2.Testing and debugging the programming codes
3.Integrating, validating and updating new products as per their applications
4.Programming in C, C++ and embedded systems
5.Troubleshooting and testing embedded systems
6.Monitoring and modifying Real time operating systems
7.Excellent communication skills
8.Maintaining records
9.Preparing fault reports

Embedded system engineers must be capable to work for hours on computers for programming, simulating and designing new products as per the requirements. The minimum qualification for this job is B.E. / B. Tech. in Electronics/Telecommunication/ Communication /Electrical and Electronics engineering streams. Those who are interested in VLSI stream and chip level designing can choose their career to grow as an embedded system engineer.

About CADD Centre: - It stands for Computer Aided Design and drafting, it is software used as a tool to create designing and drafting of engineering components and systems. It is used to increase the quality, efficiency and overall productivity of the systems by the creation and modifications of the installed systems as per the requirements given by the firm. CAD software can design 2D and 3D curves and figures with detailed specifications for better understanding and implementation.

CADD Centers provide world class training since last 26 years heaving branches across the globe, head quartered at Chennai. With over 520 franchise outlets across Bahrain, Bangladesh, Bhutan, India, Dubai, Malaysia, Maldives, Nigeria, Oman, Qatar, Sharjah and Sri Lanka. In last 26 years CADD centre trained over 1 Million engineers and professionals trained and placed in over 20 countries.

CADD center offers over 100 courses for students and working professionals of Mechanical/ Electrical and Electronics/ Civil/ Architecture and project management aspirants.
The main course comprises of:-

1.Mechanical CADD:- It includes Solid Works, Creo, Ansys, NX CAD, NX NASTRAN, NX CAM
2.Electrical CADD:- It includes Auto CAD Electrical
3.Architectural Design:- It includes 3ds Max, Microstation, Revit Architechture
4.Building Design:- It consist of AutoCAD civil 3D, STAAD.Pro, ANSYS Civil,
5.Structural Design:- It consist of Prosteel, RCC Det

Embedded System | Embedded Software Programming

Really good code usually consists of a large number of relatively small subroutines (or methods) that can be composed as building blocks in many different ways. But when I review production embedded software I often see the use of fewer, bigger, and less composable subroutines.This makes the code more bug-prone and often makes it more difficult to test as well.

The reason often given for not using small subroutines is runtime execution cost. Doing a subroutine call to perform a small function can slow down a program significantly if it is done all the time. One of my soapboxes is that you should almost always buy a bigger CPU rather than make software more complex -- but for now I'm going to assume that it is really important that you minimize execution time.

Here's a toy example to illustrate the point. Consider a saturating increment, that will add one to a value, but will make sure that the value doesn't exceed the maximum positive value for an unsigned integer:

  int SaturatingIncrement(int x)

  { if (x != MAXINT)

    { x++;

    }

    return(x);

  }

So you might have some code that looks like this:

  ...

  x = SaturatingIncrement(x);

  ...

  z = SaturatingIncrement(z);

You might find that if you do a lot of saturating increments your code runs slowly. Usually when this happens I see one of two solutions.  Some folks just paste the actual code in like this:

  ...

  if (x != MAXINT)  { x++; }

  ...

  if (z != MAXINT)  { z++; }

A big problem with this is that if you find a bug, you get to to track down all the places where the code shows up and fix the bug. Also, code reviews are harder because at each point you have to ask whether or not it is the same as the other places or if there has been some slight change. Finally, testing can be difficult because now you have to test MAXINT for every variable to get complete coverage of all the branch paths.

A slightly better solution is to use a macro:

#define SaturatingIncrement(w)  { if ((w) != MAXINT)  { (w)++; } }

which lets you go back to more or less the original code. This macro works by pasting the text in place of the macro. So the source you write is:

  ...

  SaturatingIncrement(x);

  ...

  SaturatingIncrement(z);

but the preprocessor uses the macro to feed into the compiler this code:

  ...

  if (x != MAXINT)  { x++; }

  ...

  if (z != MAXINT)  { z++; }

 thus eliminating the subroutine call overhead.

The nice things about a macro are that if there is a bug you only have to fix it one place, and it is much more clear what you are trying to do when there is code review. However, complex macros can be cumbersome and there can be arcane bugs with macros.  (For example, do you know why I put "(w)" in the macro definition instead of just "w"?) Arguably you can unit test a macro by invoking it, but that test may well miss strange macro expansion bugs.

The good news is that in most newer C compilers there is a better way. Instead of using a macro, just use a subroutine definition with the "inline" keyword.

  inline int SaturatingIncrement(int x)

  { if (x != MAXINT)

    { x++; }

    return(x);

  }

The inline keyword tells the compiler to expand the code definition in-line with the calling function as a macro would do. But instead of doing textual substitution with a preprocessor, the in-lining is done by the compiler itself. So you can write your code using as many inline subroutines as you like without paying any run-time speed penalty. Additionally, the compiler can do type checking and other analysis to help you find bugs that can't be done with macros.

There can be a few quirks to inline. Some compilers will only inline up to a certain number of lines of code (there may be a compiler switch to set this). Some compilers will only inline functions defined in the same .c file (so you may have to #include that .c file to be able to inline it). Some compilers may have a flag to force inlining rather than just making that keyword a suggestion to the compiler. To be sure inline is really working you'll need to check the assembly language output of your compiler. But, overall, you should use inline instead of macros whenever you can, which should be most of the time.



Source:-http://betterembsw.blogspot.in/search/label/optimization

Embedded Vision Growth Predicted | Embedded Training at Sofcon

Shipments of embedded vision devices in the automotive, industrial automation, physical security and business intelligence markets are forecast to exceed 14 million units in 2018, up from almost four million units this year.

Utilizing a combination of embedded systems and computer vision, embedded vision enables devices to use video inputs to better understand their environment, applying logic and decision making to video signals.

The maturity of embedded vision algorithms varies by application market. For instance, while embedded vision technology has been active for some time in markets like physical security and industrial automation, the consumer industry represents more of an emerging opportunity.

However, despite the synergies in algorithm requirements across application markets, there are very few vendors that are active across multiple applications. In some markets, like automotive, the long sales cycles and high qualifying requirements have limited new competition. In others, such as physical security, the fragmented equipment market means that algorithms need to be optimized for a large number of products which can act as a barrier to new entrants.

While the software and hardware vendors in embedded vision are unlikely to move into every application market overnight, developments in the automotive space, in particular, should help spur more accurate and reliable algorithms across the embedded vision industry. This trend, combined with increased awareness in the consumer market for augmented reality and gesture recognition, means that demand for embedded vision devices will grow rapidly in the decade ahead.

IHS Technology has research teams focused on automotive, industrial automation, physical security, gaming, digital signage and cellular communications. Bringing together these industry experts, in turn, has helped provide for the first time a substantive overview of the size, penetration rate and forecast growth of the embedded vision market.

Embedded Linux Training for Students in India

Title : Open “Embedded Linux” Software Development with
Date : 20th September 2008 (Saturday)
Venue : IISc, CEDT Seminar Hall, Bangalore

Registration : Free for First 100 members

Time	Topic
09:30	What, why, who, and how of open source
10:30	Quick overview of the Beagle Board
11:00	How does Beagleboard.org help students & startups in India
11:30	Break
12:00	Q &A and Discuss lab setup to boot Linux on beagleboard
01:00	Lab #1 (Build and Boot Linux)
01:45	Lunch
02:30	Validation Procedure for Peripherals on Beagle Board
03:00	Participating and Contributing to Open Community
04:00	Open discussion

Agenda:

• Enable Students in India to develop s/w on embedded devices with Open Community.
• Training students in using the embedded platform for s/w development
• Give a big picture of what’s going on in the industry with Open Platforms.
• Benefits of working with Open Community and beagleboard.org in particular.

Audience & expertise:

• Students (2nd / 3rd year preferable) with very minimal knowledge of Linux,
• Students who are passionate about Open Source Linux kernel and s/w development for embedded platforms.

Registration:

Enquiry For Embedded Training

NSDC Approved Embedded Training Institute in Noida | All Over India

Learning more about Embedded Systems will let you come across the best results without going through complex professional issues. Experienced professionals are available to you readily providing you the positive results in this regard. For instance, the Best Embedded Training Institute in Bangalore provides you with various courses so that you could enhance your knowledge in the chosen field with ease. Perhaps, there are numerous instances to be considered during which the concerned professionals have been able to realize the best results with ease. Best Embedded Training Institute in Hyderabad focuses upon the real talent to provide them with maximum knowledge as needed.

Contact Best Embedded Training Institute in Chennai for Elegance

Realizing the key concepts related to Embedded Systems in a timely fashion will let the concerned employees and students realize their target in a perfect fashion. Perhaps, the integration of valuable features with other fields such as Robotics too is possible in this regard. By approaching the Best Embedded Training Institute in India in time, it is possible to come across the excellent job offers providing with the best results whenever needed the most. Concentrating upon strategic career needs is possible with the inclusion of several features as required.

Chief Reasons to Join Embedded Training Institute in Bangalore

Taking of professional career in an exclusive manner is perfectly possible with the consideration of key concepts as and when needed. Perhaps, the availability of Embedded Training Institute in Hyderabad will let you come across multiple career choices in this regard. Instead of going through any complex learning issues, it is necessary that you consider all those options offering you maximum benefits accordingly. Numerous key concepts associated with the crucial field of Electronics imbibed under the careful guidance of professional tutors. Perhaps, the role of Embedded Training Institute in Chennai in grooming professionals too is nothing else.

Apply Key Features of Robust Courses with Perfect Results

By learning more about various courses of electronics in detail, you are able to come across the best results with ease. Perhaps, you need to concentrate upon numerous options offering you increased sophistication as well. Embedded Training Institute in India will offer training along with strong foundation due to which excellent benefits of learning could be realized with ease. Special discounts upon Embedded Design Training too are offered to the concerned based upon their performance and sophistication.

Choose Embedded Systems Course Bangalore for Career Excellence

Learning about various key features of learning related to Embedded Systems will let you come across the desired benefits in an ideal manner that you consider. Perhaps, you need to consider several options with respect to Embedded Systems Course Hyderabad as well according to your increased flexibility. Getting a job of your choice quickly is possible in this context far exceeding your usual expectations. Experienced academicians in the field of Electronics suggest the completion of the latest Embedded Course for more employment opportunities. The increasing dearth of quality professionals in the field is a valid example. Obtaining a Diploma in Embedded Systems too will serve your needs in this regard with ease.

A Way To Success with Embedded System Training in Noida

Are you looking for a good carrier? Or looking for an institute where you can prove yourself. Then you should go to the best option about the control systems which is used in the modern technology. You are on the right path and you should go to Sofcon Embedded Training where you can make a good carrier, where you can enhance your talent in data sourcing. An embedded technology is defined as a computer system specially designed for performing some specific or dedicated functions. The embedded systems are generally created by basic processor and micro controllers.

Embedded systems are different from our computers as these are especially designed for some specific tasks differ from performing multiple tasks. These are not stand alone tasks; some of the systems are specially constraint for security purpose. Firmware is the programming code written for these systems and it is frequently stored in ROM or flash memory chips.

Basically these systems come with system hardware which allows hardware cost to be low. Even these systems are form of small computerized parts in larger parts but serves as a common functional device. Commonly used application like electronic instruments, telephones, mobiles, cameras and robotic system features comes with embedded systems itself.

Nowadays the demands of these systems are increasing. Students who are pursuing in electronics or communications have a golden opportunity to make a carrier in this course. The training of embedded system is one of the best way to gain knowledge, it allows student to gain knowledge of new technology. In India most training centers are offering these embedded system technology.

 It is totally depend upto you that how you can find the best among these thousands. Sofcon also offers some courses like VHDL, VLSI, java, PHP, Oracle, DotNet training etc. The jobs opportunities in this field is also numerous but maximum for experienced professionals. Some top companies hire fresher's also for their high profile. The main thing is that candidates form electronic backgrounds are mostly running for embedded systems course.

The trainers provide a chance to learn aspects of system technology before the candidate enter in the corporate world. Summer training is also one of the best option for the same. Throughout

this summer training students will get more information about the technological aspects used for development to the corporate environment.

An advantage of this training is for B. Tech students, because they get industrial experience also, which they can add into their resume to get a job easily after training. During these training students can work on some projects which is given by the clients for more development and to get more information about the technology and application for there future perspective. Companies who are into pharmaceutical factories, bottling plants, petro chemical plants, controlling mills will be willing to deploy to hire engineers having knowledge of embedded technology. Different packages and short time diploma of 6 months 1 year course is also available in embedded system technology training.

PLC Automation Training in Noida | Sofcon

A large portion of the businesses utilization control frameworks and robotization completely manages it. It utilizes the data advances and control framework and diminishes the human manual work in the creation of products and administrations. A large portion of the individuals say mechanization as a step past motorization in light of the fact that in automation the human administrators do the work with applying their muscles for work, yet the computerization has diminished it. Past assembling commercial ventures, it has been utilized within extensive variety of businesses and the robotization assumes a real part in world economy and has supplanted all manual frameworks. The greater part of the commercial ventures lean toward for individuals who were generally prepared in plc mechanization preparing. An uncertainty may emerge in your brain, why commercial ventures are searching for robotization preparing? What is the point of interest of this mechanization?

The mechanization have numerous focal points, for example, it replaces human administrators including in intense or repetitive work that includes physical strain furthermore replaces people in errands that are hazardous. Last, however not minimum is it enhances the economy of commercial enterprises, society and humankind. Scada and plc are the most vital robotization apparatuses and without this, the computerization neglects to meet the requests. The PLC is a little machine that has devoted working framework and the working framework forms the interferes with that are approaching progressively and it is the thing that it is called as an ongoing working framework. Through data lines, the hinders are bolstered and the yield sensors screen different variables. The plc project assesses the information occasions and creates the yield values which are sent through yield lines. So that is the reason the computerization businesses utilize this framework and scada is utilized for controlling and checking exercises.

The mechanization field is more adaptable than before and the plc projects are send for checking information to a focal control spot called scada. These two are fundamental in mechanization commercial enterprises and on the off chance that you are intrigued by seeking after preparing in robotization, then take in the plc scada preparing in Chennai so you can get yourself put in most presumed businesses. The industrialist are searching for more number of applicants for recruitment and the main thing you have to do is you have to be well known yourself with plc robotization preparing. In future, this field will have more change and occasion they can search for competitors in a huge number of numbers in light of the fact that a thing that is efficient in nature is more favored by the businesses on the grounds that it can get them more benefit furthermore a decent name in the business sector and in the middle of the individuals.

Mechanization field is advancing and in the event that you put a diagram and dissect, you can see the chart, it never has a tendency to tumble down and it generally builds and will likewise build all the more in future. Make utilization of this field by realizing this mechanization preparing in best plc computerization preparing focuses in Chennai so you can get obligatory arrangement in rumored commercial enterprises. A decent way with no thistles in the middle of is demonstrated to you and it is in your grasp whether you are going to pick a way with thistle or a way without any thistles.

Best Industrial Automation Training in Noida

Aimed at tapping immense opportunities in the industrial automation sector, the Higher Education Department in technical collaboration with Bosch Rexroth of Germany launched training centres in two locations in the state on Tuesday.

Minister for Industries P K Kunhalikutty declared open the ‘Centres of Excellence in Automation Technologies’ at the College of Engineering, Trivandrum (CET) and Centre of Competence at Government Polytechnic, Kalamassery, at a function held in CET.
The centres have world class infrastructure with state-of-the-art technologies, equipment and well-trained faculty.

The centres aim to provide training to engineering students and science graduates to meet industry requirements.

“The focus will be on disciplines such as hydraulics, pneumatics, CNC control systems, mechatronics and robotics. The courses have been designed to target various categories of students from Plus-II up to post-graduate and even research levels,” a senior Higher Education Department official said.
According to officials, both centres can accommodate up to three batches of 30 students each at a time.

The course duration of the training programmes vary from 180 hours to 450 hours. On successful completion of the course, students will be provided certificates jointly issued by the Department of Technical Education and Bosch Rexroth.

Students completing the course have the facility to undergo internship for periods ranging from two weeks to six months at any facility of Bosch Rexroth in the country.

“The details of the students who successfully complete the training programmes will be updated in the Central Human Resources website of Bosch Rexroth so that these students will be given preference for vacancies in industrial automation,” officials said.

The Memorandum of Understanding for starting the Centre of Excellence and Centre of Competence was inked during the Emerging Kerala Summit of 2012.