#database course training

Current State Of Graduate Employment:

India churns out tens of thousands of graduates each year, but nearly half of them are “unemployable” or do not possess the basic skills necessary for any industry role. Amongst those who get the jobs, close to 40 percent are involved in clerical jobs which do not exactly do justice to their educational qualification. The grim situation gets grimmer for IT Engineers. Reliable reports suggest that almost 83 percent of them fail to meet the ‘criteria of employability’.

SEED Employability Matrix:

SEED Infotech, through our extensive research and experience over a span of 2 decades have created a SEED Employability Matrix which identifies the skills & abilities any job aspirant must possess to get employment ready.

i. Robust Educational Qualification

ii. Right attitude.

iii. Strong Interest & Aptitude in their chosen area of specialization.

iv. Effective communication skills.

v. Strong Technical Foundation and Technology Specialization in one stream.

vi. Global technology principal certification.

vii. Knowledge of relevant industry practices.

viii. Demonstrable industrial work/project experience.

ix. Interview Preparedness.

SEED Infotech does provide end-to-end solutions & support to students in gaining all the skills & abilities covered in the SEED Employability Matrix. Incorporated in 1994, SEED Infotech is India’s one of the leading solution providers in Information Technology Training, Staffing and Products & Tools Consulting services to both Retail ( i.e. students, professionals and individuals) and Corporate customers.

With our headquarters in Pune, one of the IT hubs of India, our activities are spread over many locations in the state of Maharashtra and other IT Metros in India like Bangalore, New Delhi, Chennai etc.

We are an ISO 9001:2008 certified organization that operates through well-defined systems and procedures.

A formidable team of over 600 qualified professionals, 48+ training locations in India, and strong associations with Global Technology Leaders such as Microsoft, Oracle, RedHat, Salesforce, SAP, HP, Hortonworks, Peoplecert and EC-Council and testing & assessment services through Prometric, Pearson-Vue, Kryterion, etc. are undoubtedly our core strengths.

As a R.E.P., SEED Infotech has been approved by Project Management Institute (PMI) to issue Professional Development Units (PDUs) for its training courses.

Excellent Placement Record

Most of you are already familiar with SQL database, and have a good knowledge on MySQL, Oracle, or other SQL databases. But now a days, the approach of developers towards the NoSQL oriented database is increasing in industry.

Relational and NoSQL data models are very different. The relational model takes data and separates it into many interrelated tables that contain rows and columns. Tables reference each other through foreign keys that are stored in columns as well.  When looking up data, the desired information needs to be collected from many tables (often hundreds in today’s enterprise applications) and combined before it can be provided to the application. Similarly, when writing data, the write needs to be coordinated and performed on many tables.

A Scenario : Social Gaming

Social games are data-intensive applications that can explode from zero to millions of players literally overnight. That kind of rapid growth, both in terms of data volume and number of users, necessitates the right class of database to store all that information and scale to a growing user base.

To store this data rapidly, in traditional SQL database, a developer really need to invest lot of coding standards and it will becomes very difficult to manage such scenario using SQL as it requires a constant and rapid updates in data. It is often observed that in such cases the performance will be key issue. NoSQL provides scalability, consistently high performance, always-on 24×365 operations and a flexible data model to resolve this. Some of the most popular social and mobile games come from the likes of Zynga, Electronic Arts, Tencent and Shuffle Master, which are all powered by NoSQL.

To go through the concept of NoSQL, one really has to know JSON.

JSON is short for JavaScript Object Notation, and is a way to store information in an organized, easy-to-access manner. In a nutshell, it gives us a human-readable collection of data that we can access in a really logical manner.

The following example stores information of “book” in JSON format :

{

“book”: [

{

"id":"01",

"language": "Java",

"edition": "third",

"author": "Herbert Schildt"

},

{

"id":"07",

"language": "C++",

"edition": "second"

"author": "E.Balagurusamy"

}]

}

Traditionally this language in-dependant, light-weight data can be stored in XML format, but JSON has some advantages over XML

1)JSON requires less tags than XML – XML items must be wrapped in open and close tags whereas JSON you just name the tag once 2)Because JSON is transportation-independent, you can just bypass the XMLHttpRequest object for getting your data. 3)JavaScript is not just data – you can also put methods and all sorts of goodies in JSON format. 4)JSON is better at helping procedural decisions in your JavaScript based on objects and their values (or methods). 5)You can get JSON data from anywhere, not just your own domain. 6)JSON is easier to read than XML – Obviously a personal preference

NoSQL databases have a very different model. For example, a document-oriented NoSQL database takes the data you want to store and aggregates it into documents using the JSON format. Each JSON document can be thought of as an object to be used by your application. A JSON document might, for example, take all the data stored in a row that spans 20 tables of a relational database and aggregate it into a single document/object. Aggregating this information may lead to duplication of  information, but since storage is no longer cost prohibitive, the resulting data model flexibility, ease of efficiently distributing the resulting documents and read and write performance improvements make it an easy trade-off for web-based applications.

NoSQL is a whole new way of thinking about a database. NoSQL is not a relational database. The reality is that a relational database model may not be the best solution for all situations. The easiest way to think of NoSQL, is that of a database which does not adhering to the traditional relational database management system (RDMS) structure. Sometimes you will also see it revered to as ‘not only SQL’.

It is not built on tables and does not employ SQL to manipulate data. It also may not provide full ACID (atomicity, consistency, isolation, durability) guarantees, but still has a distributed and fault tolerant architecture.

Over the years, the implementation of NoSQL in increasing through different databases and currently around 150 databases are available in industry which are following the NoSQL concept.

Following are some of commonly used databases :

Oracle Development Training helps Avadhut to get job at Fujistu

Most of you are already familiar with SQL database, and have a good knowledge on MySQL, Oracle, or other SQL databases. But now a days, the approach of developers towards the NoSQL oriented database is increasing in industry.

Relational and NoSQL data models are very different. The relational model takes data and separates it into many interrelated tables that contain rows and columns. Tables reference each other through foreign keys that are stored in columns as well.  When looking up data, the desired information needs to be collected from many tables (often hundreds in today’s enterprise applications) and combined before it can be provided to the application. Similarly, when writing data, the write needs to be coordinated and performed on many tables.

A Scenario : Social Gaming

Social games are data-intensive applications that can explode from zero to millions of players literally overnight. That kind of rapid growth, both in terms of data volume and number of users, necessitates the right class of database to store all that information and scale to a growing user base.

To store this data rapidly, in traditional SQL database, a developer really need to invest lot of coding standards and it will becomes very difficult to manage such scenario using SQL as it requires a constant and rapid updates in data. It is often observed that in such cases the performance will be key issue. NoSQL provides scalability, consistently high performance, always-on 24×365 operations and a flexible data model to resolve this. Some of the most popular social and mobile games come from the likes of Zynga, Electronic Arts, Tencent and Shuffle Master, which are all powered by NoSQL.

To go through the concept of NoSQL, one really has to know JSON.

JSON is short for JavaScript Object Notation, and is a way to store information in an organized, easy-to-access manner. In a nutshell, it gives us a human-readable collection of data that we can access in a really logical manner.

The following example stores information of “book” in JSON format :

{

“book”: [

{

"id":"01",

"language": "Java",

"edition": "third",

"author": "Herbert Schildt"

},

{

"id":"07",

"language": "C++",

"edition": "second"

"author": "E.Balagurusamy"

}]

}

Traditionally this language in-dependant, light-weight data can be stored in XML format, but JSON has some advantages over XML

JSON requires less tags than XML – XML items must be wrapped in open and close tags whereas JSON you just name the tag once

Because JSON is transportation-independent, you can just bypass the XMLHttpRequest object for getting your data.

JavaScript is not just data – you can also put methods and all sorts of goodies in JSON format.

JSON is better at helping procedural decisions in your JavaScript based on objects and their values (or methods).

You can get JSON data from anywhere, not just your own domain.

JSON is easier to read than XML – Obviously a personal preference

NoSQL databases have a very different model. For example, a document-oriented NoSQL database takes the data you want to store and aggregates it into documents using the JSON format. Each JSON document can be thought of as an object to be used by your application. A JSON document might, for example, take all the data stored in a row that spans 20 tables of a relational database and aggregate it into a single document/object. Aggregating this information may lead to duplication of  information, but since storage is no longer cost prohibitive, the resulting data model flexibility, ease of efficiently distributing the resulting documents and read and write performance improvements make it an easy trade-off for web-based applications.

NoSQL is a whole new way of thinking about a database. NoSQL is not a relational database. The reality is that a relational database model may not be the best solution for all situations. The easiest way to think of NoSQL, is that of a database which does not adhering to the traditional relational database management system (RDMS) structure. Sometimes you will also see it revered to as ‘not only SQL’.

It is not built on tables and does not employ SQL to manipulate data. It also may not provide full ACID (atomicity, consistency, isolation, durability) guarantees, but still has a distributed and fault tolerant architecture.

Over the years, the implementation of NoSQL in increasing through different databases and currently around 150 databases are available in industry which are following the NoSQL concept.

Following are some of commonly used databases :

Hadoop

Hypertable

MongoDB