About IOT academy

Become an IoT expert at Teltonika IoT Academy

About us

About us

If you are serious about IoT and gaining professional skills, Teltonika Academy offers unrivalled training of programming, field engineering, CAD or technical support.

Vacancies

Vacancies

Looking for Your talent in cutting edge technologies? Discover Your talent in 10 different positions.

Advantages

Advantages

Grow your knowledge and your career opportunities with Teltonika IoT Academy.

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Still thinking about Your career plan? We encourage You to start it here, learn more about life in IoT Academy.


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Vacancies

You don't know in which area you want to improve? In the academy, you can choose from 10 different areas to improve your skills in

TECHNICAL SUPPORT

IOS DEVELOPMENT

WEB PROGRAMMING

.NET PROGRAMMING

ANDROID DEVELOPMENT

EMBEDDED PROGRAMMING (LINUX)

EMBEDDED PROGRAMMING (C)

ELECTRONICS ENGINEERING

IOT DEVICES TEST ANALYST

CAD DESIGN ENGINEERING

TECHNICAL SUPPORT

Teltonika Technical Support/helpdesk is responsible for a fleet management system maintaining. In the Teltonika IoT Academy You will learn how to accomplish new technical projects and consistently solve problems consistent of existing projects.

IOS DEVELOPMENT

Mobile application development is one of the fastest growing and most in-demand areas in the Computer Science and Businesses. In the Teltonika IoT Academy You will learn how to design, code, analyze, and test fleet management systems for iOS applications.

WEB PROGRAMMING

The WEB programming is a necessary part to visualize the Internet of Things field. This process cannot be done without three main WEB parts: design, development, and programming. In the Teltonika IoT Academy students will learn how to analyze, design, develop and launch the real WEB solutions for the existing products.

.NET PROGRAMMING

The C# is the new programming language designed for building wide range enterprise applications which run on the .NET framework. In the Teltonika IoT Academy You will learn fleet management application development associated with WEB or SQL interfaces.

ANDROID DEVELOPMENT

Android is the most popular mobile operating system developed by Google. In the Teltonika IoT Academy You will learn how to design code and analyze the Android applications dedicated to network solutions.

EMBEDDED PROGRAMMING (LINUX)

Teltonika has a wide array of networking products which run on the Linux operating system. In the Teltonika IoT Academy students will learn the Linux kernel software development and integration in the embedded devices and appliances.

EMBEDDED PROGRAMMING (C)

The C programming language is the most popular programming language for fleet management embedded systems. In the Teltonika IoT Academy students will learn how to program or develop the new functionalities in accordance with modern embedded systems.

ELECTRONICS ENGINEERING

As an electronic engineer You will be responsible for designing, developing and testing components, devices, systems or equipment. In the Teltonika IoT Academy You will learn how to create and design intelligent circuits for new IoT products.

IOT DEVICES TEST ANALYST

Teltonika Test Analysts make sure that the fleet management devices or pieces of technology that have been developed actually do what the customers originally wanted, by methodically assessing each step or checkpoint.

CAD DESIGN ENGINEERING

Computer aided design (CAD) engineers are responsible for various product design development. In the Teltonika IoT Academy students will learn how to design 2D or 3D projects with corresponding CAD programs.

About IOT

IoT - all devices that interconnect online with the ability to share information

Internet of things

What is internet of things

What is the internet of things (IOT)?

The Internet of Things (IoT) is an easy key driver of the digital transformation that will enable everyday objects and physical systems within homes, commercial buildings, and critical infrastructures to communicate with each other. In doing so, it allows people and systems to share huge amount of data which process unlimited options in the way of we live. Today most of IoT devices consist of five main diverse applications: Home, Transport, Health, Buildings and Cities. Home consumers are now allowed to control each facilities like lighting, heating, security over the internet. Transport mobility gives us a chance to monitor fleet management, traffic routing or supply chain. Combination of our the health care devices informs us about unpredictable diseases. Buildings are now informing us about parking lots, emergency events or energy distributions. Cities are getting independence and providing us information about new signage or self-maintenance. The compound of all of these IoT components presents us the new perspectives where life will be more and more associated the internet.

history

What? Where? How? When?

Internet of Things History

When thinking of the IoT, consider the idea, “Any device can connect to the Internet“. According to this idea we can assume that the Internet itself is a significant component which was invented in 1969. While the primary purpose of Internet was to transfer digital information, many other scientists were interested in case to adopt M2M technologies with the Internet. One of the first examples of an Internet of Things is from the early 1980s. It and was a Coca Cola machine, located at the Carnegie Melon University. Local programmers would connect by Internet to the refrigerated appliance, and check to see if there was a drink available, and if it was cold. This first concept gives us an official of IoT concept representation which was submitted as sensors and actuators embedded in physical objects that linked to the network. Today the concept of IoT is related with cloud technologies. Cloud has played a main role in making modern IoT possible. That is because the cloud provides a low-cost computation infrastructure which allows manipulating and understanding the process in physical hardware. Due to this new concept devices are getting cheaper and more obtainable for all users.

Future

Future of internet of things

Internet of things future trends

Internet of Things is a worldwide-recognized trend that is gaining popularity incredibly fast. The analytics are forecasting major devices connected to the Internet over 8 billion in 2020. This process is making a future perspective in 3 prospects: artificial intelligence, mobile ecosystem and security. Artificial Intelligence algorithms, which are a part of machine-learning cloud services, will be put to use in analyzing and reviewing the data collected by IoT devices to find similarities and patterns used to inform decision-making processes. Mobile ecosystems will change our understanding of network management. All connected mobile devices will create a rich environment that is expected to generate a stream of data that will help to increase internet performance. Security is one of the most common questions in the Internet of Things field. In order to eliminate any unsecure networksm new blockchain technology will be presented. Using blockchain technology, the network will be divided in two blocks for private and secure network segments.

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Candidate form

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Julius Švagždys

Vilnius Teltonika IoT academy Vilnius

Julius Švagždys

Coordinator

  • +370 689 00895
  • Naugarduko g. 102
    Vilnius, Lithuania
Lukas Janėnas

Kaunas Teltonika IoT academy Kaunas

Lukas Janėnas

Coordinator

  • +370 655 82451
  • K. Baršausko g. 66
    Kaunas, Lithuania

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F.A.Q

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