Convergence Labs | Advanced Wireless Communication Training

Since the last decade, wireless communication has become a mode of salvation for us. In all these years, it has become an integral part of all sorts of businesses along with the personal aspects of the individuals. The telecommunications stream is no longer just about voice communications; rather this sector now hosts images, streaming video, and other advanced electronic data.

With the rising popularity of advanced wireless electronic devices, there is an increasing need for technicians with expertise in Advanced Wireless Communication. To secure a great career ahead in the advanced wireless communication sector, in-depth knowledge is required. The Advanced Wireless Communication training prepares the learners for professions like Electronic Engineering Technicians and other related careers.

Training Overview

This course is designed for aspirants enthusiastic to enter the sector of broadband wireless communication networks. During the training, great prominence is laid on the RF Front-end with the baseband and the DSP end with a systemic approach. The training lessons cover diverse topics like mobile communications, high-frequency design techniques, and wireless communication system designs to provide a competitive edge to the learners.

Course Content

Convergence Labs suggests that a special emphasis should be placed on the practical part for making each learner acquainted with the technical aspect of the working and processes. The course for advanced wireless communication training includes:

• Fundamentals of cabled, wireless networks and applications
• All-inclusive research covering the advanced telecommunication concepts
• In-detail knowledge of next-generation technologies such as EDGE, Wi-Max, UMTS and WCDMA etc.

Eligibility

For enrolling in the advanced wireless communication training program, the minimum qualification required is:

• The candidate must have an Engineering Degree or Diploma in EE, ECE or any communication branch
• Sc in any sciences except commerce and life sciences

Opportunities

It includes technology-specific physical layer-centric training for aspiring mobile wireless communication engineers. In addition, it also offers great opportunities in the domain of installation and commissioning, networking, switching, RF planning, RF testing, RF survey and O&M.

Enterprise Application Development Trends need to look upon

As technology advances, so do the processes and tactics associated with it. Web application development is experiencing some major transformations this year. Old-style practices of development no longer serve the requirements of the modern day businesses. In this digitized business world, application development has an important role to play and only those who take up the evolving trends will enjoy the competitive advantage. So how is the enterprise application development changing this year? Here are some of the significant development trends of 2016:

Security takes center stage

Apart from increasing in numbers, cyber attacks are getting even more sophisticated than ever. However, despite of developing secure applications and testing them stringently, most applications still contain major vulnerabilities. As security violations have become more frequent, application security has finally taken the centre stage. Companies have no choice but to make security as their top priority throughout the app development process.

Rise in hybrid apps adoption

Needless to say, the usage of mobile phones and devices has increased greatly over the past few years. Therefore, business owners and even consumers desire enterprise web applications which are accessible through their phones as well. In fact, Convergence Labs predicts that by 2017, the demand for enterprise app development will exceed its supply by almost 4 times. Nowadays, users wish to access all the web applications through other mobile devices as well. This will result in the increased demand for hybrid apps.

Driven With Cloud Technology

Flourishing cloud technology is likely to play an imperative role in the app development revolution. There has been an upward drift in the usage of mobile devices. Seeing this, the app developers are now focusing towards the capability of integrating and synchronizing apps developed for several devices. The cloud approach will aid developers in building functionality that can simply be used on different mobile devices with parallel data and features.

To summarize, mobile apps are transforming the way world is accessing information. At present, there is a huge demand for mobile applications to accomplish device manufacturers and mobile operator’s game plan by offering broadband mobile internet access, location based applications, interactive games, M-Commerce Application and Value Added Services. Convergence Labs Hyderabad has designed training programs to teach apps development for smartphones, feature phones, cross platforms and open source mobile platforms. As IT recruiters prefer hiring professionals with such certifications, the professionals enjoy perks like good salaries & career prospects.

What are the career prospects for network engineer?

In the space of streamlined IT services, a network operations center (NOC) is a centralized site where IT engineers can directly assist the efforts of remote monitoring and management (RMM) software. Experts from Convergence Labs Hyderabad explain that the NOC Engineers are on board to keep an observant eye over the entire monitored endpoints, and to ensure round the clock uptime for an MSP’s customers. Whether the MSP takes up an in-house NOC, outsources to a third-party provider, or redistribute a hybrid solution somewhere in the middle, the NOC’s key functions and responsibilities continue to be the same.

Ø  Roles & Responsibilities of NOC Engineer

The responsibilities of NOC engineers and technicians include supervising each netflow, hop, server and endpoint connected to an MSP’s client networks. They examine infrastructure robustness, security and capacity, and make suitable modifications to ensure favorable network performance and organizational efficiency. Whenever MSP requires any action or intervention, NOC technicians can generate alerts or tickets that classify the issue based on its sternness, alert type, and some of the other criteria.

Engineers are categorized depending on “levels”, which designate expertise and problem-solving capability. In the case of a hardware breakdown, an alert may be allocated to a Level 1 technician initially – but after further inspection if the issue goes beyond the failed hardware, the alert may be escalated to a Level 2 or Level 3 engineers. Further NOC abilities include:

·         Application software installations, troubleshooting and updating

·         Optimization and quality of service reporting

·         Email management services

·         Performance reporting and improvement recommendations

·         Backup and storage management

·         Network discovery and assessments

·         Firewall and intrusion prevention system (IPS) monitoring and management

·         Antivirus scanning and remediation

·         Policy enforcement

·         Patch management and white listing

·         Shared threat analysis

·         Voice and video traffic management

There are numerous major developments happening in the role of the Network Engineer. Regardless of what type of business is being managed by the network, the engineer is persistently being tasked with fresh projects. According to Convergence Labs, in order to become a flourishing network engineer, you ought to undergo relevant training to be a self-assured communicator and build tremendous analytical and problem-solving skills. 

Upcoming Trends in Telecom Industry

Global Telecom industry has witnessed a growth of 9.1 percent over the period 2011-2016. Limitless demand for bandwidth in wireless networks is one of the major factors contributing to the market growth. At present, there are more than 4.5 billion mobile users and 1.7 billion Internet users worldwide. Researchers estimate that by 2020, the count of mobile users will cross 6 billion and people surfing the Internet will reach 4.6 billion—largely through their mobile phones.

Our current generation is growing up in a primarily digital world. Right from the computers, Internet, mobile phones to social networking—all has become a second nature to them. And their acquaintance with technology and inclination towards remaining in contact with huge networks has transformed how we work and how we utilize. Experts of Convergence Labs term this demographic group as a Generation C —the "C" refers to connect, communicate and change. Observing the current telecom trends, it has been forecasted that year 2020 will have majority of employees at bigger companies working on virtual project groups.

Rising popularity of broadband services has laid a strong foundation for cloud computing. Cloud computing has come out in the form of an "information power plant", and is capsizing the conventional business approach of software, hardware, and media. The alteration in the business model is overturning the industry structure.

Telecommunications engineering is the hottest division of engineering across the globe. It is just right to say that the scope of telecom engineering will last eternally in an economy like India. The telecom sector has seen a remarkable growth in the last few years which has ultimately fueled the demand for skilled telecom engineers. These experts get employment opportunities in government sectors, like electronics, broadcasting, manufacturing, etc. aside from wider domains like Instrumentation engineering, control engineering and computer engineering. Telecommunication engineers having Advanced Wireless Telecom Training are also hired by the Ministry of Communication, CRPF, railways, BSF, police, and other defense related entities. They can also get good employment opportunities in private sectors as well.