Mobile has emerged as truly pervasive and affordable Information and Communication Technology (ICT) platform in the last decade. Mobile Communication and Network Technology post graduate program focuses on strong fundamentals and on developing hands-on skills pertaining to the latest and most popular platforms like Symbian, Android, Windows Mobile. Students will gain knowledge in wireless technologies, such as Bluetooth, Wi-Fi, GPRS, EDGE, 3G, LTE, 4G, 5G and new future innovations. Students will be trained not only to use existing mobile platforms but also to build advanced and robust platform.
The students will learn the latest and popular subjects like Internet of Things, Advanced Computer Networks, RF and Antenna Designing, Embedded Technology, Wireless Sensor Networks, Advanced Digital Signal Processing etc.
Advanced elective courses in other allied domains such as information security and biometrics also will be included to prepare students for some of the future areas in mobile computing like possible security attacks, high speed mobile network security and defence mechanism in the mobile domain.
Career Opportunities in MCNT
Students are competent enough to analyze, synthesize, design & propose new mobile Communication architecture which may have good social impact in form of products in recent communication era. Students are also skilled enough to develop their carrier in companies like Vodafone, ISRO, Jio Telecom, Ericsson, Nokia, Siemens, Cisco etc.
This AICTE approved Post Graduate ME course of two years duration has an intake of 30 students per year and the admissions are done through ACPC, Gujarat on the basis of PGSET/GATE and the score at BE.
The Mobile Communication and Network Technology department has good infrastructure and well-equipped laboratories with qualified support staff supervised by well qualified, experienced and committed faculty members who are seasoned researchers.
Wireless Sensor Networks (WSN) Laboratory:
The Wireless Sensor Networks (WSN) Lab hosts a state-of-the-art experimental academic and research facility for WSN. The test-bed facility is used for the prototyping and evaluation of developed protocol solutions and serves as a basis for the development of novel mobile context aware services and applications. The test-bed consists of wireless sensor and actuator nodes that can be organized in different network topologies and individually configured for various experiments and uses the backbone infrastructure of the Wireless Network Test-bed.
Click here for more details about Wireless Sensor Networks Laboratory
Mobile Communication Laboratory:
In mobile communication laboratory there is a GSM mobile trainer kit and and 4G VOLTE smart phone trainer kit are available in department. In this laboratory students can expose experimental work for GSM, CDMA and mobile communication performance. Research facility is also available for adhoc wireless network and network range related issue
Understanding of 4G VoLTE Smart Phone Trainer :
4G VoLTE Smart Phone Trainer is an ideal product for today's global technical professional. One of the main features of this kit is its real time operation and observation of signals/voltages. This kit introduces the user to the fundamental of 4G Dual SIM VoLTE mobile equipment and clears the concept underlying VoLTE technology in simple way. The touch screen display, SIM sockets and user interface section of Smart Phone i.e. Vibrator, Buzzer, Microphone, Speaker, Hands free port and camera have been exposed on board with switched faults creation facility and test points for signal study. Another attractive feature is that user can make android application and IoT related application development. Its enriched product tutorial containing useful technical information will help user in creating a full understanding of 4G Dual SIM VoLTE Smart Phone
Internet of Thing Laboratory:
IoT-LAB is a part of the future Internet of the Thing) platform. It is a set of complementary components that enable experimentation on innovative services for academic and industrial users. The project gives students a way to experiment on mobile wireless communications to the network and on application layers, thereby accelerating the design of advanced networking technologies for the Future Internet.
Objective of Internet of Things (IoT) Laboratory is to perform and verify various concept of IoT as per the course curriculum, development of various IoT applications by our PG Students, and investigation of new technologies, algorithms for future demands. In the laboratory, following resources are available.
Computer network Laboratory:
Computer networks form an integral part of a computer science and engineering graduate, they learn different types of network topologies, management commands, OSI model, various protocols and their implementation. In this lab, students demonstrate the operation of networks and its management commands using network simulation tool i.e, NS2. They also find the performance of GSM and CDMA wireless networks. In this lab they implement the Data Link Layer and Transport Layer protocol.
Understanding of Local Area Network :
Understanding of Local Area Network (LAN) kit provides the understanding of all the fundamentals of networking. It helps the users to gain knowledge on all network layers, cable designing and building of complete network of computers. The users can understand and actually implement various topologies using different standards given by IEEE. Actual connections can be made in different topologies and data can be transferred. The users will understand the protocols, topologies used in networking, measurement of error rate, throughput and effect of errors on protocols. The versatile software provided with kit will assist the users to observe the various effects and configurations on network along with the graphical representation.
Other than above laboratories there is MATLAB licence software and some open source software are utilized for simulation purpose for the subjects of optical communication, advanced computers Network, antenna design and advanced digital signal processing.
Tokyo
Tokyo is the capital of Japan.