Govt. P.G. College MSc in Networking Admission 2024-25, Course-Wise Median Packages, Gallery, Yoga Day

Sawai Madhopur,Rajasthan
Estd
Self-Financed College
310

MSc in Networking Course Full Detail 2024-25

Overview

M.SC. Networking About

M.Sc. Networking is a postgraduate program that focuses on the study of computer networks and their administration. Here are some highlights of the program, along with the entrance exam, admission process, eligibility criteria, duration, selection criteria, how to apply, application form, application process, fee, syllabus, salary and jobs, and career opportunities.

Highlights of M.Sc. Networking

Course	M.Sc. Networking
Full Name	Master Of Science In Networking
Stream	Computer Applications
Eligibility	Graduation
Duration	2 Years
Type	Degree
Mode	Year

Entrance Exam for M.Sc. Networking

Master's degree entrance exam networking programs may vary depending on the institution offering the course. However, entrance exams typically assess candidates' knowledge and understanding of networking concepts, computer science fundamentals, and related topics. Common areas covered in entrance exams include Networking Fundamentals: Candidates will be familiar with the OSI model, TCP/IP protocol suite, network topology, routing and switching, subnets, VLANs, and network security. Network Management: Questions may focus on network management tasks, such as configuring and troubleshooting routers, switches, firewalls, and other network devices. Candidates may also be tested on their knowledge of network management protocols and tools.

M.Sc. Networking Eligibility Criteria

Admission criteria for studying a master's degreeThe methods of networking may vary slightly depending on the institution. However, the general admission criteria commonly adopted by many educational institutions are Educational Qualifications: Candidates must have a bachelor's degree in a relevant field from a recognized university or educational institution. Typically, a bachelor's degree is required in computer science, information technology, electronics and communications engineering, electrical engineering, or a related field. Minimum Percentage: Many institutions require candidates to achieve a minimum cumulative percentage or CGPA (Cumulative Grade Point Average) for a bachelor's degree. This minimum percentage can vary, but is typically around 50% or higher..

Admission Process for M.Sc. Networking

The admission process for master's networking programs may vary slightly depending on the institution offering the course. However, here is an overview of the general admissions process Notification: Educational institutions issue admission notifications containing important dates, admission criteria, application process, and other relevant information. This notice is typically available on the institution's official website and may be promoted through other channels. Submit an Application: Interested applicants must submit an application for the Master's degree program. submit. Networking program. Application forms are available online at the institution's website or may be requested by the admissions office.

M.SC. Networking Selection Criteria

The selection criteria for M.Sc. Networking may vary from institution to institution.
Generally, candidates are selected based on their performance in the entrance exam and the qualifying exam.

How to Apply M.SC. Networking

Candidates can apply for M.Sc. Networking through the official website of the institution offering the program.
The application process may involve filling out an online application form, uploading required documents, and paying the application fee.

M.SC. Networking Application Fee

The application fee for M.Sc. Networking varies from institution to institution.
It typically ranges from INR 500 to INR 1000.

M.SC. Networking Syllabus

		Semester	Core/Elective	Subject title	Subject Details
1	Computer Networks	Principles of Digital & Data Communication		The foundations of data transmission and how they pertain to network architecture are covered. The gear's capabilities are also mentioned. The current network is a combination of analogue and digital, and the difficulty is determining how to transport data efficiently. A voice network has various advantages and some disadvantages. Because of the redundancy offered by a voice session, some of the audible noise bursts barely effect the message. A few missing components, on the other hand, are critical in a financial transaction. Proprietary interfaces will always be a concern since, unlike the telephone network, no single business helped establish a data network. Data transfer may have become simpler by a variety of standards.
2	Computer Networks	Wireless Networks		Wireless networking is a method of connecting multiple equipment locations in homes, telecommunications networks, and business installations without the need for cables. Administrative telecommunications networks are often built and managed via radio transmission. This implementation takes place at the physical level (layer) of the OSI model network topology.
3	Computer Networks	Optical Networking	Optical networks are high-capacity telecommunications networks. They are used to route, groom, and restore wavelength levels and wavelength-based services and are based on optical technology and components. The structural characteristics of optical fibres and their interactions in networks are explained in this lesson, which is divided into many sections. The nature of optical networks, as well as current advances in optical and networking systems that use optical sources and devices, are discussed.
4	Computer Networks	Embedded Systems and Real-Time Operating Systems	A Real-Time Operating System, or RTOS, is a software component that quickly shifts between workloads, providing the appearance that many programmes are running on a single processor core at the same time. The reaction times of an OS (Operating System) such as Windows or Unix and an RTOS (Real-Time Operating System) found in embedded systems are different. OSs often respond in a non-deterministic, soft real-time manner, making no assurances about when each activity will be completed but making every attempt to keep the user aware. An RTOS differs in that it often delivers a hard real-time response, which means it reacts to external events quickly and reliably. When you compare computer-assisted paper editing to the functioning of precise motor control, for example, you can see how unlike they are.
5	Computer Networks	Advanced Computer Architecture	Advanced computer architecture is the focus of this course. It will expose students to advanced processor design ideas, with an emphasis on out-of-order pipelines, GPUs, and ILP enhancement compiler approaches. Following that, the course will cover cache design and main memory technology such as DDR-4. The theory of on-chip networks and memory models will take up a significant section of the course. Near the end of the course, low-power design, hardware security, and dependability will be explored.
6	Computer Networks	Network Management	The process of managing and maintaining computer networks is known as network management. Fault analysis, performance management, network provisioning, and service quality assurance are all services supplied by this discipline. Network administrators utilise network management software to assist them with these obligations. Other than that, there are just a few options for managing your network and network devices. IT pros may use network management to keep track of network components across a vast network. SNMP, custom XML, command-line interface (CLI), Windows Management Instrumentation (WMI), CMIP, CORBA, Transaction Language 1 (TL1), NETCONF, and Java Management Extensions are some of the access mechanisms available.

M.SC. Networking Duration

The duration of the M.Sc. Networking program is typically 2 years.

M.SC. Networking Salary and Jobs

The salary and job opportunities for M.Sc. Networking graduates depend on various factors such as job profile, organization, and experience.
The average salary for M.Sc. Networking graduates in India ranges from INR 3-6 lakhs per annum.
Some common job profiles for M.Sc. Networking graduates include Network Engineer, Network Administrator, Network Analyst, Network Security Specialist, and Network Architect.

M.SC. Networking Career Opportunities

M.Sc. Networking graduates can find job opportunities in various sectors such as IT, telecommunications, e-commerce, healthcare, finance, and education.

They can work as Network Engineers, Network Administrators, Network Analysts, Network Security Specialists, Network Architects, etc.

They can also pursue further studies such as Ph.D. in Networking or related fields.

M.Sc. Networking is a master level course. The course take around 2-year and its syllabus is divide in 4-semesters of six month each. The proceed study of the course enables the candidates to strengthen the design, analysis and application of hardware & network according the varying needs of different businesses. The course syllabus provide knowledge of the current as well as future emerging technologies in the field of computers and networking as well. The mater course suitable for those person who want to know fundamentals of Computer and Organization of Hardware and Software. Various college and university offered this course.

M.Sc. Networking Employ Zone

M.Sc. Networking Job Scopes

Master of Science in Networking

STREAM
Computer Applications

DURATION
2 Years

COURSE MODE
Semester

COURSE TYPE
Master Degree Courses

ELIGIBILITY
B.Sc in Relevant Subject with 55% Marks (50% for SC/ST) from Recognized University