Sales order processing can be a good option. Inventory control and payroll are examples of frequent commercial computer applications. This course also covers computer languages such as C++, C, Java, and others. The course lasts two years and is divided into four semesters, with some electives thrown in.
Benefits of Master of Technology (M.Tech.) in Computer Applications
The course will benefit them by giving them a good alternative for other degree programmes in their particular fields, such as M.Phil. and Ph.D., which will allow them to do more research. The course gets designed to prepare young minds for the demanding prospects in the IT sector by instilling in them a global awareness that is anchored in Indian soil and nurtured and supported by industry experts. They can work as private teachers and lecturers based on their educational qualifications or go for permanent jobs after passing required degrees (B.Ed. & UGC-NET). After completing their degree programme, they can work in industries such as telecommunications, aerospace, defense, and financial services. Applicants might work in industries that design or use computer-based systems as programmers and E-commerce professionals. The average compensation paid in primary schools' placement drives ranges from INR 5,00000 to 10,00000.
Scope of Master of Technology in Computer Applications
Career Aspects after Master of Technology in Computer Applications
Job Prospects after Master of Technology (M.Tech.) in Computer Applications
Master of Technology (M.Tech.) in Computer Applications
B. Tech/ BE in the same stream from a recognized Institute
2 Years
Post Graduate
Syllabus of Master of Technology in Computer Applications
Year 1
S.No | Subjects |
1 | Design and Analysis of Algorithms |
2 | Object-Oriented Programming |
3 | Database Management Systems |
4 | Operating Systems |
5 | Computer Architecture |
6 | Communication skills (English/German/French) |
7 | DBMS Lab |
8 | OOP & Algorithms Lab |
9 | Software Engineering |
10 | Computer Networks |
11 | Visual Programming |
12 | Internet Programming |
13 | Service-Oriented Architecture |
14 | Visual Programming Lab |
15 | Internet Programming Lab |
Year 2
S.No | Subjects |
1 | Distributed Computing |
2 | UNIX & Network Programming |
3 | UNIX & Network Programming Lab |
4 | Project Phase |
Sales order processing can be a good option. Inventory control and payroll are examples of frequent commercial computer applications. This course also covers computer languages such as C++, C, Java, and others. The course lasts two years and is divided into four semesters, with some electives thrown in.
Benefits of Master of Technology (M.Tech.) in Computer Applications
The course will benefit them by giving them a good alternative for other degree programmes in their particular fields, such as M.Phil. and Ph.D., which will allow them to do more research. The course gets designed to prepare young minds for the demanding prospects in the IT sector by instilling in them a global awareness that is anchored in Indian soil and nurtured and supported by industry experts. They can work as private teachers and lecturers based on their educational qualifications or go for permanent jobs after passing required degrees (B.Ed. & UGC-NET). After completing their degree programme, they can work in industries such as telecommunications, aerospace, defense, and financial services. Applicants might work in industries that design or use computer-based systems as programmers and E-commerce professionals. The average compensation paid in primary schools' placement drives ranges from INR 5,00000 to 10,00000.
Scope of Master of Technology in Computer Applications
Career Aspects after Master of Technology in Computer Applications
Job Prospects after Master of Technology (M.Tech.) in Computer Applications
Master of Technology (M.Tech.) in Computer Applications
B. Tech/ BE in the same stream from a recognized Institute
2 Years
Post Graduate
Syllabus of Master of Technology in Computer Applications
Year 1
S.No | Subjects |
1 | Design and Analysis of Algorithms |
2 | Object-Oriented Programming |
3 | Database Management Systems |
4 | Operating Systems |
5 | Computer Architecture |
6 | Communication skills (English/German/French) |
7 | DBMS Lab |
8 | OOP & Algorithms Lab |
9 | Software Engineering |
10 | Computer Networks |
11 | Visual Programming |
12 | Internet Programming |
13 | Service-Oriented Architecture |
14 | Visual Programming Lab |
15 | Internet Programming Lab |
Year 2
S.No | Subjects |
1 | Distributed Computing |
2 | UNIX & Network Programming |
3 | UNIX & Network Programming Lab |
4 | Project Phase |