Application Software Developers are the creative minds behind every software program. They design computer applications, such as word processors and games for consumers. Some applications software developers create a complex database for organizations. They also create programs that people use over the internet and within a company's intranet.
If this exciting and challenging career interests you, then you must read this article and gain in-depth knowledge about this field.
Aspiring candidates must possess a bachelor's degree in computer science or B. Tech in software engineering.
Some of the common subjects studied in computer science engineering are listed below:
| Semester I | Semester II |
| English | Communication Techniques |
| Engineering Mathematics I | Engineering Mathematics II |
| Engineering Physics | Engineering Chemistry/ Physics |
| Engineering Chemistry | Engineering Mechanics |
| Computer Systems and Programming | Mechanical Engineering |
| Electrical and Electronics Engineering | Mechanical Engineering |
| - | Environmental Studies and Disaster Management |
| Semester III | Semester IV |
| Engineering Mathematics III | Communication Engineering |
| Digital Electronics | Principles of Programming Languages |
| Electronic Circuits | Computer Organization and Architecture |
| Discrete Structures | Database and File Systems |
| Object- Oriented Programming | Engineering Management and Economics |
| Data Structures | System Software |
| Semester V | Semester VI |
| Software Engineering | Operating Systems |
| Microprocessor and Interfaces | Computer Networks |
| E-Commerce | Design and Analysis of Algorithms |
| Computer Graphics | Embedded Systems |
| Telecommunication Fundamentals | Theory of Computation |
| Logical and Fundamental Programming | Digital Signal Processing |
| Information Theory and Coding | Advanced Software Engineering |
| - | Microwave and Satellite Communication |
| Semester VII | Semester VIII |
| Compiler Construction | Information System and Securities |
| Data Mining and Ware Housing | CAD for VLSI Design |
| Logic Synthesis | Advanced Computer Architectures |
| Artificial Intelligence | Distributed Systems |
| Multimedia Systems | Image Processing |
| Service Oriented Architectures | Natural Language Processing |
| Optical Communication | - |
| Real- Time Systems | - |
Some of the subjects covered in the syllabus of B. Tech Software Engineering are:
| Subject Name | Topics Covered |
| Soft Skills I | Calculus and Solid Geometry, Physics, Chemistry |
| Soft Skills II | Advanced Calculus and Complex Analysis, Material Science, Principles of Environmental Science, Programming Using C and C++ |
| Value Education | Programming Using Matlab, Biology for Engineers, Basic Civil Engineering, Basic Electrical Engineering, Basic Electronics Engineering, Engineering Graphics, Computer Hardware and Troubleshooting Lab |
| Transforms and Boundary Value Problems | Computer Organization & Architecture, Data Structures & Algorithms, Software Engineering, Programming Using Java, Data Structures & Algorithms Lab, Java Programming Lab |
| Probability and Queuing Theory | Principles of Operating System and Compiler, Computer Networks, Software Architecture, Software Design, Software Project Management |
| Discrete Mathematics | Data Base Management Systems, Cloud Computing, Software Testing, Software Measurements and Metrics |
| Web Programming | Analysis of Software Artifacts, Software Quality Management, Software Maintenance and Administration, Minor Project |
| Service Oriented Architecture | Software Process Maturity Models, P Agile Software Process |
| Visual Programming | Networks Security, E-Commerce, Soft Computing, Object Oriented Software Engineering, Personal Software Process |
| Advanced Java Programming | Distributed Operating Systems, TCP/IP Principles, Wireless and Mobile Communication, Mobile Databases, Human Computer Interaction, Knowledge Based Systems, Bio Informatics, Information Security, Design Pattern |
| Windows Internal | C# and .Net Technologies, High Speed Networks, Firewall Architecture, Data Ware Housing, Multimedia System, Digital Image Processing, Artificial Intelligence, Ethical Hacking, Software Reuse |
| Real Time Software System | Linux Internal, XML & Web Services, Pervasive Computing, Networks Management, Embedded Systems, Enterprise Resource Planning, Decision Support System, Data Mining, Genetic Algorithm and Machine Learning, Evolutionary Computing, Software Agents, Android Programming, Software Reliability |
Some of the careers related to the field are:
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Application Software Developers are the creative minds behind every software program. They design computer applications, such as word processors and games for consumers. Some applications software developers create a complex database for organizations. They also create programs that people use over the internet and within a company's intranet.
If this exciting and challenging career interests you, then you must read this article and gain in-depth knowledge about this field.
Aspiring candidates must possess a bachelor's degree in computer science or B. Tech in software engineering.
Some of the common subjects studied in computer science engineering are listed below:
| Semester I | Semester II |
| English | Communication Techniques |
| Engineering Mathematics I | Engineering Mathematics II |
| Engineering Physics | Engineering Chemistry/ Physics |
| Engineering Chemistry | Engineering Mechanics |
| Computer Systems and Programming | Mechanical Engineering |
| Electrical and Electronics Engineering | Mechanical Engineering |
| - | Environmental Studies and Disaster Management |
| Semester III | Semester IV |
| Engineering Mathematics III | Communication Engineering |
| Digital Electronics | Principles of Programming Languages |
| Electronic Circuits | Computer Organization and Architecture |
| Discrete Structures | Database and File Systems |
| Object- Oriented Programming | Engineering Management and Economics |
| Data Structures | System Software |
| Semester V | Semester VI |
| Software Engineering | Operating Systems |
| Microprocessor and Interfaces | Computer Networks |
| E-Commerce | Design and Analysis of Algorithms |
| Computer Graphics | Embedded Systems |
| Telecommunication Fundamentals | Theory of Computation |
| Logical and Fundamental Programming | Digital Signal Processing |
| Information Theory and Coding | Advanced Software Engineering |
| - | Microwave and Satellite Communication |
| Semester VII | Semester VIII |
| Compiler Construction | Information System and Securities |
| Data Mining and Ware Housing | CAD for VLSI Design |
| Logic Synthesis | Advanced Computer Architectures |
| Artificial Intelligence | Distributed Systems |
| Multimedia Systems | Image Processing |
| Service Oriented Architectures | Natural Language Processing |
| Optical Communication | - |
| Real- Time Systems | - |
Some of the subjects covered in the syllabus of B. Tech Software Engineering are:
| Subject Name | Topics Covered |
| Soft Skills I | Calculus and Solid Geometry, Physics, Chemistry |
| Soft Skills II | Advanced Calculus and Complex Analysis, Material Science, Principles of Environmental Science, Programming Using C and C++ |
| Value Education | Programming Using Matlab, Biology for Engineers, Basic Civil Engineering, Basic Electrical Engineering, Basic Electronics Engineering, Engineering Graphics, Computer Hardware and Troubleshooting Lab |
| Transforms and Boundary Value Problems | Computer Organization & Architecture, Data Structures & Algorithms, Software Engineering, Programming Using Java, Data Structures & Algorithms Lab, Java Programming Lab |
| Probability and Queuing Theory | Principles of Operating System and Compiler, Computer Networks, Software Architecture, Software Design, Software Project Management |
| Discrete Mathematics | Data Base Management Systems, Cloud Computing, Software Testing, Software Measurements and Metrics |
| Web Programming | Analysis of Software Artifacts, Software Quality Management, Software Maintenance and Administration, Minor Project |
| Service Oriented Architecture | Software Process Maturity Models, P Agile Software Process |
| Visual Programming | Networks Security, E-Commerce, Soft Computing, Object Oriented Software Engineering, Personal Software Process |
| Advanced Java Programming | Distributed Operating Systems, TCP/IP Principles, Wireless and Mobile Communication, Mobile Databases, Human Computer Interaction, Knowledge Based Systems, Bio Informatics, Information Security, Design Pattern |
| Windows Internal | C# and .Net Technologies, High Speed Networks, Firewall Architecture, Data Ware Housing, Multimedia System, Digital Image Processing, Artificial Intelligence, Ethical Hacking, Software Reuse |
| Real Time Software System | Linux Internal, XML & Web Services, Pervasive Computing, Networks Management, Embedded Systems, Enterprise Resource Planning, Decision Support System, Data Mining, Genetic Algorithm and Machine Learning, Evolutionary Computing, Software Agents, Android Programming, Software Reliability |
Some of the careers related to the field are:
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