Software engineering and its field in Nepal

Scope of software engineer in nepal

The field of software is an area of immense potential. Software is an area that can make the country prosperous in Nepal as well. Students studying software engineering have many possibilities.

Software plays a major role in the unimaginable changes that are taking place in the use of technology. Needless to say, technologies such as computers, mobiles, routers are run by software. The field of software is an area of immense potential. Software is an area that can make the country prosperous in Nepal as well. Students studying software engineering have many possibilities.

Scope of software engineering in nepal

Software engineering is a field that focuses on the overall software development process. Software engineers are those who specialize in analyzing, designing, building, testing, and maintaining software systems. These types of systems include systems that control electrical and mechanical devices, computer-based communication systems, computer systems that design other engineering products, and financial and information systems.

Role of software engineer

The role of a software engineer can play an important role in choosing the hardware rather than designing the computer hardware. His main job is to design the software components needed to run a system. Therefore, software engineers need to prepare themselves for the tasks discussed below, which are important for the development of computer based systems.

Work of software engineer

1.Things to do with a software engineer

To determine the technical requirements of the proposed computer based system, to analyze the application sought to be developed and to keep such requirements in an accurate and systematic manner for others to review. Once approved by customer and prospective user representatives, such a document serves as a specification to design, review, and test and validate system requirements.

2.Design of computer system configuration, determination of functions to be implemented in software and selection of basic hardware and software components. Keep a proper record of such decisions so that others can review them and provide guidance to future designers and implementers.

3.Carefully analyze the performance of the proposed design to see if the proposed system meets the application requirements.

4.Basic design of software. Such as its division into modules, the interfaces between those modules, and the structure of individual programs: to accurately document software design decisions.

5.Implementing software as a well-structured and documented program

Adjusting new software with existing or commercial ready made software

Systematic and statistical testing of computer systems, including software.

6.To refine and improve the software system by keeping the conceptual intent as it is and keeping the entire document in a complete and accurate manner.

7.Like all engineers, software engineers are responsible for the use, security, and reliability of software solutions. Software engineers must be able to use basic mathematics and science as well as disciplined testing and follow-up to ensure that the systems they design are fully operational once they are delivered to the customer for use. The main emphasis is on the production of efficient cost effect software systems that can be delivered on time and produced at low cost.

8.The software engineer is expected to keep the system and its documentation consistent. Also, the software engineer has to check whether the hardware configuration is suitable for the work done by the program as per the requirement, whether the system can complete all the real time deadlines and other required performances.

Software engineer course focuses on the object-oriented approach to software development that the industry has embraced, mainly current and future technologies. Provides extensive education on current approaches to the analysis, design, and implementation of large-scale systems (both physical components – hardware and logical components – software). It also contains knowledge of traditional aspects of computer science, such as hardware and operating systems. Emphasizing the design of effective human-computer interaction, the course also covers emerging trends such as big data technologies, cloud computing, and multimedia, mobile, and web-based systems.

Objectives of the course

This course is designed to provide in-depth knowledge of the software development process, allowing students to play a key role in the overall design, coding, and testing of large-scale software systems. Graduates studying software engineering programs will specialize in software engineering practices and principles. Here students will gain a basic knowledge of mathematics, computer science, and physics, laying the groundwork for software engineering.

Graduates of software engineering programs learn to use mathematics, which is the basis for interpreting and analyzing digital systems from a software and application perspective. They gain solid knowledge in the field of computer science required to build reliable software. Students get the skills they need for a software team working on a large-scale project.

This course is designed to help students gain an in-depth knowledge of the software development process. They will use engineering discipline science and mathematics to produce reliable, maintainable and accessible products. Similarly, they learn the management and communication skills required to manage software development projects successfully and efficiently. Gains knowledge and experience in the areas of Human Computer Interaction, Knowledge Based Systems, Database Systems and Data Communication. In addition, students will gain knowledge of the social, legal and ethical issues facing the software profession.

This curriculum will help the target students to gain knowledge about analysis, design, implementation and maintenance, techniques (approach and notation) and tools (software engineering environment) based on current management principles of software engineering. In addition, the course is designed to provide a high level of technical skills for system analysis, design and implementation, which is required to develop efficient software with the help of ultra-modern computer aided software engineering tools.

Where can I study software engineer?

Software engineering courses are being conducted in only two colleges in Nepal. The course can be studied at Balkumari Lalitpur-based NCIT and Pokhara's Gandaki College. Since this course can be studied at the same fee as Computer Engineering, it has been established as a very good course and educational program for those who can develop a career in this field.