AI’s Direction in 2022 and Beyond

AI’s Direction in 2022 and Beyond



There is initiative that aims to help cultivate young talent, ensuring that the tech-savvy and change-resilient young people have the skills and mindsets needed to be competitive in the workplaces of the future. Global Corporate Social Responsibility flagship program as well as the longest-lasting Corporate Social Responsibility initiatives are available.

Number of companies are launching students-oriented campaign global flagship CSR program  in Nepal providing training for students from any ICT-related disciplines of undergraduate level.

There are growing instances countries calling interested students to apply for such exciting opportunity. The attendees will join the alumni community where exclusive webinars, table dialogue, and celebrations will be held. Such events will strengthen the sense of belonging and make it a memorable event for the participants. Such countries are providing a very good opportunity for talented ICT students in Nepal. 

In this technology dominated world mathematics is almost involved in every aspect of our daily life. Now our daily life mostly includes activities supported by machines like computers, AI, mobile phones etc . Hence it is pretty evident that mathematics has to be a part of these which run our daily life smoothly.

Mathematics background

Math matters for computer science because it teaches students how to use abstract language, work with algorithms, self-analyze their computational thinking, and accurately modeling real-world solutions.

Continuous mathematics is an important foundation for many science and engineering disciplines. Similarly, discrete mathematics and logic are foundations for computer-based disciplines such as computer science, software engineering and information systems. However, these essential foundations are often taught independently and relevant connections to computing, required to motivate the mathematics, are usually not made. Mathematics is a natural complementary discipline for learning, understanding and appreciating many fundamental computer science concepts. Accordingly, for the students benefit, foundational mathematics should be introduced early and integrated throughout the curriculum. This chapter provides motivation, specific and general guidelines, curriculum structures and a representative first course for significantly enhancing the mathematical reasoning skills of computer science and software engineering graduates. Graduates of mathematically oriented programs will be better general problem solvers and software practitioners. There was a strong relationship between mathematical ability and programming ability of students of Computer Science Education.  Without it, people would find it challenging to make sense of abstract language, algorithms, data structures or differential equations.