The training program was scheduled for third year students keeping in view of the placement activity. Training spanned from 01-08th July, 2024. A total of 251 students from Computer Science and Engineering (CSE), Artificial Intelligence and Machine Learning (AIML) and Electronics Engineering (ECE) were enrolled for 6-days training for 6 hours each day on C++. Each day, students received 6 hours of rigorous training.
Training program is set with an objective on enhancing problem-solving skills by providing solutions to various complex problems w.r.t DSA. Training aims to deliver comprehensive understanding of fundamental and advanced data structures and algorithms through the C++ programming language. By the end of the training, participants will be adept at designing efficient algorithms, analyzing their time and space complexities, and applying appropriate data structures using C++ to solve complex computational problems effectively and be ready for successful placement.
- Understand and implement fundamental data structures in C++
- Apply various algorithms to solve complex problems
- Develop efficient coding practices
- Tackle competitive programming challenges
- Enhance their problem-solving and analytical skills
The training program was scheduled for third year students keeping in view of the placement activity. Training spanned from 01-08th July, 2024. A total of 251 students from Computer Science and Engineering (CSE), Artificial Intelligence and Machine Learning (AIML) and Electronics Engineering (ECE) were enrolled for 6-days training for 6 hours each day on C++. Each day, students received 6 hours of rigorous training.
Upon completing the training in “Data Structure and Algorithm using C++ with Problem Solving Techniques,” participants will have developed a strong foundation in key data structures and algorithms essential for effective problem-solving in programming. They will be skilled in implementing and optimizing data structures such as arrays, linked lists, stacks and queues using C++. Participants will also have a thorough understanding of various algorithmic strategies, including sorting, searching, and dynamic programming, enabling them to tackle complex computational problems with efficient solutions. Additionally, they will be able to analyze and evaluate the time and space complexities of different algorithms, applying these techniques to real-world scenarios and competitive programming challenges. This training will prepare them for advanced programming tasks, technical interviews, and roles that require strong analytical and problem-solving capabilities in the field of software development.
