The ongoing work is being done by our institution to adopt several appropriate learning methodologies in order to shift the teaching and learning processes toward student-centric approaches. To guarantee that students are engaged in the teaching-learning process, teachers receive ongoing training and professional development. They also implement problem-solving and collaborative learning strategies. These educational procedures foster the development of students’ communication, problem-solving, and listening skills as well as their knowledge and participation in a variety of programs that support their holistic growth. The following is a list of the methodologies.
Experiential Learning:
Each student is guided through an experiential learning journey tailored to the curriculum, integrating both theoretical and practical aspects according to Bloom’s Taxonomy levels.
Departments arrange industrial visits and internships each semester to provide students with real-world industry experience.
Students undertake mini and major projects to enhance their practical learning Experience.
Eminent industry experts are invited for guest lectures to provide students and faculty with up- to-date knowledge on recent technological advancements.
The Internal Quality Assurance Cell (IQAC) is established to ensure high-quality education through ongoing reviews and regular meetings.
Participative learning:
Symposia and project contests are organized to allow students to test their coding skills and tackle engaging real-world challenges.
Students engage in online lecture tutorials and NPTEL courses. To enhance current instructional methods, students are exposed to real-world scenarios through role-play activities.
Students are encouraged to take part in national and international competitions, conferences, seminars, and workshops both within and outside the college.
Students are motivated to engage in professional society events, where they can showcase their ideas and innovations for potential awards and recognition.
Seminars, industrial visits, and guest lectures help students grasp concepts and understand how to apply them effectively.
Students are encouraged to engage in internal and external workshops, as well as national and international conferences.
Value-added courses and workshops are offered to provide hands-on experience with the latest technologies.
Various club activities foster teamwork and social responsibility among students.
Collaborative project work with industry partners allows students to gain practical experience and deepen their knowledge through interactions with professionals and scientists.
Problem solving methodologies:
Tutorial classes are included in the course structure to develop students’ problem-solving skills and complement the regular teaching process.
Problem-solving skills are further emphasized through case study questions in internal assessments and model exams, and by engaging students in industry-related problems via the “Problem Box” initiative.
Free internet access in the library and campus-wide Wi-Fi facilities encourage self-learning and foster discussions among students.
In addition to general aptitude and logical reasoning classes, second and third-year students have access to value-added programs designed to enhance their problem-solving abilities.
