Founded in 1997, Sri Krishna Arts and Science College (SKASC) is a renowned institution that provides quality education and fosters scientific and artistic knowledge. As an autonomous institution, SKASC offers a wide range of programs, including 32 undergraduate programs, 13 postgraduate programs, 7 research programs, and one integrated program. SKASC follows a unique learning model called the Vision to Wisdom Approach, which is supplemented by an evolving curriculum designed according to UGC standards.

The college emphasizes knowledge-based learning, industry exposure, and training, as well as capstone evaluation, all of which are linked to outcome-based education. This approach enables students to become job-ready upon completing their degrees. The college also promotes around-the-clock learning by providing e-learning and m-learning facilities to students.

Through web-based learning, virtual classrooms, and digital collaboration, students can access their subjects 24/7. SKASC holds the distinction of having the highest number of Google Classroom users worldwide. The vision of SKASC is to prepare students for placements and to strengthen research activities in the departments.

The college also focuses on consultancy and extension services involving students and faculty to create a brand equity and brand image with the motto of Knowledge, Love, and Service. With a mission to shape and mold a generation of young men and women with knowledge, character, and a spirit of service, SKASC is committed to academic excellence and continual improvement. The college upholds quality policies that include upgradation of facilities, placement opportunities, industry-institution interaction, and customer satisfaction.

Recognized for its educational quality and infrastructure, SKASC has been awarded an 'A' grade by the National Assessment and Accreditation Council (NAAC). The college's activities and processes are standardized and systemized according to ISO 9001:2008 standards, ensuring continual improvement of the quality systems