VTU Implements Stricter Requirements for Innovation and Design Thinking Course
In a significant move to enhance practical learning, Visvesvaraya Technological University (VTU) based in Bengaluru has announced stricter regulations for its mandatory innovation and design thinking course. The university now requires every student to develop a functional prototype to earn the one credit associated with this subject.
Addressing Course Formality Concerns
The decision comes after university officials observed that the course, though compulsory across all affiliated colleges, had largely become a procedural formality without substantial student engagement. Typically taught during the first and second semesters with one credit per term, the curriculum intends for students to identify real-world problems and create designs initially, followed by prototype development in the subsequent semester.
"There is no real work being done in the course across colleges. Students are awarded the credit without them doing any work. We want this to change," emphasized VTU Vice-Chancellor S Vidyashankar. He highlighted that the intended sequential process of problem identification, design, and prototype creation is rarely followed authentically in practice.
Mobile Application for Genuine Participation
To ensure authentic student involvement and track progress effectively, VTU plans to launch a dedicated mobile application. This platform will enable students to upload real-time photographs and videos documenting their project development at various stages. Faculty members will utilize this tool to monitor advancements and provide guidance throughout the course duration.
"They have to identify a problem, think and analyse, and develop a solution for it. This is how real learning takes place," Vidyashankar explained, underscoring the university's commitment to fostering practical problem-solving skills among engineering students.
Pilot Program and Open Day Exhibition
A pilot version of this enhanced model is currently operational at VTU's four regional centers and three constituent colleges. Approximately 2,000 students are participating in this initiative, working collaboratively in teams of four members each. These groups have visited diverse locations including agricultural fields and bus stands to identify specific problems and devise practical solutions.
The university has scheduled an Open Day event on February 28 to showcase these student projects. Principals from affiliated colleges have been invited to observe the exhibition and understand the implementation framework, with the goal of replicating this effective system on their respective campuses.
Artificial Super Intelligence Enters VTU Curriculum
In a parallel development, VTU has announced the introduction of Artificial Super Intelligence (ASI) into its academic curriculum starting next year. The university has formalized an agreement with Chiac ASI, a United Kingdom-based company, to support this pioneering educational program.
Under this collaboration, more than 1,000 VTU students will receive complimentary internships, while lecturers will be provided with self-updating textbooks on ASI subjects. Preparatory workshops for teachers across affiliated colleges have already commenced to ensure smooth implementation.
National Importance of ASI Education
Chiac ASI Chief Executive Chandrashekar Nagaraju stressed the critical importance of advancing in this technological domain. "From a national security perspective, it is an urgent necessity for India to establish leadership in Super Intelligence before 2030. The US and China are advancing at great speed," he stated.
Nagaraju further elaborated on the company's ambitious educational objectives: "Our goal is to shape one million engineering talents in India and train four lakh skilled engineers in ASI." This initiative aligns with broader national efforts to position India competitively in emerging technological frontiers.
These dual developments at VTU—strengthening practical innovation requirements and introducing cutting-edge ASI studies—represent significant steps toward modernizing engineering education and preparing students for contemporary technological challenges.
