The world is evolving. An engineering degree no longer leads to a typical profession since “the student is the nucleus of comprehensive development.” In actuality, a distinctive non-linear path is emerging. Deep-tech fields including artificial intelligence, machine learning, intelligent automation, and data science are acknowledged as the most effective ways to start and advance a multidisciplinary technology career around the world.
Due to the fact that these positions require specialised mixes of technical and life skills, not just a degree, many educational systems are ill-equipped to close the skills gap. Apprenticeships, degrees driven by embedded technology, and shifting landscapes are producing the futuristic category of “new collared” occupations.
India boasts a big pool of tech-savvy professionals and the third-largest developer workforce in the world. Despite a vibrant startup industry, high-growth businesses spending heavily in the creation of CoEs, and major investment made on developing a dependable ICT infrastructure, employers still struggle to find qualified candidates.
The absence of “during the degree” professional development, which must involve technology residencies with enterprises, is the root cause of this disparity.
With such a setup, the students get early access to a tech-driven corporation that has already made an investment in a system to develop the learners through several career stages.
The employers also have a lot riding on finding the right deep tech resources. Students’ long-term apprenticeships give businesses the chance to take a highly active part in developing the talent they require with the right cultural fit. With the students staying with the organisation for an extended period of time, it helps them establish a value system of continuous learning and innovation.
A NEED FOR TECHNICAL COURSES
Deep technology course demand fosters talent development and opens up business chances for both learners and employers. All six of the fast-growing industries—edtech, e-health, e-commerce, energy/EVs, entertainment (gaming and OTT), and critical services (telecom, power, BFSI, etc.)—rely heavily on new technologies and the digital revolution.
The companies driving the demand for technology programmes are also aware that in order for their organisations to continue to be competitive, they must expand their search for high-potential students.
Employers might look more favourably on skills that go hand in hand with a degree, such those acquired through liberal professional programmes at Vijaybhoomi University, than the other way around. This fills a critical need for modern careers by reducing the gender gap in technical occupations in terms of racial, gender, and economic exclusions.
