Why India’s Higher Education Must Shift from Traditional to Holistic, from Information to Insights

Rashmi
Rashmi Karan
Manager - Content
4 mins readUpdated on Apr 27, 2026 13:37 IST
India today stands at the crossroads of remarkable opportunity. With one of the world’s youngest populations and an economy rapidly integrating into global innovation networks, the expectations from higher education have dramatically expanded. Higher education institutions have grown by 13.8% over recent years.

India today stands at the crossroads of remarkable opportunity. With one of the world’s youngest populations and an economy rapidly integrating into global innovation networks, the expectations from higher education have dramatically expanded. Higher education institutions have grown by 13.8% over recent years, and the Gross Enrolment Ratio (GER) among 18-23-year-olds has increased from 23.7% to 28.4%, reflecting increased access and demand. When considering the future of higher education in India, a degree of growth is necessary, but it is not enough. Our universities are no longer just degree-granting bodies; they need to be the places that ignite intellectual capacities, ethical dimensions, social awareness, and the ability to solve real-world problems.

Indian higher education must undergo a change, transitioning from narrow, compartmentalised, and sometimes even rigid academic silos to a holistic and integrated system that allows for more wholesome growth of students. NEP 2020 stresses the need for Indian education to move away from rote learning and focus on real understanding. It promotes a well-rounded approach, helping students build academic knowledge along with critical thinking, creativity, ethics, communication skills, and problem-solving. The policy encourages hands-on, inquiry-based learning, where students can explore, connect ideas, and use their knowledge in real-life situations. It also supports flexible education that combines arts, sciences, sports, culture, and life skills to help students grow in all areas. The goal is to prepare learners with a deep understanding, wisdom, and the ability to keep learning throughout their lives, instead of just training them for exams.
Holistic learning represents a fundamental rethinking of what it means to be “educated.” Beyond academic knowledge, it must also include emotional intelligence, ethical reasoning, interdisciplinary awareness, and a readiness to engage with real-world societal challenges. The spirit of holistic learning demands reimagining not just the curriculum, but also classrooms, mentoring, assessment and the broader ecosystem in which students grow.
Today’s world demands that interdisciplinary education be a central feature of higher learning. Challenges such as climate change, public health crises, AI regulation, sustainable development and social inequality rarely belong to a single discipline. Science must converse with the humanities; technology must engage with ethics; management must recognise environmental and social imperatives. Holistic education thrives on these overlaps, allowing students to understand how ideas interconnect rather than treating each subject as a separate entity.
With the world of work evolving faster than ever, modular learning and micro-credentials deserve the same footing as conventional degree pathways. Coming hotfooting from nowhere, the digital revolution and AI have made the need to upskill or reskill an absolute necessity. Well-known subjects such as data literacy, sustainability, digital ethics, soft skills, design thinking, and communication can be taught in short-term, flexible modules, equipping students to leap into the modern job market. This approach to learning aligns with the learner-centred vision at the heart of the National Education Policy and similar reform efforts.
With respect to education, technology is having a profound impact, opening up new possibilities for teaching, learning and assessment through AI-enabled learning systems, digital labs and personalised feedback tools. From a well-designed perspective, these tools have the potential to kickstart deeper, more nuanced dialogue and can unshackle classroom time for high-stakes critical thinking and team-based learning, thereby making the learning experience more accessible, inclusive, and effective. 
Now, the adoption of these technologies must be equitable so that students from all backgrounds and areas of the world can have access to them. The traditional end-of-term exam will no longer be an obstacle to a student’s progress. In the future, we will see a combination of portfolios, a bouquet of activity-based assessments, team projects, reflective appraisals and real-world challenges. Such assessments will allow creativity, tenacity and moral judgement to be demonstrated and recognised.
Assessing the changing landscape of industry and its needs, a disturbing 92.7% of graduates struggle to find jobs that match their qualifications. This statistic is not only disquieting, but it is one of the symptoms that signify the severe gap between academic output and employability. We need to turn our minds to these problems. 
We should therefore build deeper connections between academia and the industry. Several approaches are being employed, including structured internships, live project collaborations, co-designed curricula, flexible academic systems, and ongoing discussions with employers. The end result of these types of measures will ensure that young people don’t just leave university with a degree, but also the know-how, moral fibre and flexibility that the modern world and economy require.
Holistic learning is not a passing idea. It is an imperative shaped by the complex realities of the 21st century. India needs graduates who can adapt, innovate, think across disciplines, act with integrity and contribute meaningfully to society. The next decade of higher education will shape the nation’s trajectory, determining whether we continue to produce degrees or become creators of thoughtful, capable citizens.
As a society, educators, parents, students and policymakers, we must embrace a vision of education that goes beyond exams and certificates to the full human potential.

Authored by: Prof. Raja P Pappu, Dean, GITAM School of Business

Note: The views expressed in this article are of GITAM School of Business and do not reflect/represent those of Shiksha. 

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Rashmi Karan
Manager - Content

Rashmi Karan is a writer and editor with more than 15 years of exp., focusing on educational content. Her expertise is IT & Software domain. She also creates articles on trending tech like data science,

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Answered 4 days ago

The course fee for BTech for different specializations is different. In the first year, the fee ranges from INR 1,00,700 (Mechanical, Civil with Computer Application, Electrical) to INR 2,04,200 (CSE, CSE AI &ML, Data Science, Cyber Security, IoT) . Check out the data tabulated below to know more:

ProgrammeUndergraduat
CourseI Year Fee (2024)II Year Fee (2025)III Year Fee (2026)IV Year Fee (2027)
B.Tech. Aerospace EngineeringINR 270000INR 283500INR 297600INR 312400
B.Tech. Civil Engineering with Computer ApplicationINR 270000INR 283500INR 297600INR 312400
B.Tech. Computer Science and Business SystemsINR 364000INR 382200INR 401300INR 421300
B.Tech. Computer Science and EngineeringINR 364000INR 382200INR 401300INR 421300
B.Tech. Computer Science and Engineering (Artificial Intelligence and Machine Learning)INR 364000INR 382200INR 401300INR 421300
B.Tech. Computer Science and Engineering (Cyber Security)INR 364000INR 382200INR 401300INR 421300
B.Tech. Computer Science and Engineering (Data Science)INR 364000INR 382200INR 401300INR 421300
B.Tech. Electrical & Computer EngineeringINR 270000INR 283500INR 297600INR 312400
B.Tech. Electronics and Communications EngineeringINR 270000INR 283500INR 297600INR 312400
B.Tech. Electronics Engineering (VLSI Design and Technology)INR 270000INR 283500INR 297600INR 312400
B.Tech. Mechanical EngineeringINR 270000INR 283500INR 297600INR 312400
B.Tech. Robotics & Artificial IntelligenceINR 270000INR 283500INR 297600INR 312400

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diksha soni

Contributor-Level 10

Answered 4 days ago

The course wise fee for GITAM School of Technology M.Tech is presented in the table below:

Course/ Specialization

Tuition Fee per Semester (Year 1)

Total Fee

MTech

INR 69.500

INR 2.5 Lakh- INR 3.5 Lakh

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diksha soni

Contributor-Level 10

Answered 5 days ago

GITAM School of Technology Hyderabad is a private institute which was established in 2009. GITAM School of Technology Hyderabad is one of the constituent colleges of Gandhi Institute of Technology and Management (Deemed to be University). Gandhi Institute of Technology and Management has a total of

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diksha soni

Contributor-Level 10

Answered 2 months ago

What I know and can see, both are good Institutes for higher education and give good opportunities to their students 

But if you ask me, I think LPU is a better choice because it offers good placements, a big campus, and many opportunities for students.

 GITAM University is also a good university with

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Vaishnavi Abrol

Contributor-Level 8

Answered 5 days ago

BTech and M.Tech are the flagship courses at GITAM School of Technology Hyderabad. The fee details of the different specialisation is given in the table below:

Course/ Specialization

Total Fee

BTech CSE, CSE AI &ML, Data Science, Cyber Security, IoT

INR 16.47 Lakh

 INR BTech ECE, VLSI Design, Robotics & AI, Electronics & Computer, Aerospace Engineering

INR 12.24 Lakh

BTech Mechanical, Civil with Computer Application, Electrical

INR 12.22 Lakh

MTech

INR 2.5 Lakh- INR 3.5 Lakh

 

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diksha soni

Contributor-Level 10

Answered 5 days ago

Over the past few years, the International Institute of Information Technology Hyderabad has been ranked under multiple streams, namely Engineering, and others. A few of the important IIIT Hyderabad rankings are mentioned below:

Ranking Agency

Category

GITAM BTech Rank 2025

GITAM BTech Rank 2024

NIRF

BTech/ Engineering

101-150

101-150

NIRF

University

88

101-150

THE

Engineering- BTech

1001-1250

1001-1250

QS Asia

Engineering

801-850

 

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diksha soni

Contributor-Level 10

Answered 5 days ago

The overall average package at GITAM School of Core Engineering or School of Technology was between INR 5.42 LPA  and INR 6.86 LPA. See the table below to know more:

Particulars

Placement Statistics (2025)

Average Package

INR 5.42 LPA – INR 6.86 LPA

Average Package (top 25%)

INR 8.18 LPA – INR 11.42 LPA

 

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diksha soni

Contributor-Level 10

Answered a month ago

For MBBS,  NEET cutoff is accepted for GITAM University Vishakhapatnam admission. The NEET cutoff 2026 is not out yet. However, the NEET last round closing rank for GITAM University Vishakhapatnam admissions 2025 was 475650 for MBBS admission. Below given is the NEET cutoff for GITAM admissions for

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Shruti Manchanda

Contributor-Level 10