Higher education is no longer limited to choosing a degree and following a fixed academic path. As industries continue to evolve through artificial intelligence, digital transformation, sustainability, new technologies and changing business models, students need an education that allows them to explore different areas while developing strong foundations in their chosen field.
UPES University has developed its academic ecosystem around this changing approach to education. Established in 2003 in Uttarakhand, UPES is a multidisciplinary university offering undergraduate, postgraduate and doctoral programmes through seven schools covering areas such as engineering, computer science, design, law, business, health sciences, and liberal studies and humanities.
One of the university’s distinctive approaches is its emphasis on combining specialised education with interdisciplinary opportunities. Through its Design Your Own Degree model, students can select a core degree, choose from available specialisations and add minors or exploratory subjects from other schools. UPES states that it offers more than 200 specialisations across its schools.
For students considering higher education in 2026, this model can be particularly relevant because career paths are becoming increasingly connected. A technology student may benefit from business knowledge, a designer may explore technology, and a business student may develop an understanding of data or digital transformation.
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- How UPES Brings Multiple Academic Disciplines Under One University
- Designing a Degree Around Individual Interests and Career Goals
- Why AI and Emerging Technology Are Becoming Part of the Learning Experience
- Connecting Academic Knowledge With Industry Applications
- Global Exposure Through International Academic Pathways
- Research and Innovation as Part of Future-Focused Education
- Building Career Readiness Through Skills Beyond the Degree
- Scholarships, Entrepreneurship and Opportunities Beyond the Classroom
- Final Thoughts: Creating a More Flexible and Future-Ready University Experience
- Frequently Asked Questions About UPES University
1. How UPES Brings Multiple Academic Disciplines Under One University
One of the biggest advantages of a multidisciplinary university is the ability to explore different academic perspectives without limiting learning to a single field.
UPES currently operates through seven schools: the School of Advanced Engineering, School of Computer Science, School of Design, School of Law, School of Business, School of Health Sciences & Technology, and School of Liberal Studies and Humanities. These schools collectively provide programmes across a broad range of professional and academic areas.
This structure creates opportunities for students to develop specialised knowledge while also understanding subjects outside their primary discipline. Modern professional problems rarely fit neatly into one category. A technology solution may require business planning, a healthcare innovation may involve data science, and an environmental challenge may require engineering, policy and social understanding.
UPES’s multidisciplinary environment is designed around this kind of interaction. Its research information also highlights interdisciplinary learning and collaboration across its seven schools.
For students, this can make university education more flexible and exploratory. Instead of seeing their degree as the final definition of their career, they can use their academic journey to discover combinations of subjects that match their interests and future ambitions.
2. Designing a Degree Around Individual Interests and Career Goals
Students do not always have identical learning goals, even when they choose the same broad degree. One student may want to focus heavily on technology, another may prefer business applications, while someone else may want to combine their main subject with a completely different area.
UPES addresses this through its Design Your Own Degree approach. According to the university, students can begin with a core degree such as B.Tech., BBA, B.Des., LL.B., B.Sc. or other programmes, select a specialisation available for that degree, and then add minors or exploratory subjects from other schools.
The university currently states that students can explore 200+ specialisations across its schools, providing a broad range of possible academic combinations.
This approach can be useful for students who already have a clear career direction as well as those who are still exploring. Someone interested in technology and business, for example, may want to understand both areas rather than studying them in isolation.
The idea is not simply to make education more flexible. It is about helping students understand their strengths, experiment with different academic interests and gradually build an educational profile that reflects the kind of work they want to pursue.
3. Why AI and Emerging Technology Are Becoming Part of the Learning Experience
Artificial intelligence is influencing almost every major professional sector, from software and finance to healthcare, design, media, manufacturing and law. As a result, students increasingly need to understand not only how AI works but also how it can be responsibly applied within their chosen field.
UPES highlights “Master AI” as part of its university experience, with an emphasis on AI use cases focused on future challenges across schools and disciplines.
The university’s programme portfolio also includes specialised areas such as Artificial Intelligence and Machine Learning, Data Science, Cyber Security and Digital Forensics, among others. Its current B.Tech information also lists specialised pathways including AI/ML, Cyber Security, IoT, Aerospace and VLSI.
This broader approach is important because AI is no longer restricted to computer science departments. Designers may use generative tools, business professionals may work with AI-driven analytics, healthcare teams may use intelligent systems, and legal professionals may need to understand technology-related regulations.
By exposing students to emerging technology across disciplines, universities can help them develop a more adaptable understanding of the professional environment they are entering.
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4. Connecting Academic Knowledge With Industry Applications
A strong academic foundation becomes more valuable when students can understand how it is applied in professional settings.
UPES describes industry learning and application as a cornerstone of its educational approach. Its academic ecosystem includes alliances with organisations and institutions such as IBM, Microsoft, KPMG, NASSCOM, Merck and other industry and academic partners.
The university also highlights industry-oriented infrastructure, including specialised facilities such as mechanical laboratories, media studios and design labs. These facilities are intended to give students access to environments that support practical and experiential learning.
Industry exposure can help students understand the difference between knowing a concept and applying it. A classroom may teach a technical principle, but a project can reveal how that principle behaves when real constraints are introduced.
This type of learning can also encourage students to develop professional habits such as teamwork, communication, project planning, presentation and problem-solving.
For students planning their careers, such experiences can make it easier to connect academic subjects with the kinds of responsibilities they may eventually encounter in the workplace.
5. Global Exposure Through International Academic Pathways
International exposure can provide students with a different perspective on education, culture and professional practices.
UPES has developed a global academic ecosystem that includes student exchanges, semester-abroad opportunities, Global Pathway Programmes, international collaborations and research partnerships. The university states that it has partnerships with more than 70 universities worldwide.
Its Global Pathway Program allows eligible students to complete a portion of their programme at UPES and continue the remaining portion at partner universities in countries including the UK, Germany, Australia, New Zealand, Canada and the USA.
This model can give students the opportunity to experience another academic system while continuing along a structured educational pathway. Depending on the programme and partner institution, students may also have access to international progression and degree opportunities.
The experience goes beyond simply travelling abroad. Living and studying in a different environment can help students develop adaptability, independence, cross-cultural communication and a broader understanding of their field.
For students who see international education as part of their long-term career plans, these pathways can become an important consideration while choosing a university.
6. Research and Innovation as Part of Future-Focused Education
Research allows students and faculty to explore questions for which there may not yet be straightforward answers.
At UPES, research is positioned around innovation, global collaboration and solving real-world challenges. The university’s research ecosystem includes work across areas such as AI, sustainability, clean mobility, climate policy, cybersecurity, public health and digital transformation.
The university has also established specialised research centres, including the Centre for Data Science and Artificial Intelligence, Centre for Stochastic Modelling and Simulation, Centre for Inter-Disciplinary Research and Innovation, Himalayan Institute for Learning and Leadership, and Centre of Indian Knowledge System.
These centres reflect the growing importance of research that crosses traditional academic boundaries. Problems such as climate change, digital health or sustainable development cannot always be solved from one discipline alone.
For students interested in research or higher studies, exposure to such an environment can encourage them to develop analytical thinking and explore questions beyond the standard curriculum.
It can also help students understand that innovation is not only about creating something new—it can involve finding a better way to address an existing challenge.
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7. Building Career Readiness Through Skills Beyond the Degree
A degree provides academic knowledge, but professional success often depends on a wider set of skills.
UPES highlights its School for Life, described as a dedicated life-skills training module for every student. The university also promotes experiential learning, industry exposure, entrepreneurship and mentoring as part of its broader student-development approach.
This becomes increasingly important as employers look for graduates who can communicate ideas, work effectively in teams, adapt to new situations and approach problems with confidence.
UPES also reports strong engagement with recruiters and student outcomes. Its current website states that it had 800+ recruiters on campus in 2025, while its admissions platform highlights more than 19,000 students and 1,500+ faculty.
The university’s alumni community is also spread across major organisations and sectors, with its official information mentioning companies such as Google, Microsoft, Amazon, Deloitte, Accenture, TCS, Infosys and others.
For students, the larger goal is to graduate with more than a qualification—to develop the confidence and practical capabilities needed to enter a competitive professional environment.
8. Scholarships, Entrepreneurship and Opportunities Beyond the Classroom
University life can become more meaningful when students are encouraged to participate in activities beyond their regular academic schedule.
UPES supports entrepreneurship through Runway Incubator, which the university describes as an initiative supporting breakthrough ideas and student ventures. Its current website states that 250+ start-ups have received grants from UPES.
The university also provides scholarship opportunities across different categories. Its academic page currently highlights schemes including Shakti, which supports meritorious girl students, Vijay for students from economically weaker sections, and Jyoti scholarships for students excelling in sports.
Such opportunities can make the university experience broader than classroom education. A student can participate in entrepreneurship, explore extracurricular interests, develop leadership abilities or seek financial support through applicable scholarship schemes.
The combination of academic flexibility, entrepreneurial support and student-development initiatives gives students more ways to shape their university journey according to their interests.
For students researching courses and career options before making a decision, CareerGuide can also be used for additional career and education guidance. Students looking specifically for CUET-related information can explore CareerGuide CUET.
9. Final Thoughts: Creating a More Flexible and Future-Ready University Experience
Choosing a university in 2026 means thinking beyond the name of a degree. Students need to consider how an institution can help them build knowledge, practical skills, adaptability and the confidence to work in an increasingly interconnected professional world.
UPES offers a distinctive combination of multidisciplinary education, flexible academic pathways, emerging technology, industry interaction, global exposure, research and entrepreneurship. Its seven schools provide programmes across engineering, computer science, design, law, business, health sciences and liberal studies and humanities.
The Design Your Own Degree model gives students the opportunity to combine a core programme with specialisations and minors, while international pathways can open opportunities for students who want to continue part of their academic journey abroad.
At the same time, research centres and technology-focused programmes allow students to explore areas that are shaping the future, including AI, data science, cybersecurity, sustainability and digital transformation.
Ultimately, the value of a university depends not only on what it teaches but also on how students use the opportunities available to them. A student who actively explores projects, industry experiences, research, international programmes and entrepreneurship can turn university into a much more personalised learning journey.
UPES University 2026 presents an education model designed around flexibility, interdisciplinary learning and future-focused opportunities—giving students multiple ways to connect their academic interests with the careers they want to build.
10. Frequently Asked Questions About UPES University
Q1. When was UPES established?
Ans: UPES was established in 2003 through the UPES Act of the State Legislature of Uttarakhand. It is a UGC-recognised private university.
Q2. How many schools does UPES have?
Ans: UPES currently has seven schools covering Advanced Engineering, Computer Science, Design, Law, Business, Health Sciences & Technology, and Liberal Studies and Humanities.
Q3. What is the Design Your Own Degree model at UPES?
Ans: Students can select a core degree, choose an available specialisation and add minors or exploratory subjects from other schools. UPES states that students can explore more than 200 specialisations across its schools.
Q4. Does UPES offer programmes related to Artificial Intelligence?
Ans: Yes. UPES offers programmes and specialisations related to Artificial Intelligence and Machine Learning, Data Science, Cyber Security and other emerging technology areas.
Q5. Does UPES provide international exposure?
Ans: Yes. UPES offers student mobility, semester-abroad opportunities, Global Pathway Programmes, international collaborations and other global learning initiatives. The university currently states that it has partnerships with more than 70 universities worldwide.
