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The Institute of Design at JK Lakshmipat University is founded on the idea that students need to become designers of the future. If you wish to solve problems through design, integrate design with business, technology, society, culture with people at the heart of your design solutions, choose JK Lakshmipat University.
Courses like fashion and Interiors are extremely saturated in the market with too much competition, and volatility. In fact, you don't need to spend four years to learn fashion or interiors, a 6 month diploma is enough.
However, if you choose to go for more contemporary courses like Interaction design, Integrated Communication design and Interdisciplinary design, you can earn soaring salaries, be vividly creative, have work satisfaction and be part of the future!
JKLU offers comprehensive and contemporary programmes made by industry stalwarts in Product Design, Interaction Design, Interdisciplinary Design and Integrated Communication Design. These programmes are designed to provide students with a wide range of exposure enabling them to design with versatility.
They also provide great placements, and help you reach out to your inspiration. They also have renowned faculty like NID graduates Vaibhavi Kowshik, Aastha Gohil, Promit Basu, winner of Reddot Design Award, Dhruv Saxena, graduate of Domus Academy, Dr. Devanuj Balkrishan, PhD. IIT Bombay and led by A. Balasubramaniam, Industry veteran and NID faculty.
JKLU also provides an opportunity to study a year or semester abroad at Edinburgh Napier University.
You can read in detail about the courses and their career options on the university website. In any case, I suggest you should go for a course that you really want to study. Whether it is fashion or product, choose the course which you think is best suited for your interests.

Computer Science involves learning about programming which includes learning the basics of programming, algorithms, data structures, and complexity theory. There is a stream known as computer engineering that deals with the 'low level' and involves the internal circuitry, electronics, and power of a computer. The level above computer engineering is wide, as it deals with both the low level of computer engineering and the high-level programming which integrates chips and circuitry. This is what is known as computer Science. At the highest level is information technology, which focuses on the impact of applications and how to integrate these solutions into the industry. Information Technology deals with the management of computers rather than computation. IT is a combination of programming, hardware administration, software administration, networking, and network security. Computer Science is a wide field and includes algorithms, complexity theory, automata theory, distributed computation, parallel computation architecture, machine learning, cryptography, compiler construction, microprocessors, embedded systems, computer architecture and organisation, computer graphics, database management systems, digital signal processing, operating systems and control systems engineering.