IIT Ropar launches PhD without thesis for innovation degrees

At IIT Ropar, a newly introduced Product/Startup-Driven PhD pathway allows doctoral scholars to earn their degrees by developing practical commercial solutions instead of writing conventional research papers. As debates intensify over the true value of traditional degrees versus tangible skills, the institute’s director has pioneered a doctoral model that replaces standard thesis writing with product creation, patent acquisition, or business ventures.

IIT Ropar Launches Product and Startup Pathways for Doctoral Candidates

The institutional framework at IIT Ropar fundamentally changes the terminal objective of doctoral research. Under this new system, scholars focus entirely on solving real-world industry problems through applied research and technological translation. IIT Ropar Director Professor Rajeev Ahuja devised this innovation-driven approach for the institute’s doctoral education system. The institute's official programme document outlines that the PhD will be awarded on research outcomes tied to the creation, development, and scaling of products or startups.

Replacing Traditional Theses With Commercial Targets

The core departure from conventional academia lies in the elimination of the lengthy written dissertation. Regarding the mechanics of the new framework, Professor Rajeev Ahuja told India Today that a scholar under the new model does not need to write any PhD thesis. Instead, doctoral candidates can pursue product development, establish a startup, or secure a patent as the central outcome of their multi-year studies. Detailing the precise criteria required for graduation, Professor Ahuja described the principle simply: You have freedom. You have only one target. You sell the product, earn 10 lakh rupees, show it to me. You get PhD. Reinforcing this quantitative benchmark, he added, If a student may be given a target to develop a product and earn 10 lakh from it. If the student achieves this, they can qualify for the PhD. According to the institute leadership, this targeted economic benchmark also serves to alleviate the intense publishing pressure associated with conventional research, which can occasionally result in data manipulation, plagiarism, and subsequent retractions.

Incubation Support and International Precedents in Practical Research

The innovation ecosystem at IIT Ropar supports ideas originating from bachelor’s students, faculty members, or collaborative research groups. Illustrating how an initial concept moves toward commercial viability, Professor Ahuja noted, For example, a student or faculty member may have an idea to build a drone that can fly without being detected. They can use the institute’s facilities and support to develop the idea and build a prototype. Once a prototype exists, the campus incubation framework supplies equipment, technical assistance, dedicated mentors, and regular contact with financial backers. Explaining the lifecycle of these ventures, Professor Ahuja stated, Typically, incubation works for two years. A startup enters the incubation programme and, after two years, has to graduate, meaning it has to move out. Investor meetings occur at least once every quarter, providing founders multiple opportunities to secure funding while the institute retains an equity stake between 2% and 4% in supported startups. Doctoral scholars operating within this innovation-driven structure can advance through three distinct routes: patenting an invention, building a viable startup, or transferring developed technology to established corporations such as Tata, Reliance, or Honda for royalty payments. This model mirrors emerging international shifts; China recently introduced a similar route permitting selected doctoral candidates to graduate through practical achievements, exemplified by a civil-engineering scholar reported by Nature in February 2026 who successfully defended a bridge-pylon product instead of a written manuscript.