Is Material Science Engineering from IIT Gandhinagar Worth It? Career Prospects and Branch Changes
Students considering an education in Material Science Engineering often find themselves at a crossroads, particularly when it comes to choices such as choosing between IIT Gandhinagar and other institutions, considering a branch change, and weighing the overall value of their degree in the industry. This article delves into the current landscape of the material science engineering field in India, the challenges faced by graduates, and the potential for branch changes within the IIT system.
Industry Demand and Curriculum Relevance
The field of material science engineering is a rapidly evolving discipline that combines principles from physics, chemistry, and engineering. However, in the Indian context, the demand for such engineers is still nascent. Indian engineering curriculums, often based on models that are decades old, may not fully align with current industry needs.
According to available data, there is currently no significant demand for graduates with a or in material science engineering. This reality is underscored by the lack of private companies specializing in the field. Major industries in India are more focused on computer programming and related fields, which are heavily reliant on platforms such as TopCoder and GitHub for evaluating potential candidates. As a result, the skills provided in a material science engineering program may not be in high demand, thereby questioning the value proposition of such a degree for many students.
Alternative Career Paths and Branches
Many graduates from popular engineering colleges in India often opt for alternative paths such as computer programming, where they can earn salaries ranging from 5 to 50 LPA (Lakhs Per Annum) depending on their proficiency. These career paths are more aligned with industry needs, as companies are more interested in coding proficiency and practical experience over academic qualifications.
Additionally, students often become managers after a series of fortunate events and personal connections, earning between 5 to 15 LPA. In these roles, academic credentials take a back seat, and companies prioritize applicants from well-known institutions, highlighting the importance of connections and networking within the industry.
Role of IIT Gandhinagar and Branch Changes
IIT Gandhinagar, like other IITs, offers the opportunity for branch changes, which can be a strategic move for students who are unsure about their initial academic path. However, the decision to pursue a branch change should be made carefully, considering several factors:
Interest and Passion: Ensure that the chosen branch aligns with your long-term goals and passion for engineering. Curriculum Relevance: Evaluate whether the new branch offers a more relevant set of skills that align with current industry demands. Advisory and Guidance: Seek advice from academic advisors and industry professionals to make informed decisions. Resilience and Flexibility: Recognize that the engineering landscape is constantly evolving, and being adaptable is crucial.A common example of a branch change scenario is a student who initially chose Material Science Engineering (MSE) at IIT Gandhinagar but later decided to switch to a more relevant branch. For instance, a classmate of the author dropped out of the MSE program and rejoined IIT Madras, indicating a possible shift towards more in-demand fields.
Conclusion and Future Directions
The decision to pursue a degree in Material Science Engineering from IIT Gandhinagar is fraught with challenges, particularly in the Indian job market. However, it is not entirely without value. The key lies in understanding the current industry demands, exploring alternative career paths, and being prepared to make informed decisions regarding branch changes.
For those seriously considering an entry into material science engineering, it is recommended to stay informed about industry trends, develop relevant skills, and be prepared for the realities of the job market. The continuous evolution of the engineering landscape also underscores the importance of flexibility and adaptability in making such decisions.