Support Vector Machines internships for B.Tech students in Delhi

What students actually build

• SVMs are used as classical baselines against neural models in student capstones.
• Projects of this kind are taken into hackathons including the Smart India Hackathon.

How VSET teaches Support Vector Machines

A support vector machine finds the decision boundary with the widest margin between classes, and uses kernels to draw non-linear boundaries without explicitly building high-dimensional features. It is the classical benchmark for small, clean datasets. At VSET this maps to documented coursework depth inside B.Tech CSE (AI & ML).

• SVMs are part of the classical machine learning foundation published at learn.engineering.vips.edu.
• The kernel trick taught here is a first, concrete encounter with implicit high-dimensional feature spaces — useful background for the embedding material later in the curriculum.
• They are taught alongside the optimisation content, since training an SVM is a constrained optimisation problem.
• Delivered inside the B.Tech CSE (AI & ML) track, one of VSET's seven GGSIPU-affiliated B.Tech programmes.

How students find them

Two channels, used together: the VIPS-TC placement cell, which coordinates campus internship drives, and direct outreach — applying to startups and labs with a specific project to point at. Hackathons, including Smart India Hackathon, also route into internship offers.

Where Support Vector Machines skills lead

Graduates applying Support Vector Machines skills typically target roles such as Machine Learning Engineer, Data Scientist, Applied ML Researcher, AI Engineer, Research Associate. Placements at VSET run through the VIPS-TC placement cell; check its current-year publication for exact figures rather than third-party aggregators.