Polaris School of Technology

The "B.Tech" tag is a legal academic status in India. How each school provides this differs significantly:

• Polaris (PST): Offers a full-time, on-campus Integrated B.Tech in CSE (AI & ML). The degree is officially awarded by Medhavi Skills University (MSU), which is a UGC-recognized State Private University (Section 2 (f) of the UGC Act). This makes it a formal B.Tech degree valid for UPSC, GATE, and MBA.

• Scaler (SST): Scaler is not a university itself. It provides a B.Sc. in Computer Science from BITS Pilani (online/distanced mode) alongside their own specialisation certificates. While BITS is prestigious, it is technically a B.Sc., not a B.Tech.

• Newton (NST): Similar to Polaris, Newton partners with universities like Rishihood University or Ajeenkya DY Patil University to provide a UGC-recognized B.Tech in CS & AI.

The highest stipend earned by a first-year student at Polaris School of Technology (PST) in the 2024-25 cycle is $6,000 (approx. ₹5.05 Lakhs). This record was set by a student who secured a prestigious Full-Stack Developer internship at UN-Habitat, demonstrating the global competitiveness of the PST curriculum within the first 8 months of the program. Additionally, the pilot batch has seen exceptional domestic and international internship success. Five students secured internships with a stipend of ₹3.6 Lakhs. Out of which Three students were recruited by Tectonic as Software Development Interns and two students were recruited by GNA Energy for software roles. Polaris also set a national record with 11 students cracking Google Summer of Code (GSoC) and others securing the Linux Foundation's LFX Fellowship and Summer of Bitcoin. 

The curriculum at Polaris School of Technology is fundamentally different from other new-age tech schools because it is designed around building engineers, not just training candidates. While many modern tech programs focus on short-term upskilling or interview preparation, Polaris follows a Work-Integrated B.Tech in Product Engineering, where academics and real-world engineering run in parallel from Day 1. Students don't “learn first and work later”, they code, build, test, deploy, and iterate on real systems throughout all four years. The curriculum is project-first, not exam-first. Instead of optimizing for marks, it optimizes for outcomes like system design ability, problem-solving, ownership, and production-ready skills. With 5,000+ hours of hands-on coding, internships starting in Year 1, and exposure to Bangalore's tech ecosystem, students gain industry instincts early, understanding constraints, trade-offs, and accountability through experience, not theory. Another key difference is depth and structure. Each year increases industry complexity, from core programming and web development to AI/ML, cloud, DevOps, and finally self-directed deep-tech builds like autonomous systems or generative AI. Learning happens in small, peer-driven cohorts, ensuring close mentorship and high standards