Engineering

Owing to the digital era, CSE is highly demanded these days. So, choosing the right university to pursue the course is a challenging task. So, I would recommend LPU because their syllabus is designed keeping in mind the industry demands, and company officials vet the syllabus. Different specializations are offered to students depending upon the stream they want to opt for. For example- In CSE, they provide cybersecurity, IoT, data Science, machine learning, and many more. Moreover, they give you the option for pathway electives: whether you want to be in the corporate sector, higher studies, Government Job, or entrepreneur. LPU has industrial tie-ups with numerous organizations for hands-on practical training and certifications in collaboration with the world's top brands. LPU has tied up with top companies to offer industrial training to B.Tech. Students at no extra fee. Right from Google, Microsoft, SAP, Bosch India to Amazon India, Tech Mahindra, Oracle, Cadence, Cisco, Lovely Professional University has the centers of excellence and tie-ups with many of the world's leaders and IT giants. And, this is how LPU ensures that its students are industry-ready and are accepted globally, in all streams. LPU has even tie-ups with companies like Upgrade, CompTia, GeeksforGeeks, etc. For a few B.Tech specializations. The University also provides the option of credit transfer and international exposure to their students. If I talk about the placements, the placement preparation is started from the very first year. Students are being given placement-oriented classes and even company-specific input also. Thousands of LPU students have got placed in top MNCs and are working all over the Globe. The highest Package Availed by Engineering (CSE) Student MS Tanya Arora is 42 LPA for batch 2020 by Microsoft. Students are placed in WorkIndia at 35 LPA; CLOUDERA at 31 LPA; AMAZON at a package of 30 LPA. An average package ranges from 5-10 LPA. Thanks.

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