Jawaharlal Nehru University School of Computational and Integtrative Sciences is a other institution in New Delhi, established in 2001. The School of Computational and Integrative Sciences (SCIS) at Jawaharlal Nehru University was established in 2003 as a pioneering interdisciplinary institution in India. It emerged from JNU's commitment to bridging the gap between computational sciences and traditional life sciences, mathematics, and physics. Unlike siloed departmental structures, SCIS operates as an integrated research-teaching institution where faculty and students work across biological computation, mathematical sciences, chemical informatics, and systems biology. JNU itself was founded in 1969 by Prime Minister Indira Gandhi with a specific mandate to create a research-focused, socially conscious university with emphasis on international studies, area studies, and advanced research. SCIS inherited this DNA—combining JNU's historical strength in research with contemporary needs in computational sciences. The school admits roughly 120-150 students annually across all programs, maintaining exceptional faculty-to-student ratios (1:14 on average). Academic programs span integrated M.Sc. in Computational and Integrative Sciences (5 years), M.Tech in Computational Biology (2 years), M.Sc. in Life Sciences (2 years), and Ph.D. programs across multiple specializations. The M.Sc. Computational and Integrative Sciences is flagship—a rigorous program blending computer science, mathematics, chemistry, and biology from day one. Unlike conventional science degrees, students code from semester 1, work in wet labs, solve computational problems in real biological systems, and conduct research internships by year 2. Research strengths center on computational biology, drug discovery using molecular docking, systems biology modeling, bioinformatics, structural biology, and mathematical modeling of biological systems. The school has emerged as one of India's premier institutions for computational life sciences research, with faculty publishing consistently in Nature, Science, PNAS, and specialized venues like Molecular Systems Biology and Structure. SCIS labs have contributed to understanding protein folding, antimicrobial resistance patterns, and computational approaches to pandemic preparedness. Placement outcomes are notably strong for a research-focused institution. Recent batches report 85-92% placement within 3-4 months post-graduation, with median salaries of 8-12 LPA for M.Tech graduates and 7-10 LPA for M.Sc. graduates. Top recruiters include Syngene International, Infosys, TCS, Amazon (ML roles), biotech startups, and global pharmaceutical companies. However, placement data is NOT as aggressive as IITs—students often pursue 6-12 month postdocs, internships abroad, or further study (PhD at CSIR, IISER, international institutions). Notable alumni include researchers now at MIT, Stanford, Cambridge; several founded biotech startups (Xantus Biotech, Biosurge); others lead research groups at CSIR institutes and IISc. Many alumni pursue PhDs at top global institutions—this reflects SCIS's identity as a research-oriented school, not a placement-factory. Campus life is deeply intellectual and somewhat austere. The JNU campus in South Delhi is massive (1000 acres), with significant green space, but SCIS facilities are concentrated in one building—labs, classrooms, and student spaces. Student diversity is exceptional: roughly 35-40% from non-Hindi-medium states, 30% women (improving), significant representation from tier-2/3 cities. Student politics remains active at JNU level (university-wide unions, debates on fees, autonomy), but SCIS students are relatively focused on academics and research. Hostel accommodation is available (subsidized, ~3000-5000/month including mess), but spaces are limited; ~50% of students live on campus. Off-campus housing near JNU is affordable but 30-45 minutes by metro. Internet is reliable (100 Mbps+). Ragging is officially zero-tolerance, with strong enforcement. Safety for women is generally good, though standard big-city precautions apply. Who should apply: Students passionate about research, computational thinking, and biological sciences. Ideal candidates are strong in mathematics, coding, and have intellectual curiosity rather than purely placement focus. Not ideal for: students prioritizing high salaries, urban comfort, or brand prestige alone. SCIS rewards depth and independence; hand-holding is minimal. The school expects students to read primary literature, self-learn tools, and drive research forward. Unique aspects: (1) Integrated curriculum—no artificial separation between theory and computation. (2) World-class faculty mentorship in labs—students work directly with PhDs/postdocs from day 1. (3) Research output—undergraduates and M.Sc. students often publish in peer-reviewed journals. (4) Intellectual freedom—JNU's open culture permits academic discussion, dissent, and exploration. (5) Affordability—tuition is ~60,000-90,000/year, hostel minimal (~36,000/year), making it one of India's cheapest quality options for science. Cons: (1) Infrastructure aging in places—some labs are dated, computing facilities adequate but not state-of-art. (2) Placement timelines slower than IITs—students often take 4-6 months for jobs. (3) Location—South Delhi is not prime city center; commute tiring for off-campus students. (4) No direct MBA/finance pipeline; unsuitable for aspirants wanting corporate fast-track. (5) Limited industry collaboration compared to new-age institutions; more academic than applied-industry focus.