Shaheed Rajguru College of Applied Sciences for Women in Delhi University's Mayur Vihar campus has built a distinctive placement ecosystem focused on bridging academic excellence with industry requirements. As a premier women's institution specializing in applied sciences, the college combines rigorous coursework with practical skill development to prepare students for diverse STEM careers. The placement outcomes reflect this specialized approach, with consistent recruitment drives and growing corporate partnerships. Recent placement data highlights the college's focused outcomes across its undergraduate programs. The following table summarizes key metrics from the latest reported academic year:
SRCASW-Placement Overview
| Placement Metrics | UG |
| Total Students | 526 |
| Students Placed | 65 |
| Median Salary of Placed Students | ₹5 LPA |
SRCASW-Placement Trends and Analysis
The data indicates a selective placement pattern where approximately 12-13% of eligible undergraduates secure positions through campus recruitment. The median salary of ₹5 LPA aligns with entry-level compensation in applied science sectors like biotechnology, food technology, and instrumentation. This figure represents a competitive starting point for graduates entering fields such as laboratory research, quality control, and technical operations. Beyond these core statistics, the college reports notable peaks in individual offers, with exceptional students securing packages as high as ₹36.5 LPA in recent years. These high achievers typically enter specialized roles in data analytics, pharmaceutical research, and industrial R&D, reflecting the value of the institution's science-focused curriculum.
SRCASW-Institutional Support Systems
A dedicated placement cell drives the college's industry engagement through multifaceted initiatives:
- Corporate Partnerships: Over 100 active collaborations with companies across healthcare, FMCG, and technology sectors enable regular recruitment drives
- Skill Development: Mandatory workshops on technical competencies (e.g., lab instrumentation, statistical software) and soft skills (communication, interview techniques)
- Career Exposure: Industry visits, guest lectures from sector leaders, and internship facilitation with MNCs
- Alumni Integration: Networking events connecting current students with graduates in leadership positions
This structured approach helps students translate academic knowledge into workplace capabilities, with 60-70% securing industry internships during their studies.
SRCASW-Recruiter Profile and Roles
Leading employers consistently engage with the campus, including:
- Healthcare: Dr. Reddy's, Cipla, Fortis Healthcare
- FMCG: Nestlé, ITC, Dabur
- Technology: Infosys, Wipro, TCS
- Research: CSIR labs, ICAR institutions
Recruiters primarily seek candidates for roles such as laboratory technicians, quality analysts, research associates, and technical operations executives. The applied nature of the curriculum gives graduates practical advantages in instrumentation-heavy and process-oriented positions.
SRCASW-Future Pathways and Development
The college actively addresses evolving industry requirements through:
- Curriculum revisions incorporating emerging fields like bioinformatics and environmental biotechnology
- Expanded partnerships with startups in agritech and healthtech sectors
- Dedicated entrepreneurship cell supporting student ventures
- Advanced training in AI applications for life sciences
These initiatives aim to enhance placement diversity beyond traditional sectors while maintaining the institution's focus on women's empowerment through scientific education. Shaheed Rajguru College's placement framework demonstrates how specialized science education combined with strategic industry alignment creates meaningful career pathways. While placement numbers reflect selective opportunities, the quality of roles and compensation benchmarks indicate strong recognition from employers valuing applied science expertise. The institution continues to refine its industry interface to expand opportunities in emerging scientific domains.
