Bengaluru, Karnataka, India
Tumor microenvironment modelling, translational oncology workflows, and biomarker-guided therapeutic response studies.
Duration
16 weeks
Program fee
₹3,999
Lab Gallery
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Students learn translational assay planning, sterile culture workflows, imaging-based interpretation, experimental troubleshooting, data recording standards, and professional presentation of research outputs.
Aurelia Translational Oncology Laboratory offers a structured immersion into experimentally grounded cancer research for students seeking rigorous exposure to translational methods. The program combines supervised bench training with weekly translational seminars, data reviews, and case-linked discussions on how molecular observations inform experimental decision-making. Interns participate in tightly managed project modules aligned with active laboratory priorities and are expected to progress from protocol comprehension to accountable execution under faculty and senior scientist oversight.
The application deadline has passed. Closed on Apr 25, 2026.
Faculty highlight #1
Principal Scientist, Translational Oncology
Leads tumor biomarker strategy and mentors trainees in experimental design discipline.
Faculty highlight #2
Associate Faculty, Molecular Therapeutics
Supervises assay validation modules and integrated therapeutic response studies.
Faculty highlight #3
Program Mentor, Cell Systems
Guides students through sterile workflow, documentation standards, and weekly progress reviews.
The faculty team combines translational scientists, cell biology specialists, and assay development mentors. Students receive structured academic feedback, protocol-level supervision, and weekly project critiques with explicit performance guidance.
Techniques
Equipment
6 mentors supporting this program
124 interns trained across previous cohorts
Hands-on training included
Live project exposure available
Completion certificate provided
Applicants should be pursuing biotechnology, life sciences, pharmacy, biomedical sciences, or a related discipline with foundational molecular biology coursework and comfort working in structured laboratory environments.
Shortlisting is based on academic preparation, statement of interest, prior wet-lab familiarity, and a structured faculty conversation focused on research readiness and communication discipline.
Mandatory induction covers PPE, sterile technique, waste segregation, sample handling, chemical safety, incident escalation, and supervised access protocols for all experimental areas.
Students are expected to maintain accurate bench records, follow data-integrity practices, respect shared equipment schedules, and uphold collaborative professionalism in all research interactions.