Bispecific Antibody Design for Cancer Immunotherapy
Computational design of a bispecific DuoBody antibody targeting 4-1BB and PD-L1 for non-small cell lung cancer, published at IEEE ISEC 2025.
Biomedical Engineering Student
First-year biomedical engineering student working on computational genetics, synthetic biology, and community-driven engineering.
University at Buffalo Honors College | School of Engineering and Applied Sciences · Buffalo, NY, USA



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Research Interests
Structure-based design of bispecific antibodies for cancer immunotherapy.
Statistical and computational analysis of genetic data to study complex disease.
Low-cost, context-aware technologies for underserved communities.
Engineering biological systems and genetic tools for real-world applications.
Featured Research
Computational design of a bispecific DuoBody antibody targeting 4-1BB and PD-L1 for non-small cell lung cancer, published at IEEE ISEC 2025.
FLAMES and FUMA-based analysis of genome-wide association data to investigate the genetic basis of neurological conditions.
Low-cost, UV-based water purification system fine-tuned for disenfranchised communities, designed around resource constraints.
Selected Publications
Conference paper
Mohammad Aarish Khan, Gaurav Sharma
2025 IEEE Integrated STEM Education Conference (ISEC) • March 15, 2025
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I welcome conversations about research, mentorship, and opportunities in biomedical engineering and computational biology.