Cell Growth and Molecular Biology Skills
Mammalian Cell culture techniques
Cytotoxicity assay (MTT, and CCK-8)
Fluorescence Imaging
Confocal microscopy
Live/Dead staining
Assays troubleshooting, and Optimization
BCA assay
Pyruvate kit assay
Beta-NADH assay
Crystal violet assay
ELISA
Lactate Dehydrogenase Assay
Microbiological Techniques
Bacterial culturing-Pseudomonas aeruginosa
Antibacterial test
Biofilm matrix analysis and imaging
In-vivo Techniques
Shadowed procedures, including mouse injection, euthanasia, dissection, and tissue fixation
Structural and Morphological Analysis
SEM, TEM, TGA, and Rheometry
Spectroscopic Techniques
UV-Vis, FTIR, XRD, ICP-OES, XPS, and NMR
Particle Characterization Techniques
DLS, and NTA
Data Analysis & Statistical Tools
Microsoft office, Origin, and Graphpad
Programming language (Python, R)
Protein Modeling Software
Familiar with Protein Computational Modeling (PyMOL and Maestro)
Software Skills
SolidWorks, MestReNOVA, ChemDraw
Mouse Study
Biofilm Study
Cell Study
Protein Design
Soft Skills
Enthusiastic mindset
Fast learner
Problem-solving – shown in assay development, therapeutic modeling, and technical troubleshooting
Scientific communication – through publications, conference talks, and public speaking at graduation
Cross-functional collaboration – working with peers across labs, mentoring students, and interdisciplinary research
Mentorship & leadership – coached five students, led safety initiatives, and served in student government roles
Regulatory and protocol compliance – maintained SOPs, followed ISO 10993 standards, managed biosafety practices
Organizational skills – event logistics, protocol development, and consistent lab documentation
Time management – balancing dissertation work, lab duties, student mentoring, and speaking engagements
Adaptability – transitioning between academic and applied projects, working across disciplines
Attention to detail – evident in assay optimization, material characterization, and documentation practices
Teamwork – described in lab roles, leadership positions, and collaboration with cross-functional teams
Initiative and proactivity – outreach to professionals, application-driven networking, student mentorship
Public speaking – graduation speaker, conference presentations
Writing skills – peer-reviewed publications, SOP drafting, technical documentation
Creativity in research – novel material synthesis, assay innovation, translational approaches
Professionalism – consistent tone and conduct in communication and scientific settings