Bita Khalili Email & Phone Number

• Developing algorithms for analyzing next-generation sequencing data, with main focus on analyzing coverage data inferring copy number variation using normalization techniques and hidden Markov model (HMM) model• Experience with product development under design control• Cross-team collaboration to identify business needs and implement data-driven solutions• Using Python and R to translate data science into digital innovation• Leading projects and mentor junior team members• Providing expert technical support to clients through effective science communication, data analysis and code debugging

Lausanne Area, Switzerland

Prof. Sven Bergmann Lab Performed different integrative analysis techniques to discover patterns across large-scale biomedical datasets, like metabolomic and genomic data. • Implemented statistical total correlation spectroscopy analysis and performed modular analysis to automate metabolite identification in large-scale NMR datasets• Performed Genome-Wide Association Studies (GWAS)• Lead projects and mentor junior team members• Teaching assistant for "data analysis in Biology using R" course

Lausanne, Switzerland

Prof. Sophie Martin Lab• Collaborated closely with Biologists to develop mathematical models to study signaling pathways• Developed 3D Java simulations using finite volume discretization to solve reaction-diffusion partial differential equations (PDEs) to study cell polarity• Statistical analysis of experimental and computational data

Bethlehem, Pa, Usa

Prof. Dimitrios Vavylonis LabDuring my PhD, I collaborated closely with Biologists and developed computational models (reaction-diffusion PDEs) to understand how cells develop a preferred direction for growth, namely cell polarity.• Developed Java simulations and mathematical model to study the partner selection mechanism in fission yeast cells • Made COMSOL simulations to verify self-developed solutions • Teaching assistant for "Introductory Physics-Mechanics & thermodynamics", "Introductory Physics Laboratory-Electricity & magnetism" and "Introductory Astronomy Laboratory" courses.

Tehran, Iran

• Developed a C++ code to study the electric breakdown and the plasma dynamics in the Penning-type ion source• Applied finite difference method for solving differential equations and the Monte-Carlo method for modelling particle collisions• Teaching assistant for "C programming" and "Optics Laboratory-Optical Interference & Diffraction" courses.

Doctor Of Philosophy (Ph.D.), Physics

Master Of Science (Ms), Physics

Bachelor Of Science (Bs), Physics