Fikrat Talibli

Topic: - Graph-based algorithms for CRISPR-Cas analyses Tools: - Languages and tools: c++, CMakeLists, python, HMMER, hmm files; - Libraries: MegaHit assembly tool for succinct de Bruijn graph, openmp , pyhmmer, MegaGTA. Algorithms: - bounded cycle enumeration algorithm on directed graphs, specifically modification of Gupta Suzumura algorithm; - basic memory management techniques in a multi-threaded environment; - HMM integration into de Bruijn graph for gene detection; - Viterbi, A* algorithms for HMMs.

Tools used: - bioinformatics tools: python, biopython - visualization software: GFA graphs, graphviz, Bandage graph visualizer - data: genomic and metagenomic data

Werkstudent at Libelle AG: -development of communication module on node.js -redevelopment of web-platform on react.js -documentation of the written software/web-apps -management of appropriate updates on git

Online Instructor on a website - freelancer

Volunteering Accomplishments: Learned how to teach a class.

Accomplishments: Learned how to work in a team – consisting of people, who are working towards the same goal; experienced soul of camaraderie – get along with other teams is also one of the major components of being in a big company; worked with clients Responsibilities: I wrote multiple specific user-oriented programs in C#. I have also worked with clients from different countries, such as Riga, Estonia, Kazakhstan.

Error Control Coding: Algebraic and Convolution Codes API development for ECC System Embedded Systems Engineering Software Development for Real-Time Systems Model-Driven Software Engineering Software Defined Networking Business Management and Administration Business Process Management

Programming languages: computer science, Data structure and database systems, Digital systems, Operations research, Electronics, Signals and Systems, Neural networks, Circuit Engineering and Microprocessors, Data Mining, Mobile and parallel computer systems, Math in modern engineering