As the Head of Business Development and Co-Founder at AnalysisMode, I play a pivotal role in shaping the business's direction and propelling AI to the forefront of bioprocessing. My journey is marked by a fervent commitment to innovation, a strong belief in AI's transformative potential, and a focus on bridging the gap between science and advanced technologies.Key Responsibilities:1. Strategic Business Development: I'm the driving force behind expanding our horizons in the… Show more As the Head of Business Development and Co-Founder at AnalysisMode, I play a pivotal role in shaping the business's direction and propelling AI to the forefront of bioprocessing. My journey is marked by a fervent commitment to innovation, a strong belief in AI's transformative potential, and a focus on bridging the gap between science and advanced technologies.Key Responsibilities:1. Strategic Business Development: I'm the driving force behind expanding our horizons in the bioprocessing industry, identifying new opportunities, and ensuring our growth aligns with our vision.2. Partnerships and Alliances: Creating meaningful partnerships with biopharmaceutical companies, CDMOs, equipment manufacturers, and academia is a core focus, fostering an ecosystem of collaboration.3. AI-Powered Bioprocessing: At AnalysisMode, we've put AI at the heart of bioprocessing. My role is to drive the adoption of AI solutions, bringing about a transformative shift in bioprocess modeling.4. Marketing and Branding: Amplifying our presence in the biopharma community through strategic marketing channels and establishing SimCell as a trusted brand.5. Lean and Value Proposition: Applying my expertise to identify customer needs and translate them into product development strategies.6. Networking and Industry Engagement: Engaging actively in the biopharmaceutical ecosystem, I've leveraged platforms like LinkedIn to expand our network and drive the AI revolution in bioprocessing.Impactful AI Integration in Bioprocessing:The heart of my role as the Co-Founder of AnalysisMode is to make AI accessible for the biopharma industry, transforming the landscape of bioprocessing. AI integration has opened doors to unprecedented insights, efficiency, and innovation. SimCell, an AI-driven tool we've developed, accelerates bioprocessing, reduces costs, and empowers scientists in their quest for advanced therapies Show less

Futures Leaders Summit (FLS) gathers future STEM leaders from Bosnia and Herzegovina. By establishing an event that will annually gather prospective change makers in the field of STEM, we aim to create a strong network that will change the way we perceive the industry and the future of our country's development.My responsibilities included: - strategy for sponsorships and partnerships - execution and implementation- organizing and coordinating team activities -… Show more Futures Leaders Summit (FLS) gathers future STEM leaders from Bosnia and Herzegovina. By establishing an event that will annually gather prospective change makers in the field of STEM, we aim to create a strong network that will change the way we perceive the industry and the future of our country's development.My responsibilities included: - strategy for sponsorships and partnerships - execution and implementation- organizing and coordinating team activities - fundraising - communication with sponsors Show less

Variant analyst helping clinicians prevent disorders by classifying DNA variants using ACMG criteria. • Synthesized and presented complex information in brief but clear summaries • Analyzed variant-related published scientific literature, genetic and population databases (NCBI, ClinVar, HGMD, ClinGen, OMIM, gnomAD, etc.)• Analyzed variants using Alamut tools (splicing predictions, NMD predictions , UCSC db etc.) and IGV • Wrote customized result reports• Assigned ACMG… Show more Variant analyst helping clinicians prevent disorders by classifying DNA variants using ACMG criteria. • Synthesized and presented complex information in brief but clear summaries • Analyzed variant-related published scientific literature, genetic and population databases (NCBI, ClinVar, HGMD, ClinGen, OMIM, gnomAD, etc.)• Analyzed variants using Alamut tools (splicing predictions, NMD predictions , UCSC db etc.) and IGV • Wrote customized result reports• Assigned ACMG criteria to collected evidence • Improved analytical skills by critically reading scientific publications • Improved detail orientation by remembering and applying SOPs for different types of variants • Improved critical thinking by making decisions based on fewer evidence Show less

Thesis Title: Computational assisted design of antagonists of the CB1 cannabinoid receptor with peripheral selectivity • Performed structure-based analysis of 7 different chemical series; Analyzed potential peripherally selective drugs • Receptor modelling: Prepared two different starting CB1 receptor structures using PDBdb and PyMol alignment tools • Carried out ligand docking on CB1-Rimonabnat minimized structures using Schrödinger Tools: Maestro’s Protein Preparation Wizard… Show more Thesis Title: Computational assisted design of antagonists of the CB1 cannabinoid receptor with peripheral selectivity • Performed structure-based analysis of 7 different chemical series; Analyzed potential peripherally selective drugs • Receptor modelling: Prepared two different starting CB1 receptor structures using PDBdb and PyMol alignment tools • Carried out ligand docking on CB1-Rimonabnat minimized structures using Schrödinger Tools: Maestro’s Protein Preparation Wizard, 2D Sketcher, LigPrep and GLIDE’s standard precision: Docking protocol performed on all 40 compounds on 2 xtal structures • Analyzed structure-affinity relationships of CB1 and docked ligands • Run MD (molecular dynamics) analysis: 3 runs of 50 ns on two selected chemical series; Analysis performed using GROMACS: RMSF on ligand, RMSD on backbone and ligand, Ligand-protein hydrogen bond analysisSupervisor: Hugo Gutierrez de Teran; Co-supervisor: Willem Jespers Show less

Taking personal care of a person with special needs• Prepared therapy and meals • Assisted the patient in his daily routines • Improved my intuition and stress response by being responsible for following the breathing and oxygen level of the patient • Worked in a multicultural environment where I had to communicate with non English speaking coworkers to coordinate activities

Computational-assisted ligand design: novel adenosine A2B receptor antagonists as anti-cancer drugsThe series was analyzed with one of the most exhaustive free energy perturbation studies on a GPCR, obtaining an accurate model of the structure–activity relationship of this chemotype. In this study, a correlation was found between FEP predictions and the structure-affinity relationship of the dataset. The results will be used in the assessment of the synthesis of novel derivatives of A2B… Show more Computational-assisted ligand design: novel adenosine A2B receptor antagonists as anti-cancer drugsThe series was analyzed with one of the most exhaustive free energy perturbation studies on a GPCR, obtaining an accurate model of the structure–activity relationship of this chemotype. In this study, a correlation was found between FEP predictions and the structure-affinity relationship of the dataset. The results will be used in the assessment of the synthesis of novel derivatives of A2B antagonists, which will be tested for their effect as anti proliferative compounds in certain cancer types. • Performed extensive FEP calculations on different A2B antagonist series • Tested different FEP protocols by manipulating the protocol Publication: https://pubs.acs.org/doi/abs/10.1021/acs.jmedchem.0c01431Supervisor: Hugo Gutierrez de Teran; Co-supervisor: Willem Jespers Show less

-Demonstrated organisational skills in leading lesson flow and curriculum design-Rated with 4.8/5 from student feedback, indicating a high ability to transfer knowledge and demonstrate empathy towards different cultural backgrounds and learning styles

Performed urine sedimentation and analysis, blood analysis, peripheral blood analysis, semen analysis, tumor and hormone markers

Performed urine sedimentation and analysis, blood analysis, peripheral blood analysis, tumor and hormone markers