Božidar Obradović

As an R&D Engineer, I optimize measurement methods for nuclear applications and perform measurements related to radioactive waste characterization. I develop and customize radiation detectors for specific uses, leveraging my strong research and communication skills in a collaborative environment.

Highly organized R&D Engineer with a master's degree in Biomedical and Environmental Engineering. Passionate about nuclear and radiation physics, optimizing measurement methods for nuclear applications, and developing radiation detectors. Strong research, communication, and presentation skills with a collaborative approach.

Data Scientist with experience in automating data acquisition and building competitor pricing models using GLMs and XGBoost. Proficient in analyzing data and creating visualizations for senior stakeholders while guiding junior team members in project planning.

As a Junior Bioinformatics Analyst, I create, develop, and maintain client-requested pipelines for data acquisition, processing, and visualization. I provide user support regarding Velsera's suite of solutions and engage in code review and unit testing.

In my role as a Data Scientist, I automate data acquisition processes and build competitor pricing models using GLMs and XGBoost. I analyze data and create visualizations for senior stakeholders while guiding junior team members in project planning.

Junior Bioinformatics Analyst experienced in creating, developing, and maintaining client-requested pipelines. Skilled in data acquisition, processing, and visualization using Python and various libraries, providing user support regarding Velsera's suite of solutions.

Grade: 9.60/10.00

Master's degree in Biomedical and Environmental Engineering. Focused on the assessment of construction material's contribution to indoor radon concentration as part of the master's thesis.

Grade: 9.63/10.00

Bachelor's degree in Electrical and Computer Engineering with a focus on Biomedical and Environmental Engineering. Completed a thesis on ionization chambers for stationary gamma-ray monitoring.