Description
Bioengineers combine state of the art findings in the field of biology with engineering logics in order to develop solutions aimed at improving the well-being of society. They can develop improvement systems for natural resource conservation, agriculture, food production, genetic modification, and economic use.
EssentialOptional
Theoretical Knowledge
nanomaterialsgeneticsbiological chemistrybioeconomybiologycomputational chemistrysynthetic biologyengineering processesengineering principleslife sciencesbiotechnologycomputational biologystem cellsindustrial research and developmenttoxicologyevolutionary biologyfermentation processes of foodbiomedical engineeringcryopreservationanalytical chemistrydesign principlesprocesses of foods and beverages manufacturingscientific research methodologymedical devices materialspharmaceutical industrypackaging engineeringpharmaceutical drug developmentmathematicstest procedurespharmaceutical chemistryhigh-performance liquid chromatographygeneral medicinegas chromatographyfood storagescientific literatureproduct data managementindustrial designcomputer simulationstatistical process controlfood materialsgel permeation chromatographylaboratory techniquesgenomicspharmaceutical manufacturing quality systemsfood science
Practical Skills
adjust engineering designsdevelop bioremediation techniquesapprove engineering designperform scientific researchassess the feasibility of implementing developmentsuse technical drawing softwareperform laboratory testsadvise on nitrate pollutiondevelop product designapply scientific methodssafeguard biodiversitydocument analysis resultsensure compliance with safety legislationdraft design specificationsdesign scientific equipmentconduct ecological researchdevelop test proceduresliaise with genetic laboratoriesexamine engineering principlesinterpret 3D plansmanage bioreactorscollect biological dataadvise on manufacturing problemsapply liquid chromatographyapply statistical analysis techniquesgather experimental datadevelop biocatalytic processesdesign prototypesdevelop food production processesuse chromatography softwaredevelop biochemical manufacturing training materialsensure compliance with environmental legislationexecute analytical mathematical calculationstest samples for pollutantsmanage chemical testing proceduresdevelop pharmaceutical drugsassist in clinical trialsdesign pharmaceutical manufacturing systemsinterpret 2D plansperform toxicological studiesincrease the impact of science on policy and societyrun laboratory simulationsevaluate pharmaceutical manufacturing process