Description
Biochemical engineers research on the field of life science striving for new discoveries. They convert those findings into chemical solutions that can improve the wellbeing of society such as vaccines, tissue repair, crops improvement and green technologies advances such as cleaner fuels from natural resources.
EssentialOptional
Theoretical Knowledge
toxicologygeneticsbiological chemistryanalytical chemistrybiologyengineering processesengineering principleshigh-performance liquid chromatographygas chromatographystatistical process controlgel permeation chromatographygood manufacturing practiceslife sciencesnanomaterialsfermentation processes of foodcryopreservationprocesses of foods and beverages manufacturingpharmaceutical industrypackaging engineeringcomputational chemistrypharmaceutical drug developmentsynthetic biologypharmaceutical chemistryfood storagescientific literaturefood materialsoxidationalternative fuelspackaging processespharmaceutical manufacturing quality systemsfood science
Practical Skills
use technical drawing softwarementor individualsmanage personal professional developmentadvise on nitrate pollutiondevelop professional network with researchers and scientistsmanage research dataevaluate research activitiesadjust engineering designsintegrate gender dimension in researchdocument analysis resultspromote the transfer of knowledgemanage open publicationsspeak different languagessynthesise informationensure compliance with safety legislationapply for research fundingthink abstractlyexamine engineering principlesinterpret 3D plansoperate open source softwareperform project managementadvise on manufacturing problemspromote open innovation in researchapply liquid chromatographydraft scientific or academic papers and technical documentationapply statistical analysis techniquesuse chromatography softwaredevelop biochemical manufacturing training materialsensure compliance with environmental legislationapply research ethics and scientific integrity principles in research activitiespromote the participation of citizens in scientific and research activitiesapprove engineering designmanage findable accessible interoperable and reusable datainteract professionally in research and professional environmentstest samples for pollutantsmanage chemical testing procedurescommunicate with a non-scientific audiencewrite scientific publicationsperform scientific researchinterpret 2D plansconduct research across disciplinesmanage intellectual property rightsincrease the impact of science on policy and societydemonstrate disciplinary expertisedisseminate results to the scientific communityrun laboratory simulationspublish academic researchteach in academic or vocational contextsanalyse medication's impact on brainexamine samples in dermatologydevelop biocatalytic processesdevelop food production processesapply blended learningdevelop pharmaceutical drugsdesign pharmaceutical manufacturing systemsperform toxicological studiesevaluate pharmaceutical manufacturing process