Description
Nanoengineers combine the scientific knowledge of atomic and molecular particles with engineering principles for applications in a varied array of fields. They apply findings in chemistry, biology, and materials engineering, etc. They use technological knowledge for the improvement of existing applications or the creation of micro objects.
EssentialOptional
Theoretical Knowledge
nanomaterialsspectroscopychemistryanalytical chemistrybiologycomputational chemistrymaterials engineeringengineering processesengineering principlesnanotechnologycomputer simulationquantum technologypharmaceutical technologygreen chemistryindustrial research and developmentphysicsmathematical modellingdesign principleselectrical engineeringquantum computingmicrobiology-bacteriologypharmaceutical drug developmentoptical engineeringcomputational mechanicscontinuum mechanicspharmaceutical chemistryscientific literaturecomputer engineeringmechanicssolid mechanicslife sciences
Practical Skills
adjust engineering designsforecast organisational risksapply health and safety standardsexamine engineering principleswork with chemicalsassess environmental impactapprove engineering designperform chemical experimentsperform scientific researchtest chemical samplesintegrate new products in manufacturinguse chemical analysis equipmentdraft design specificationsuse CAD softwaredesign prototypesimprove chemical processesmanage chemical testing proceduresrecord test datadevelop pharmaceutical drugsdesign optical systemsdevelop components separation processesdevelop chemical productsdesign pharmaceutical manufacturing systemsanalyse test data