FACULTY OF CHEMICAL TECHNOLOGY AND BIOTECHNOLOGY

FACULTY OF CHEMICAL TECHNOLOGY AND BIOTECHNOLOGYmodulus, high tenacity) fibres (aramid, polyethylene gel, carbon,ceramics, glas), chemicals resistant fibres, heat resistantfibres; new technologies in textile finishing (biotechnologies,supercritical fluids, ultrasound); functional textiles (e.g. superabsorbent,antimicrobial, conductive, UV absorber).Laboratory practice: application of enzymes; modification ofnatural fibre, characterization of modified fibre; manufactureof fibre reinforced composite and its investigation.Basic Processes in Textile ChemicalTechnologyBMEVEFAM401Dr. Judit BorsaThe most important methods for study the structure offibres; the role of fibre structure in the processes of textiletechnology; adsorption, wetting, diffusion in textile chemicaltechnology; theory of dyeing. Laboratory practice: investigationof supermolecular structure of natural and syntheticfibres (X-ray, FTIR), determination of dyes' diffusion coefficientsPolymer PhysicsBMEVEFAM202Dr. Béla PukánszkyIntroduction. Terms and definitions: monomer, polymer,homo- and copolymer. Structure of the polymer, segments,entanglement. Supermolecular structure, amorphous andcrystalline materials. The individual chain. Shape, conformation,conformation distribution. The freely joined chainmodel. Interactions, solutions, determination of molecularweight. Phases and physical states, termomechanics. Rubberelastic state, thermodynamics. Rubber elastic state, kinetics.Flow, rheology. Measurement of viscosity. Glassy state, fracture,polarization optics. Crystalline polymers, structure.Crystallization kinetics, melting. Structure-property correlations,plasticization.Description of M.Sc. SubjectsBranch-depending Economic and Human Knowledge SubjectIntellectual Property (IP) ManagementBMEVEFAM103Dr. Béla Pukánszky, Jenõ KürtössyIP Management in the Innovation Process. Economicalbasics of the IP Management. IP protection categories: patent-, utility model-, design-, trademark protection, etc. The roleof the patents in the Plastic Industry. The patenting process.Case studies in the field of production and preparation.International IP agreements: the European Patent Convention,the Patent Cooperation Treaty, etc. The importance of the utilitymodel and the design protection. Definition of the trademarkprotection, case studies in the field of the PlasticIndustry. Hungarian and international IP databases.Patents in Pharmaceutical IndustryBMEVESZM401Dr. Ferenc Faigl, Dr. János ÕriConceptual classes and types of patents. Possibilities forthe legal protection of inventions developed during pharmaceuticalresearch projects. Relevant rules in Hungary, EU andseveral other countries (USA). Licence agreements for sale ofpatents and know-hows. Patent applications, patent affairs inthe practice, examples.Control and Management Methods in theChemical IndustryBMEVEKFM303Dr. Péter Mizsey, Dr. Béla KelemenDemonstration of the production chain on oil industrialexamples. Overview of the connected industrial sector andrelations. The tools of the production control. Maximising ofprofit for the long term production management. The philosophyof the Supply Chain Management. Model building andproduction control on the plant and factory levels. Overviewof the operator training softwares and their targets. Case studyproblems and their individual solutions.Quality assurance of drug productionBMEVESZM402Dr. István Csontos, Dr. Csaba KovácsHistorical review, concepts, comparing GMP and ISO,personal conditions, keymans, trainings, quality assurance ofrooms and apparatus (IQ, OQ, PQ), documentation ofmethod development in laboratory, development and validationof analytical methods, documentation system of scaleup, documentation system of routine production, validationof processes, validation of apparatus, quality control, qualityassurance, certificate, self checking, inspections, audits,process control systemsQuality Control (Quality Assurance)BMEVESAM206Dr. György PokolPrinciples and history of quality systems, the importantquality models. ISO 9000:2000 standard. Complex qualitysystems, the TQM model. Special quality models: GMP, GHPand GLP in the pharmaceutical industry, in agriculture, infood industry end in the service sector.Food safety, HACCP, hazard analysis and critical controlpoint method in the food production and in entertainmentsector. Audit and certification. Special quality control systemsof laboratories, quality systems based on GLP standard andISO 17025 standard, accreditation and certification.Requirements of ISO 17025 standard on the control ofadministration and technical fields. Documentation, referencebook of quality control and appendixes. Quality assuranceof analytical methods, method validation. Principals,analytical parameters of performance and methods of itsdetermination. Documentation of analytical methods, validationprotocol, documentation of validation. Examples83