Page 20 - REC :: B.E. BME Curriculum and Syllabus - R2019
P. 20

Department of BME, REC

                   •   To acquire knowledge on polymeric, ceramic and nano materials used in electronic
                       and medical industry

               UNIT I         ELECTROCHEMISTRY                                                         9
               Electrode potential – Electrodes– standard and reference electrodes, glass electrode. Nernst
               equation,  emf  series–applications.  Galvanic  and  concentration  cells.-applications  -  pH
               measurement, acid- base titration-potentiometric redox titration- conductometric titrations -
               potentiometric  sensors  -chemical  biosignals-  glucose  sensor,  gas  sensor-  blood  oxygen
               level.

               UNIT II        CORROSION AND ELECTROCHEMICAL PROCESSES                                       9
               Cause and effects of corrosion – theories of chemical and electrochemical corrosion – types
               of corrosion: galvanic, stress,intergranular corrosion and pitting corrosion –factors affecting
               rate of corrosion.
               Electroplating  (copper)-  electroless  plating  (Nickel)  -  electropolishing,  electrochemical
               machining- electrochemical etching - surface preparation – etching – drying -electrochemical
               etching of Cu from PCB - electrophoretic painting

               UNIT III       BATTERIES AND FUEL CELLS                                                     9
               Batteries-  types  -  battery  characteristics-fabrication  and  working  of    lead-  acid  battery-
               NICAD  -  lithium  ion  batteries  –  supercapacitors  –  introduction  –  types  –  electrochemical
               double layer capacitor – activated carbon –  carbon aerogels - Fuel cells – classification –
               principle – components - applications of hydrogen-oxygen fuel cell,solid oxide fuel cell, direct
               methanol, proton exchange membrane fuel cells and biofuel cells.

               UNIT IV        ADVANCED MATERIALS                                                           9
               Introduction  to  thermoplastics  and  thermosetting  plastics-  preparation  and  applications  of
               polypropylene  (PP),  polyvinylchloride  (PVC),  polyurethanes,polyamide  (Nylon  6,6),
               polyacrylates (PAN), silicone rubber, Biodegradable polymers( PGA and PLA) - conducting
               polymers – introduction and examples- polyaniline.
               Metallic  and  ceramic  implant  materials  :  Composition  ,properties  and  applications  of
               stainless steel, titanium based alloys, cobalt – chromium alloys- ceramics – hydroxy apatite
               –  medical  applications  -  membranes  for  plasma  separation  and  blood  oxygenation-
               introduction.

               UNIT V         NANO MATERIALS                                                                9
               Nanomaterials:Basics-distinction between nanoparticles and bulk materials- size-dependent
               properties  –  synthesis  of  nanoparticles  –  chemical  methods  -metal  nanocrystals  by
               reduction,solvothermal  synthesis,  photochemical  synthesis  ,sonochemical  synthesis  and
               chemical vapor deposition -  applications in electronics and medicine.


               LIST OF EXPERIMENTS:    CHEMISTRY LABORATORY (Any 10 experiments)           30

                   1.  Construction and determination of EMF of simple electrochemical cells and
                       concentration cells
                   2.  Estimation of acids by pH metry
                   3.  Determination of corrosion rate on mild steel by weight loss method
                   4.  Estimation of mixture of acids by conductometry
                   5.  Estimation of extent of corrosion of iron pieces by potentiometry
                   6.  Estimation of copper / ferrous ions by spectrophotometry


               R 2019 Curriculum & Syllabus/ B.E Biomedical Engineering                       Page 20
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