(42 Lectures + 14 Tutorial)

1. Mechanical drawing and designs: Mechanical drawing tools, basic principles of mechanical drawing, dimensions, tolerances, from design to working drawings
2. Basics tools: hand tools, machines for making holes, lathe & milling machines, grinders, casting
3. Vacuumtechnology:gases,gasflow,pressureandflowmeasurement,vacuumpumps,pumpingmechanisms, ultrahigh vacuum, leak detection
4. Optical systems: optical components, optical materials, optical sources
5. Charge particle optics: electrostatic lenses, charged-particle sources, energy and mass analyzer
6. Detectors: optical detectors, photoemission detectors, particle and ionizing radiation detectors, signal to noise ration detection, surface barrierdetector, Particle detector: interactions of charged particles and photons with matter; gaseous ionization detectors, scintillation counter, solid state detectors
7. Electronics: electronic noise, survey of analog and digital I/Cs, signal processing, data acquisition and control systems, data analysis evaluation
8. Nano- and micro-fabrication: various lithography techniques such as photolithography, nanoimprint lithography, e-beam lithography, ion-ball milling
9. SEM, TEM, X-ray diffraction, SQUID Magnetometry, Magnetotransport, PL/CL time resolved spectroscopy, Rutherford Backscattering spectrometry (RBS), RBS-Channeling, UV-ViS-iR spectrometry.