1. http://www.eet.bme.hu Budapest University of Technology and Economics Department of Electron Devices Microelectronics, BSc course Autumn semester 2010/2011, Requirements http://www.eet.bme.hu/~poppe/miel/en/00-requirements.ppt

2. Budapest University of Technology and Economics Department of Electron Devices 05-09-2011 Microelectronics BSc course, Requirements © András Poppe & Vladimír Székely, BME-EET 2008 2 Basic information ► 5 th semester ► 3+0+1 signature / 5 credits  3 hours of classroom lectures (average) 2x2 / even weeks, 1x2 odd weeks –Monday 12.00 – always (QB309) –Tuesday 12.00 – even weeks (QB331) This week is an odd week  1 hour computer laboratory practice in average Lumped into 4 four hour sessions –Schedule on edu.eet.bme.hu ► Lecturer: dr. András Poppe, assoc.prof., ► Laboratory practice: András Tímár,

3. Budapest University of Technology and Economics Department of Electron Devices 05-09-2011 Microelectronics BSc course, Requirements © András Poppe & Vladimír Székely, BME-EET 2008 3 Basic information (cont.) ► Department office (admin): QB 325 ► A. Poppe: poppe@eet.bme.hu (QB 326) ► A. Tímár: timar@eet.bme.hu (QB 319) ► Lab sessions: according to schedule made by the department  We start with visits to clean-room facility in building V2  We continue with CAD lab sessions at our new facility in building Q ► Course adminstration: MOODLE system: http://edu.eet.bme.hu/

4. Budapest University of Technology and Economics Department of Electron Devices 05-09-2011 Microelectronics BSc course, Requirements © András Poppe & Vladimír Székely, BME-EET 2008 4 Course administration:

5. Budapest University of Technology and Economics Department of Electron Devices 05-09-2011 Microelectronics BSc course, Requirements © András Poppe & Vladimír Székely, BME-EET 2008 5 Course administration Log in with your NEPTUN code

6. Budapest University of Technology and Economics Department of Electron Devices 05-09-2011 Microelectronics BSc course, Requirements © András Poppe & Vladimír Székely, BME-EET 2008 6 Laboratory practice ► Details from András Tímár ► Basically:  4 sessions / semester, 4 hours / session  Material of each session available in Moodle  Each session starts with a small test from the session material to be learnt by yourself  They who did not pass the test can not continue the lab  Introduction given by the instructor, small design tasks are to be solved  Documentation of the work done to be submitted for a strict deadline via Moodle  Score and feedback given by the instructor

7. Budapest University of Technology and Economics Department of Electron Devices 05-09-2011 Microelectronics BSc course, Requirements © András Poppe & Vladimír Székely, BME-EET 2008 7 Requirements for the signature ► Two major tests according to central schedule:  ~5th week  ~13th week  Mark 2 (satisfactory) required for the signature ► 4 laboratory sessions need to be completed with success  small test passed  practice completed  documentation submitted and accepted by the instructor ► Final mark: 80% major test, 20% laboratory mark ► Second chance: once for the major test, once for a failed laboratory session

8. Budapest University of Technology and Economics Department of Electron Devices 05-09-2011 Microelectronics BSc course, Requirements © András Poppe & Vladimír Székely, BME-EET 2008 8 Reading ► These PPT-s also available on the web  This one is both at and later in the Moodle system ► Parts of the book "Digital integrated circuits" by Jan M. Rabaey et al. ► Hungarian literature ► M. Rencz & I. Zólomy: Microelectronics handouts http://www.eet.bme.hu/~poppe/miel/en/00-requirements.ppt