University of California, Berkeley
Electrical Engineering and Computer Sciences Department
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EE143, Fall 2016
Microfabrication Technologies
  • Lecture Schedule
    • Introduction to Materials and Processing (1-2 weeks)
    • Photolithography (2 weeks)
    • Etching (1 week)
    • Oxidation (1 week)
    • Deposition (1 week)
    • Diffusion (1 week)
    • Ion Implantation (1 week)
    • Metallization/CMP (1 week)
    • Simulation/Layout Process Integration (throughout)
    • Introduction to Devices (2 weeks)
  • Lab Schedule
    • Week 1: Aug. 29- Sept. 2 —— safety (GSI does field oxidation in nanolab)
    • Week 2: Sept. 5-Sept. 9 —— active area lithography and etching
      (Monday is a holiday this week. Cycle changes from Wed. to next Mon.)
    • Week 3: Sept. 12-Sept. 16 —— gate oxidation
      (Mon or Tue: GSI does poly-silicon deposition in nanolab)
    • Week 4: Sept. 19-Sept. 23 —— gate lithography and poly & oxide etching
    • Week 5: Sept. 26-Sept. 30 —— source-drain deposition & drive-in and intermediate oxidation
    • Week 6: Oct. 3-Oct. 7 —— contact hole lithography and etching
    • Week 7: Oct. 10- Oct. 14 —— metallization
    • Week 8 Oct. 17-Oct. 21 —— Metal defining lithography and etching & sintering
    • Week 9-14 Oct. 24- Dec. 2 (five weeks) —— Testing
      (Fri. Nov. 11, Wed. Nov. 23, Th. Nov. 24, Fri. Nov. 25 are holidays or non-instructional day.)
 Last updated August 25, 2016