October 14, 2012 Department of Electrical Engineering and Computer Sciences Department Chair: David Culler Associate Department Chair: Tsu-Jae King EECS Cory Hall
8-Hardware Labs Capable of 24/7 student access 2-Computing Labs Cory Hall – Level 1 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments EE105 EE105 11 24 Windows EE105: 7 EE140 EE140 Parameter based i7 Lab PC’s analyzers, experiments 1 gain- exploring phase devices and meter, 2 circuit spectrum concepts analyzers, 3 curve EE140: 2 tracers, 2 Lab 3rd Floor – Existing Plan LCR meters, experiments 24 bench and a design stations with project Oscilloscop exploring e, DC power analog • supply, integrated EE 105: Microelectronic function circuits Devices and Circuits generator, • EE 140: Linear Integrated and Circuits multimeter Cory Hall – Level 1 Cory Hall – 353 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments EE C149 EECS 192 Lw199 13)Windows EE C149: 7 based PC’s printer Labs and (group of 2), final project exploring flatbed embedded scanner, systems slide scanner EECS 192: Capstone 12 lab design 2nd Floor – Existing Plan benches project: with Autonomous Oscilloscop 1/10 scale e, racecar multimeter, • function EE C149: Introduction to generator Embedded Systems and high • EECS 192: Mechatronics power DC Design Laboratory supply Cory Hall – Level 1 Cory Hall – 204/297 EECS
Fall ’12 Spring ‘13 Equipment Comp Experiments uting EE143 EE143 Microfabric-ation 8 10 Labs dealing and metrics lab Window with s PC’s equipment: semiconductor fabrication to *Oxidation make: Furnace Resistors, diodes, MOS- *Spin Rinse Dryer. Capacitors, simple IC’s, 2nd Floor – Existing Plan *Mask Aligner MEMS structures, like *Spectroscopic bimorphs. Reflectometer Lear basic lab techniques, how • Microfabrication Technology to operate fabrication equipment, how to characterize devices students make. Cory Hall – Level 1 Cory Hall – 218 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments 290 F 290 F White light 4 optics source, experiments cameras, and a optics computational equipment imaging and hardware experimental for precision project mounting, cleaning 1 st Floor – Existing Plan supplies for optics. Optical table for mounting experiments • Advanced Topics in Photonics Cory Hall – Level 1 Cory Hall – 144E EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments UNDER EE 40 24 Lab 24 i7 PCs 7 Labs and CONSTRU- benches with Final project CTION Oscilloscope, (EEG) multimeter, exploring DC power basic circuit supply and concepts function generator 1 st Floor – Existing Plan • Introduction to Microelectronic Circuits Cory Hall – Level 1 Cory Hall – 140 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments EE 24, EE EE 24, 35 FPGA 20 Windows EE24: Students 40/43/100, EE141, boards, P380 PCs explore EE141, CS150, for electronics CS150, EE98/198 20 benches EE40/43/100 EE40/43/100: 7 EE98/198 DeCal with Labs and Final 35 Linux DeCal oscilloscope project (EEG) P380 PCs , power exploring basic for CS150 supply, circuit concepts multimeter EE141: 5 12 Linux and function software labs and T7400 PCs generator 1 hardware lab on 1 st Floor – Existing Plan for EE141 digital circuits • EE24: Freshman Seminar: CS150: 6 Labs and a capstone Electrical Engineering project using • EE40: Intro to Microelectronic digital hardware Circuits EE98/198: • EE43: Intro Electronics Lab Student led • EE100: Electronic course aimed at Techniques for Engineering mentoring high • school students in EE98/198: Pioneers in a robotics Engineering DeCal competition • EE141: Intro to Digital Integrated Circuits • CS150: Components and Techniques for Digital Systems Cory Hall – Level 1 Cory Hall – 125 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments EE C125 9 lab 9 Windows EE C125: 8 based PC’s benches Labs and with final project Oscilloscop exploring e, robotics multimeter, concepts function generator, and power 1 st Floor – Existing Plan supply. Optitrack and Phase Space 3D tracking system • EE C125: Introduction to Robotics Cory Hall – Level 1 Cory Hall – 119 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments EE 142 EE 117 10 Spectrum 7 Windows EE117: 6 based PC’s & network Labs analyzers, 10 exploring signal electromag- generators, netism 13 oscilloscopes EE142: 4 , 10 power Labs on supplies, 5 design of RF 1 st Floor – Existing Plan SMT solder circuits stations • EE142: Integrated Circuits for Communication • EE117: Electromagnetic Fields and Waves Cory Hall – Level 1 Cory Hall – 111/117 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments EE 20N EE 20N Printer, 30 Windows 9 software sound & PCs labs using video LabVIEW, projection Matlab mathematical modeling of signals and systems with 1 st Floor – Existing Plan applications to audio, images, video, communi- • EE20N: Structure and cations, and Interpretation of Systems and control Signals Cory Hall – Level 1 Cory Hall – 105 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments Drop-in for Drop-in for 2 printers; 16 Windows Software for all classes all classes 2 scanners PCs; most EE and CS classes 4 SunRay are available xterminals; 6 powered / networked laptop 1 st Floor – Existing Plan stations Linux, Windows and Solaris • General access Instructional servers Computing Lab • 24x7 access with cardkey Cory Hall – Level 1 Cory Hall – 199 EECS
Cory Hall – Level 1 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments Mac Lab: Mac Lab: printer 30 MacPros Scratch, BYOB CS10 CS10 DeCals DeCals Maya; Renderman; Xcode; iOS development 2nd Floor – Existing Plan SelfPaced: SelfPaced: Linux, Programming Windows in C, C++, CS9A, CS9A, and Solaris Java, Pascal, • CS10: Beauty of Computing CS9B, CS9B, servers Python, CS9C, CS9C, Fortran, • SelfPaced: programming CS9D CS9D Matlab CS9E, CS9E, languages & Matlab CS9F, CS9F, CS9G, CS9G, • Decals: MacOS Developers, CS3S CS3S Gamecrafters, Graphics Group Cory Hall – Level 1 SD Hall – 200 & 200a EECS
6- Computing Labs Cory Hall – Level 1 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments CS61A CS61A b&w and 35 Solaris Algorithms “ SunRay ” color and printers xterminals; programming (nearby) using 2 SUN Python3 T5220 SPARC Solaris servers 2nd Floor – Existing Plan • CS61A: Structure of Computer Programs Cory Hall – Level 1 Soda Hall – 271 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments CS61A CS61A b&w and 31 Solaris Algorithms “ SunRay ” color and printers xterminals; programming (nearby) using 2 SUN Python3 T5220 SPARC Solaris servers 2nd Floor – Existing Plan DeCal DeCal Exercises in UNIX command • shells CS61A: Structure of Computer Programs • DeCal: UNIX Systems Administration Cory Hall – Level 1 Soda Hall – 273 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments CS61B CS61B b&w and 34 Solaris data color X86 PCs; structures, printers data types, (nearby) 4 Opteron storage Solaris X86 management, servers software engineering, algorithms using Java 2nd Floor – Existing Plan • CS61B: Data Structures Cory Hall – Level 1 Soda Hall – 275 EECS
Fall ’12 Spring ‘13 Equipment Computing Experiments CS61AS CS61AS b&w and 35 Solaris Algorithms “ SunRay ” color and printers xterminals; programming (nearby) using STk, Hadoop / 12 powered mapreduce / networked laptop stations 2nd Floor – Existing Plan DeCal DeCal Linux, Exercises in Windows HTML and • Drop-in lab for all courses and Solaris Web servers programming • CS61AS: Structure of Computer Drop-in for Drop-in for Programs (using STk) all classes all classes • Decal: Web Design Cory Hall – Level 1 Soda Hall – 277 EECS
Equipment Computing Experiments 290 Soda: Login servers for Departmental Solaris data center Backend servers for UNIX home directories, Windows home directories, WEB, email, LDAP, SVN Icluster (26 node 165 Cory: Departmental cluster) 2nd Floor – Existing Plan data center Login servers for • 290 Soda is a departmental data Solaris, Windows, center that includes many Linux Instructional servers Backend servers for • 165 Cory is another video streaming, tape departmental data center that archives includes many Instructional servers Cory Hall – Level 1 Soda Hall – 290 EECS
Recommend
More recommend
