Prepared by Marcel J. Castro Sitiriche Fernando Vega Riveros Elizabeth Rivera Raúl E. Torres Muñiz. November 3, 2011

Transcription

1 Prepared by Marcel J. Castro Sitiriche Fernando Vega Riveros Elizabeth Rivera Raúl E. Torres Muñiz November 3, 2011

2 PRELUDE Starting Point What is Engineering? Motivation to Study Engineering What is Technology? What kind of responsibility involves engineering design? ADENTRO! Miguel de Unamuno

3 Outcome What kind of work Electrical and Computer Engineers do? I like this area. Where can I work? I want to work doing this. Which area fits the best? Overview of different areas Beyond ECE

4 ECE Mission The Department of Electrical and Computer Engineering has the task of performing teaching, research, and service activities to: Prepare citizens from the entire socioeconomic spectrum so that they may have 1. Excellent skills in the electrical technology fields, computational fields, and related areas 2. Leadership and capacity of the continuous learning necessary to develop those skills 3. Social and environmental responsibility 4. Appreciation of economic, ethnic, and cultural values which complete their formation. Expand the frontiers of knowledge within the electrical and computer engineering fields and related areas. Provide benefits obtained through teaching and research activities in service to the academic community and to Puerto Rico.

5 ECE Vision To be recognized as the best electrical and computer engineering department in Latin America, the first source of bilingual Hispanic electrical and computer engineers in the Puerto Rico and United States labor markets, with the depth and scope that a five-year Bachelor s degree program can provide.

6 ECE Program Educational Objectives Graduates from the EE program will: 1. Become educated citizens who, as electrical/computer engineers, contribute by applying, ethically, their specialized knowledge to the educational, cultural, social, technological and economic development of their societies. 2. Demonstrate a combination of analytical, computational, and experimental knowledge and skills to make them competitive within the electrical/computer engineering practice. 3. Demonstrate communication skills in Spanish and English that enable them to effectively participate and contribute in both linguistic environments. 4. Value the importance of lifelong learning as demonstrated by pursuing graduate studies, being involved in professional societies, or pursuing professional advancement and success.

7 EE and CE Program Areas Electrical Engineering Applied Electromagnetics Digital Signal Processing Control Systems Power Electronics Computer Engineering Communication and Signal Processing Computing Systems Hardware and Embedded Systems

8 LOWER ATMOSPHERE WORK WITH THE ARECIBO 430-MHZ RADAR Juan C. Roman Valentin, Natalie Pujols Rosa, Nicole Rodriguez Carrion and Jose Gonzalez Torres 28 MARCH 2011

9 UPRM - ARECIBO OBSERVATORY LAB Wireless Communications and Networks Radar Space and Atmospheric Sciences INEL and ICOM Henrick-Mario Ierkic, PhD henrick.ierkic@upr.edu

10 Electrical Engineering Communication Systems Signal Processing Computer Engineering Networking Digital Signal Processing

11 Communication Systems Transmission of information across a channel such as a coax cable, optical fiber or free space. The information may be voice, images, video, data, software, or text messages. Design and development of devices, equipment, and systems for Point to point communication Networks

12 Examples of Applications Digital and cellular telephony, Broadcast TV and radio, Digital TV Satellite communications, Optical fiber communications, Deep space communications, Local-area networks, Sensor networks Internet and World Wide Web communications.

13 ICOM: Computer Networking (including Mobile Computing, and Distributed Systems)

14 Applications Internet Banking and Finance Video conferencing and video streaming Wireless and sensor networks Intelligent Buildings Security systems Entertainment industry

15 Signal Processing Video Deals with the representation, transformation, and manipulation of signals and the information they contain A signal is any time-varying or spatial-varying quantity that carries information. Signals can be Analog continuous time signal Digital discrete time EKG

16 Sample Applications Speech processing Image Processing Multimedia Music Telecommunications and Consumer Products Biomedical Applications Radar and Sonar Systems

17 Opportunities After Graduation Graduate Studies Telecommunications Companies Cable Companies Manufacturing Medical Imaging Environmental Consultants Government Research Laboratories Aerospace Industries Many others!!!!!!!!

18 Job Market US NASA, NGA, ITT, Lockheed Martin, Raytheon, Agilent, IBM, Kodak, CISCO, Puerto Rico PRT, Telefonica SA, Government, Islanet, Claro, AT&T IT in manufacturing, and finance companies (BPPR, Pharmaceutical). Medical devices (Medtronics), Harris & HP in Aguadilla Your own business!

19 Some Areas: Renewable Energy Systems, Power System Op.& Control, Photovoltaic Systems, Power Electronics, Electric Drives, Optimization, Transmission & Distribution, Illumination Engineering, High Voltage Engineering, Electrical Safety Power and Energy

20 Alternate Energy Sources Stability and Dynamics Device and Load Modeling Power Quality Areas of Expertise Power Electronics & Drives System Protection (fault analysis & relaying) Operations & planning Analysis, Computing & Economics Transient Phenomena and Insulation Coordination

21 POWER WORKFORCE Major Areas of Employment Renewable Energy and Conservation Electric Power Utilities Construction and Maintenance Manufacture

22 Electrical Engineering BS Program Structured EE Program EE Core Courses (33 credits) INEL 5195: Design Project in Electrical Engineering EE Electives EE Breadth Electives (10 credits) INEL 4152: Electromagnetics II INEL 4202 and 4212: Electronics II and Lab. INEL 4301: Communications INEL 4405: Electric Machines EE Depth Electives (15 credits) Choose one of the Specialization Area

23 EE Program Areas Applied Electromagnetics Digital Signal Processing Control Systems Power Electronics

24 Electrical Engineering BS Program Applied Electromagnetics Option INEL 4301 INEL 4152 INEL 4201 INEL 4152 INEL 4201 INEL 5029 Telecommunications Electronics INEL 5306 Microwaves At least two courses, should be taken from the square INEL 4301 INEL 4152 INEL 4301 o INEL 4095, y INEL 4152 INEL 5307 Optics Communications INEL 5316 Wireless Communications INEL 5305 Design and Antenna Theory Required Courses Courses to complete the area Recommended Course or INEL 5195 Design Project in Electrical Engineering

25 Laboratories related to Applied Electromagnetics Location Contact Person Radiation Laboratory S-120B R. Rodríguez Solís CLiMMATE: CLoud Microwave Measurements of ATmospheric Events S-201 S. Cruz-Pol Applied Electromagnetics (GEMA) S-202 R. Rodríguez Solís & J. Colom Atmospheric Phenomena S-120A L. Orama Radar Laboratory S-700 J. Colom

26 Electrical Engineering BS Program Communications and Signal Processing Option INEL 4095 ININ4010 INEL 4301 INEL 5327 Image Processing INEL 5309 Digital Signal Processing Or ICOM 4046 Digital Processing of Signals (in process of activation) INEL 5315 Theo. Communications II INEL 5046 or ICOM 5346 Pattern Recognition At least 2 out of these 3 courses must be selected At least 1 must have been taken before the Capstone INEL 5355 Intro. Subsurface Sensing and Imaging or INEL 5195 Design Project in Electrical Engineering INEL 4307 Computers Communication INEL 5307 Optics Communications INEL 5316 Wireless Communications At least 2 out of these 3 courses must be selected At least 1 must have been taken before the Capstone Required Courses DSP Track Communications Track Requirements changed to students admitted after August 2007 Check with the Communication Committee for updated information

27 Laboratories related to Communications Location Contact Person Laboratory for Applied Remote Sensing and Image Processing (LARSIP) CID 218->224 M.Vélez Reyes Space Information Laboratory (SIL) CID 226 M.Vélez Reyes

28 Electrical Engineering BS Program Control Systems Option INEL 5508 Digital Control Systems INEL 4505 INEL 4206 INEL 4505 INEL 4206 INEL 5505 Linear System Analysis At least one of these two courses before taken INEL 5195 INEL 5516 Robotics and Automation INEL 5506 Instrumentation and Process Control At least one of these two courses INEL 5195 Design Project in Electrical Engineering INEL 4416 Power Electronics INEL 5205 Instrumentation Required Courses Recommended Courses MATE 4031 Linear Algebra INEL 5408 Motors Control

29 Laboratories related to the Control Location Contact Person Power Electronics Laboratory S-101 E. Ortiz Process Instrumentation and Control Systems Laboratory S-212 & S-213 G. Beauchamp Robotics Laboratory S-102 R. Torres Biomedical Laboratory S-215 E. Juan

30 Electrical Engineering BS Program Electronics Option INEL 4205 INEL 4202 INEL 4205 INEL 4201 INEL 5265 Design of Analog Integrated Circuits INEL 5207 Op. Amps. And Analog Integrated Circuits INEL 4206 ICOM 4215 Computer Architecture ICOM 5217 Microprocessor Interface Choose any 2 of these courses as pre-requisites to INEL 5195 INEL 4207 INEL 5206 Design of Digital Systems INEL 4201 INGE 3045 INEL 4218 Integrated Circuits INEL 4207 Digital Electronics INEL 5205 Instrumentation INEL 4416 Power Electronics Recommended Courses INEL 5195 Design Project in Electrical Engineering Required Courses Analog Circuits Track Digital Circuits Track

31 Laboratories related to Electronics Location Contact Person ICDL: Integrated Circuits Design S-210 R. Palomera and M. Jiménez RASP: Rapid System Prototype S-208 M. Jiménez Microcontrollers Laboratory S-115 M. Jiménez

32 or Electrical Engineering BS Program Power Systems Option Pre Req. INEL 4103 Co-Req. INEL 4405 INEL 4103 INEL 4415 Power System Analysis INEL 4407 Industrial Electric Distribution I INEL 5415 Power Systems INEL 5406 Transmission and Distribution Before taken INEL 5195 INEL At least one of the other courses INEL 5407 Computer Aided Power System Design INEL 5195 Design Project in Electrical Engineering INEL 4103 INEL 4201 INEL 4416 Power Electronics INEL 4417 Alternative Power Generation INEL 4405 INEL 4505 INEL 5408 Motors Control Before taken INEL 5195 INEL At least one of other two courses Required Courses Power Electronics Track Power System Track

33 Laboratories related to Power Location Contact Person Electric Energy Processing Systems Lab CID 204, 206, 212 & 217 Power Quality CID E. O Neill Atmospheric Phenomena ESIL-Electric Energy Systems Undergrad. Lab S-120A S-103A M. Vélez Reyes & E. O Neill L. Orama E. O Neill ESIL-Power Systems Capstone Lab S-103B E. O Neill Power Electronics Laboratory S-101 E. Ortiz

34 CpE Program Areas Communication and Signal Processing Computing Systems Hardware and Embedded Systems

35 Computer Engineering BS Program Structured CE Program ECE Core Courses (33 credits) CE Electives CE Breadth Electives (13 credits) CE Depth Electives (16 credits)

36 Laboratories related to Computer Engineering Location Contact Person CRL S-105A N. Rodríguez ICDL: Integrated Circuits Design RASP: Rapid System Prototype S-210 M. Jiménez S-208 M. Jiménez Advanced Data Management Lab CID 201 M. Rodríguez Networking Laboratory S-122 B I. Couvertier Computer Engineering Capstone Design Course Laboratory S-122 A J. F. Vega & N. Santiago

37 Computer Engineering BS Program Communication and Signal Processing INEL 4301 INEL 5309 Digital Signal Processing ICOM 5995 Special Topics INEL 4301 INEL 4206 ININ 4010 INEL 5046 Pattern Recognition INEL 4307 Computer Communications ICOM 4998 Undergraduate Research ICOM 5217, ICOM 5206, or ICOM 5265 ICOM 4009 or ICOM 5016 ICOM 4036 ICOM 5015 Artifitial Intelligence ICOM 5047 Computer Engineering Design Project Required Course in this option

38 Computer Engineering BS Program Computing Systems ICOM 4035 ICOM 4035 ICOM 4009 Software Engineering ICOM 4029 Compilers ICOM 5015 Artifitial Intelligence ICOM 4036 Programming Languages ICOM 5016 Database System Architecture INEL 4307 ICOM 5007 or Dir. ICOM 5007 e ICOM 4307 ó Permiso Dir. ICOM 5995 Special Topics ICOM 5025 Object Oriented Software ICOM 5017 Networks Security and Administration ICOM 5018 Criptology and Netwroks Security ICOM 4998 Undergraduate Research ICOM 5217, ICOM 5206, or ICOM 5265 Required Course in this option ICOM 4009 or ICOM 5016 ICOM 5047 Computer Engineering Design Project

39 Computer Engineering BS Program Hardware and Embedded Systems INEL 4102 INEL 4201 INEL 4202** Electronics II ICOM 5995 Special Topics INEL 4206 INEL 4207 INEL 4205 INEL 4207 ICOM 5217 Microprocessors Interface INEL 5206 Design of Digital Integrated Circuits ICOM 4009 or ICOM 5016 or ICOM 5047 Computer Engineering Design Project INEL 4205 INEL 4202 INEL 4201 INGE 3045 INEL 5265 Design of Analog Integrated Circuits INEL 4218 Integrated Circuits Required Course in this option

40 Undergraduate Research Your areas of interest Do not wait to your last year Apply for Summer Research Experience Plan your courses Work hard in basic courses: Calculus, Physics Take important courses early: Circuit Networks Plan to take graduate courses Include long term planning: graduate school Talk to your professors

41 Pathways to Success High School Background Basic Math and Science Courses Core Engineering Courses Advanced Engineering Courses Research Exploration Undergraduate Research Graduate Courses Social Context and Integral Education

42 Responsible Engineer Technical Competence Cooperative Broad Awareness Integrity

43 More information ECE Contacts Dr. Pedro Rivera, S-224, Ext.3094, Maritza Figueroa, S-224, Ext. 3182, Damaris Echevarría, S-404, Ext. 3182, More detailed information Undergraduate Catalog: Information provided in this presentation does not imply a binding contract, and might change by the time you graduate.