Cs

Academic department:Computer Science
Units:3-0-8
Requirement: Cs95060
Semester and career:8 IEC, 9 IMD, 8 IME, 7 IMA, 9 IMT, 7 ISE
Equivalence:None
General aim of the course:Design and construction of a robot to solve a specific task through a series of lab practices that will lead to the implementation of that robot.
Campus:Monterrey
Bibliography:None
Instructor's profile:Master or PhD in Robotics, Computer Engineering, Control, Electronics, Mechanics or related field.

Academic department:Computer Science
Units:3-0-8
Requirement:Cs95050 y Cs95003
Semester and career:9 IEC, 10 IMD, 9 IME, 8 IMA, 10 IMT, 8 ISE
Equivalence:None
General aim of the course:To integrate all knowledge acquired during the carrer through the design, construction and testing of a robotic system to solve a real problem.
Campus:Monterrey
Bibliography:None
Instructor's profile:Master or PhD in Robotics, Computer Engineering, Control, Electronics, Mechanics or related field.

Academic department: Computer Science
Units: 3-0-8
Requirement: Cs00-881, Cb00-856
Semester and career: 7 ISC, ISE, ISI
Equivalence: none
General aim of the course:Topics will cover cover the history of storage, the importance of data as a business asset, the ways to manage, share and protect data by using a storage array How a host server interacts with a peripheral device ( storage array ) and the "logical abstraction" it presents. Also covered is the connectivity needed to create a Storage Area Network (SAN ) and then, the ability provided by storage to replicate data and mirror data for the purposes of business continuance / recovery during unplanned outages.

Campus:Monterrey
Bibliography:Marc Farley 2001 Building Storage Networks Segunda edición Nueva York McGraw-Hill Osborne ISBN: 0072130725

Richard Barker, Paul Massiglia 2002 Storage Area Networking Essentials: A Complete Guide to Understanding & Implementing SANS Primera edición Nueva York, NY John Wiley & Sons, Inc. ISBN: 0-471-03445-2

John Chirillo, Scott Blaul 2003 Storage Security: Protecting SANs, NAS and DAS Primera edición Indianaplois, IN Wiley Publishing. Inc ISBN 0-7645-1688-4 Huseyin Simitci 2003 Storage Network Performance Analysis Primera edición Nueva York, NY John Wiley & Sons, Inc. ISBN: 076451685X

Instructor's profile:Professor with a master degree or PhD in computer science or computer engineering. Language of Instruction:Spanish

Academic department:CS
Units:3-4-12
Requirement:CS00-883
Semester and career:7, 8, 9 ISC, LSCA, ISE
Equivalence:NT

General aim of the course:Understand advanced configuration of routing equipment to LANs and WANs. This topic focuses medium and large networks. Upon completion of this topic, you will be able to perform tasks related to the: Scalable Network, configuring redistribution and summarization, configuring and verify BGP between AS, to test and create ACLs, configuring and troubleshooting Frame Relay, ISDN, X.25, PPP; with security.
Campus:Edo. México
Bibliography:Laura Chappell.
Advanced Cisco Router Configuration
Cisco Press
ISBN: 1-57870-092-2

Catherine Paquet.
Building Cisco Remote Access Network.
Cisco Press.
ISBN : 1-57870-091-4

Instructor's profile:Master in Computer Sciences or Information Technologies. Experienced in computer networks.
Language of Instruction:Spanish

This workshop is intended for students who wish to get prepared for Sun Microsystem's Java 2 platform programmer and developer certification exams. The preparation includes a thorough coverage of the exam objectives and topics, as well as presentation, evaluation, and feedback of multiple mock exams.

Computer security is not more a fashion subject, it is an important piece of any information system. In the ITESM-CEM there are many courses that touch several aspects of the security area, buy any of them is dedicated to the security on a network. This course cover all the basic features of networking security.

Basic techniques used in the digital signal processing. Algorithms and structures for digital filters. Methods of digital signal processing for data filtering. Specifically: Practical application of the techniques of analysis of signals and systems in discrete time, such as, the Z Transform, convolution, the Discrete Fourier Transform (DFT), the Fast Fourier Transform (FFT), bilinear transformation, sampling and quantization, aliasing, windows, recursive and non recursive filters, and filters with special structures. Applications in the area of automatic control using DSPs. Textbook: Tratamiento Digital de Señales. John G. Proakis & Dimitris G. Manolakis. Prentice Hall

Academic department:Computer Science
Units:3-0-8
Requirement:CS00881-Computer Networking I
Semester and career:6 ISC, 6 IEC, 6 ISE, 7 ISI, 7 LSCA, 7 IMT
Equivalence:none
General aim of the course:This course is an introduction to the field of computing security, teaching the fundamentals needed to understand the risks, threats and vulnerabilities involved in the administration of a network computer system. Also covering the controls and methods of protection against possible attacks needed to protect the modern enterprise in the current environment of the Internet. An introduction of the current state of the law dealing with computer security is also covered
Campus:Monterrey
Bibliography:Security in Computing; 3rd Edition; Pfleeger & Pfleeger; Prentice Hall
Security Engineering; Ross Anderson; Wiley
Various papers from the WEB
Instructor's profile:Professor with a master or a PhD in Compter Science, with current knowledge of the computer security area
Language of Instruction:spanish

Academic department:Computer Science
Units:8
Requirement:CS00875
Semester and career:9 ISE, 9 IEC, 9 ISC, 9 IMT, 9 IFI.
Equivalence:none

General aim of the course:Device drivers architecture for Win32 (WDM) and Linux. Design of computer devices for USB,
infrared port and PCI channel. HID architecture for generic USB devices design. PCI interfaced system design for high speed data
adquisition. IrDA protocol for infrared communication.

Campus:Monterrey
Bibliography:Oney, W., Programming the Microsoft Windows Driver Model, Microsoft Press, 1999.
Axelson, J., USB Complete, 2nd. Ed., Lakeview Research, 2001.
Solomon, D. y Russinovich, M., Inside Microsoft Windows 2000, 3rd. Ed., Microsoft Press, 2000.
Dekker, E. y Newcomer, J., Developing Windows NT Device Drivers, Addison Wesley, 1999.
Instructor's profile:Engineer with experience in computer hardware design and programming, with master degree in education, computer science or computer engineering.
Language of Instruction:SPANISH

Academic department:Computer Science
Units:8
Requirement:Logic Systems Design
Semester and career:Sixth semester, Mecatronics Engineering
Equivalence:
General aim of the course:Designing and implementing devices based on Digital Electronic Circuits with industrial, computational and general applications. The Digital Electronic Circuits include combinatorial and sequential circuits implemented with discrete and programmable components.
Campus:Monterrey
Bibliography:Digital Design Principles and Practices, Third Edition.
John Wakerley.

Fundamentals of Logic Design
Charles Roth
West
Instructor's profile:Engineer in Digital Electronics with experience in designing and implementing digital devices.
Language of Instruction:Spanish

Cs95033. Computer interfaces
Academic department:Computer Sciences
Units:8
Requirement:None
Semester and career:7th IMT, 7th IFI
Equivalence:None
General aim of the course:Design and program applications to use computer interfases for data adquisition and communication to peripherial equipment.
Campus:Monterrey
Bibliography:Predko, PC PhD: Inside PC Interfacing, McGraw-Hill/TAB Electronics, 1999.
Instructor's profile:Engineer from Computer Science or Electronic fields of study with experience in computer interfacing and programming.
Language of Instruction:Spanish

This topic is focused on the industrial distributed systems, also called embedded distributed systems. The aspects this course cover includes: distributed systems, field buses, wireless networks, multitasking operating systems, and applications. One of the main topic this course includes is the real time systems.

Computer vision systems for applications to pattern recognition, industrial inspection, and trajectory planning for mobile robots. Basic components of a computer vision system. Image acquisition. Computer image formats. Color and gray level basic processing. Segmentation. Binary image processing. Hu´s moments invariants for binary images. Bayes and closest neighbor classification for images. Trajectory planning for two dimensions working areas. Fuzzy control applied to trajectory control in two dimensions.

Bibliography:Armes Jain, Rangachar Kasturi, Brian G. Schunck.
"Machine Vision" Mc Graw Hill, 1995.
Saeed B. Niku ."Introduction to Robotics: Analysis, Systems,
Applications". Pearson Education Prentice Hall, 2001

Instructor's profile:
Professor with a Master or PhD degree in Control Engineering, Robotics or Computer Science.

Language of Instruction:Spanish

Academic department:Computer Science
Units:3-0-8
Requirement:stochastic models for bioinformatics, bioinformatics laboratory 1
Semester and career:IBT, LCQ, IQS, ISC, ISE, IIA
Equivalence:none
General aim of the course:In this course the most recent algorithms applied to computational biology field will be reviewed. Concepts as phylogenetic trees, DNA microarray, optimization and structure prediction will be presented.

Campus:Monterrey
Bibliography:Baldi Pierre (2001)
Bioinformatics The Machine Learning Approach
MIT Press.

Lesk Arthur (2002)
Introduction to Bioinformatics
Oxford University Press
Instructor's profile:Professor with master degree in the area o related areas, like computer science or artificial intelligence. Creative, innovative.

Academic department:Computer Science
Units:3-0-8
Requirement:Cs-95-069 or equivalent
Semester and career:8-IEC, 8-IMD, 8-IMA, 8-IME, 8-IMT, 8-ISC, 8-ISE
Equivalence:None
General aim of the course:To design high integration digital systems using VHDL as a tool.

Diseñar sistemas digitales de alta integración utilizando VHDL como herramienta.
Campus:Seleccionar Campus
Bibliography:Digital System Design Using VHDL,
Charles H. Jr. Roth.
PWS Publishing Company
Boston, 1998
Instructor's profile:Professor with a master or Ph.D. degree
on Electric Engineering, Computer Science, or Electronic Design.

Academic department:Computer Science
Units:3-0-8
Requirement:none
Semester and career:IBT, LCQ, IQS, ISC, ISE, IIA
Equivalence:none
General aim of the course:In this course, the esential fundaments for bioinformatics research will be reviewed. The role of bioinformatics within computational biology will be discused. The concepts of tree, graph, markov processes, fractals and chaos will be presented.

Campus:Monterrey
Bibliography:Baldi, Pierre & Soren Brunak
Bioinformatics, The Machine Learning Approach
2nd_Edition,MIT Press
2001
Instructor's profile:Professor with master degree in the area o related areas, like computer science or artificial intelligence. Creative, innovative.

Academic department:Computer Science
Units:3-0-8
Requirement:none
Semester and career:IBT, LCQ, IQS, ISC, ISE, IIA
Equivalence:none
General aim of the course:In this course, the basic concepts of computational biology will be presented: computer algorithms, strings, alignment and matching. A brief introduction to genetics will be presented.

Campus:Monterrey
Bibliography:Pevsner, Pavel A.(2000)
Computacional Molecular Biology an algorithmic approach
MIT Press.

Gusfield, Dan (1997)
Algorithms on String Trees and sequences
Computer science and computational biology.
Cambridge University Press

Academic department:Computer Science
Units:3-0-8
Requirement:Introduction to computational biology
Semester and career:IBT, LCQ, IQS, ISC, ISE, IIA
Equivalence:none
General aim of the course:This course presents the most usual tools used un bioinformatics research. A Linux based personal workstation is implemented.

Campus:Monterrey
Bibliography:N/A
Instructor's profile:Professor with master degree in the area o related areas, like computer science or artificial intelligence. Creative, innovative.

Academic department:Computer Science
Units:3-0-8
Requirement:Stochastic models for bioinformatics
Semester and career:IBT, LCQ, IQS, ISC, ISE, IIA
Equivalence:none
General aim of the course:This course presents advanced tools used un bioinformatics research. This course is based in POL, and makes use of specific bioinformatics programming tools.

Campus:Monterrey
Bibliography:N/A
Instructor's profile:Professor with master degree in the area o related areas, like computer science or artificial intelligence. Creative, innovative.

Academic department:Computer Science
Units:3-0-8
Requirement:introduction to computational biology, bioinformatics fundaments
Semester and career:IBT, LCQ, IQS, ISC, ISE, IIA
Equivalence:none
General aim of the course:This course presents the concepts of bayesian models (belief networks), artificial neural networks, hidden markov models, data mining, grammar and linguistics, and their applications to bioinformatics.

Academic department:Computer Science
Units:3-0-8
Requirement:Cs-95-069 or equivalent, Cs-00-002
Semester and career:8ISE, 8IEC, 8IMD, 8IMA, 8IME, 8IMT, 8ISC
Equivalence:none
General aim of the course:Basic data communication concepts. RS485 standard. Design of distributed systems using the RS485 standard. Master-Slave networks. CAN Standard. Design of distributed systems using the CAN Standard. Message oriented networks. PowerLine Standard. Design of distributed systems using the PowerLine Standard. Industrial and domestic networks. Ethernet and TCP/IP standards. Distributed networks using the Ethernet and TCP/IP standards. Remote aplications.

Campus:Seleccionar Campus
Bibliography:Pendent
Instructor's profile:Master or Doctor degree in some of the electronic or electric areas and to be an engineer with mayor in electronics or electrical sciences.

Academic department:Computer Science
Units:3-2-8
Requirement:None
Semester and career:7 IEC, 8 IMD, 7 IME, 6 IMA, 8 IMT, 6 ISE
Equivalence:Cs00005 Robotics
General aim of the course:Learn robot fundamentals, components and how these components work. Design and build a robot to solve a real problem. Be aware of the responsibility and compromise towards society regarding the selection of the real problem.

Campus:Monterrey
Bibliography:Niku, Saeed B.
Introduction to Robotics, Analysis, Systems, Applications
Upper Saddle River, NJ: Prentice Hall, 2001.
ISBN 0-13-061309-6
Instructor's profile:Master or PhD in Robotics, Computer Engineering, Control, Electronics, Mechanics or related field.
Language of Instruction:Spanish

Academic department:CS
Units:3-0-8
Requirement:Cs95020
Semester and career:8º, 9º ISC
Equivalence:VA00802, VA00803, VA00804
General aim of the course:This workshop is intended for students who wish to get prepared for Sun Microsystems' Web Component Developer certification exam (SCWCD 310-081). A Sun Certified Web Component Developer is person knowledgeable in developing web applications with Java Servlets and JavaServer Pages. The preparation for this exam includes a thorough coverage of the exam objectives and topics, as well as presentation, evaluation, and feedback of multiple mock exams.

Campus:Edo. México
Bibliography:"Head First Servlets & JSP"
BASHAM, B., K. SIERRA, B. BATES
O'Reilly & Associates
First Edition, 2004.

"SCWCD Exam Study Kit: Java Web Component Developer Certification"
DESHMUKH, H., J. MALAVIA
Manning Publications Company
First Edition, 2002.

Instructor's profile:Master degree in Computer Science. SCJP and SCWCD from Sun Microsystems.
Language of Instruction:Spanish

Academic department:CS
Units:3-1-8
Requirement:Cb00823, Cb00831
Semester and career:6º, 7º, 8º, 9º ISC ISE
Equivalence:VA00801, VA00802, VA00803, VA00804
General aim of the course:At the end of the course, the student is expected to have the ability to develop interactive applications with 3D graphics, by using the tools learned through the term.

Campus:Edo. México
Bibliography:Angel, Edward. Interactive computer graphics: a top-down approach with OpenGL. Boston MA: Addison Wesley, 2003, Third Edition.

Shriner, Dave; Mason Woo; Jackie Neider; Tom Davis; OpenGL Architecture Review Board. OpenGL programming guide: the official guide to learning OpenGL, Version 1.4, Fourth Edition.

Instructor's profile:Master’s Degree and BsC in the areas of Computer Sciences or Mathematics, with experience in the development of interactive computer graphics applications, preferably in C and OpenGL.

Academic department:CS
Units:3-1-8
Requirement:Cs95038, Animación, Gráficas Interactivas
Semester and career:9º ISC
Equivalence:VA00801, VA00802, VA00803, VA00804
General aim of the course:Introduces the student to concepts, design of methods and technologies related to Virtual Reality systems. By exercises assigned in class the student will implement a Virtual Reality System to apply and practice the knowledge related to Virtual Reality.

Campus:Edo. México
Bibliography:Grigore C. Burdea, Philippe Coiffet
Virtual Reality Technology, Second Edition
John Wiley & Sons

William R. Sherman, Alan B. Craig
Understanding Virtual Reality: Interface, Application, and Design
Morgan Kaufmann Publishers, 2003

Grady, Sean M
Virtual Reality: Simulating and Enhancing the World with Computers
New York: Facts on File, 2003

Instructor's profile:The lecturer must have a Phd or MSc in Computer Science with knowledge in Computer Graphics.
Language of Instruction:Spanish

Academic department:CS
Units:3-0-8
Requirement:Cb00856
Semester and career:6º ISC, 7º ISE
Equivalence:VA00801, VA00802, VA00803, VA00804
General aim of the course:To understand the basic features of information security and be conscience of how important is the security in computer systems environments.

Campus:Edo. México
Bibliography:D. Herrmanh, “A Practical Guide to Security Engineering and Information Assurance”, CRC Press; 1st edition (October 18, 2001), ISBN: 0849311632

C. Pfleeger, “Security in Computing”, Prentice Hall, 2nd edition (September 16, 1996), ISBN: 0133374866

D. Russell and G.T. Gangeni, “Computer Security Basics”, O'Reilly & Associates; (July 1, 1991), ISBN: 0937175714
Instructor's profile:Professor must count with a postgraduate degree in computer science. Experience in security area is also acceptable.

Academic department:CS
Units:3-0-8
Requirement:Cs95020
Semester and career:8º, 9º ISC
Equivalence:VA00802, VA00803, VA00804
General aim of the course:This workshop is intended for students who wish to get prepared for Sun Microsystems' Mobile Application Developer certification exam. A Sun Certified Mobile Application Developer is person knowledgeable in developing application for small devices such as cell phones and PDA. The preparation for this exam includes a thorough coverage of the exam objectives and topics, as well as presentation, evaluation, and feedback of multiple mock exams.

Campus:Edo. México
Bibliography:"J2ME: The Complete Reference"
JAMES KEOGH
McGraw-Hill Osborne Media
First Edition, 2003.

"Java 2 Micro Edition"
JAMES WHITE, DAVID HEMPHILL, DAVID HEMPHILL
Manning Publications Company
First Edition, 2002.

"Wireless Java: Developing with J2ME"
JONATHAN KNUDSEN
APress
Second Edition, 2003.

Instructor's profile:Masters degree in Computer Science. SCJP and SCMAD from Sun Microsystems.
Language of Instruction:Spanish

(3-0-8) Requirement:Mr00033 or Mr00822 or Cs00008. 6 IMD, 6 IMA, 6 IME, 6 IMT.
Equivalence:None

Campus:Monterrey

General aim of the course:Understand how the parts of a computer systems
works. Apply sequential logic in the design of the elements of a computer architecture, and also to typical problems of the industry. Develop efficient assembler programs that allow better performance to a computer system.

Bibliography:Jaime Martínez Garza, Jorge A. Olvera Rodríguez; Organización y Arquitectura de Computadoras; Prentice Hall, 2000.

Instructor's profile:Professor with Master Degree in Computer Area, and it is desired with a Bachelor in Computer Science Area.

Departamento académico:Ciencias Computacionales
Unidades:3-0-8
Requisito: No tiene
Equivalencia: No tiene
Semestre y carrera: ISC,ISE,ISI 6 y 7 semestre

General aim of the course:The student will learn concepts, skills and techniques for Linux based distributed services administrations. Students will learn to plan, install, administer and fine-tune diferent components of information technology that reside un network servers
Campus:Seleccionar Campus
Bibliography:Red Hat Linux Bible: Fedora and Enterprise Edition
Christopher Negus
John Wiley & Sons, 2003

Linux Performance Tunning and Capacity Planning
Jason Fink, Matthew Sherer
SAMS, 2001
Instructor's profile:Informatics or telemathics mayor with experience in theoretical performance evaluation and networking. And experience in UNIX and Linux System Administration
Language of Instruction:Spanish

Departamento académico: Ciencias Computacionales
Unidades:3-0-8
Requisito:CS-00-881
Semestre y carrera:semestres 7, 8 y 9 ISE, ISC, MKT, IEC
Equivalencia: No tiene

General aim of the course: Design and implement integraded-intelligent automation systems for habitational buildings and industrial installations. Control life-support, security, energy and confort heterogeneous systems from and advanced control console

Bibliography:Domotica - Sistemas de Control Para Viviendas y Edificios
Javier Lamas Graziani
Paraninfo

PC Toys: 14 Cool Projects for Home, Office, and Entertainment
Barry Press, Marcia Press
Hungry Minds, Inc
Instructor's profile:Electronics engineer with experience in software development, legacy systems integration and telemetry
Language of Instruction:Spanish

Academic department:Computer Science
Units:3-0-8
Requirement:None
Semester and career:LCC,LMI,ISC,ISI,LSCA,ISE,LEM,LDI
Equivalence:None
General aim of the course:The student will understand the principles of 3D representation and image rendering. During theorical and practical sessions, students will develop skills in the use of professional-level 3 modeling software and associated synthetic world creation techniques. Students will integrate learned knowledge and skills in a team-produced 3D animation project with high standards of creative, narrative and technical quality.

Campus:Monterrey
Bibliography:3D Studio max Práctico.
Daniel Burgos
McGraw-Hill, 1997

The Art of 3D Computer Animation and Imaging
Isaac Victor Kerlow
Van Nostrand Reinhold, 1996
Instructor's profile:A informatics mayor with studies and experience in digital arts, or a communications science or visual design mayor with training and experience in digital arts.

Units:3-0-8
Requirement:None
Semester and career:Any communications, marketing or computer science mayor
Equivalence:No tiene
General aim of the course:Develop mathematical models of 3d geometry, camera projection and viewing, illumination and texture
mapping that will render realistic synthetic images
Develop an interactive 3d graphics modeler and renderer using portable languajes, developer environments and libraries
Develop an interactive 3d graphics scientific visualization software

Bibliography:GRAFICAS POR COMPUTADORA. 2da. Edición
Donald Hearn / M. Pauline Baker
Prentice Hall, 1994

COMPUTER GRAPHICS: PRINCIPLES AND PRACTICE
James D. Foley / Andries Van Dam / Steven K. Feiner
Addison Wesley
1990

Instructor's profile: A computer science mayor with strong background on linear algebra and difficult algorithm programming. Must be proficient in at least one rendering software and one 3d modeling software. Graphical design abilities are highly recommended.

Units:3-0-8
Requirement None
Semester and career: Any communications, marketing or computer science mayor Digital Iamge Composition and Design :None
General aim of the course:Develop the necessary graphical design skills that will allow the creation visually attractive graphical objects, abstract designs, textures and image compositions to express ideas, emotions and concepts
Bibliography:Photoshop 7.0 Artistry: Mastering the Digital Image
Barry hanes
New Riders
2002

Corel Draw Artistry
Corel Press
2002
Instructor's profile: A computer sciences mayor with strong artistic inclinations and abilities. A media communications mayor with
expert skills on digital image creation, manipulation and composition software
Language of Instruction:Spanish

Cs95080. Computer networks IV
Academic department:Computer Science
Units:3-0-8
Requirement:Computer Networks III
Semester and career:8o. Sem. IEC, ISC, LSCA, ISE
Equivalence:None
General aim of the course:Implement appropiate technologies to build, maintain, design ant troubleshoot scalable routed networks. Build Campus networks including multilayer switched technologies. Improve traffic flow, reliability and performance for LAN’s and WAN’s. Create and deploy global Internet. Deploy remote access techniques
Campus:Cd. México
Bibliography:Cisco CCNP Certification Library (4 Book Box Set)
Clare Gough, David Hucaby, Tim Boyles, Cisco Systems
Cisco Press
ASIN: 1587200376

CCNP: Cisco Certified Network Professional Exam Notes
Todd Lammle
Sybex
ISBN: 0782129196

CCNP online Currículum. By Cisco Networking Academy
http://cisco.netacad.net

Instructor's profile:Instructor must hold a Master’s degree in any related area, must be a Cisco Certified Academy Instructor, must have passed CCNP instruction in a CCNP Cisco Academy Training Center.
Language of Instruction:spanish
Computer Networks IV
Academic department:Computer Science
Units:3-0-8
Requirement:Computer Networks III
Semester and career:8o. Sem. IEC, ISC, LSCA, ISE
Equivalence:None
General aim of the course:Implement appropiate technologies to build, maintain, design ant troubleshoot scalable routed networks. Build Campus networks including multilayer switched technologies. Improve traffic flow, reliability and performance for LAN’s and WAN’s. Create and deploy global Internet. Deploy remote access techniques
Campus:Cd. México
Bibliography:Cisco CCNP Certification Library (4 Book Box Set)
Clare Gough, David Hucaby, Tim Boyles, Cisco Systems
Cisco Press
ASIN: 1587200376

CCNP: Cisco Certified Network Professional Exam Notes
Todd Lammle
Sybex
ISBN: 0782129196

CCNP online Currículum. By Cisco Networking Academy
http://cisco.netacad.net

Instructor's profile:Instructor must hold a Master’s degree in any related area, must be a Cisco Certified Academy Instructor, must have passed CCNP instruction in a CCNP Cisco Academy Training Center.
Language of Instruction:spanish

Units:3-0-8
Requirement: Cs95080
Semester and career: Tópico ISE,ISC, ISI y IEC
Equivalence:None.
General aim of the course:

Assembling and Cabling the WAN
Component Configuring Asynchronous Connections with Modems
Configuring PPP and Controlling Network Access with PAP or CHAP
Using ISDN and DDR to Enhance Remote Connectivity
Establishing a Dedicated Frame Relay Connection
IP Addresses with NAT and DHCP
Troubleshooting Methodologies
Management and Diagnostic Tools
Troubleshooting TCP/IP, VLANs, Frame Relay, ISDN, EIGRP, OSPF and BGP

Bibliography:
Remote Access Companion Guide, Cisco Press. Internetworking Troubleshooting Handbook, Cisco Press.

Instructor's profile: CCNP Certification.

Language of Instruction:Spanish and, or English

Academic department Basic Computing
Units:3-0-8
Requirement: Operating Systems I (CB00856)
Semester and career: ISC 8° 9°
Equivalence: None

General aim of the course: To know and work with mobile computing, as well as its complementary infrastructure, such as wireless LANs, bar code technology, optical bar code readers, mobile printing, infrared ports, etc.
Campus: Cuernavaca

Bibliography: J2ME: The Complete Reference
James Keogh
McGraw-Hill
ISBN: 0072227109

Instructor's profile: Master in Sciences with major in Programming, mobile computing, Software Engineering or Data Bases.
Language of Instruction: Spanish

Cs95300 Microsoft operating systems I

Academic department that offers it: Departamento de Ingeniería y Arquitectura
Units (CLU):3-0-8
Requirement: none
Semester and career or graduate program where it is given: 6 ISI, 6 ISC
Equivalence: none
General aim of the course:
This course provides students with the knowledge and skills necessary to install and configure Microsoft Windows 2000 Professional on stand-alone and client computers that are part of a workgroup or domain. In addition, this course provides the skills and knowledge necessary to install and configure Windows 2000 Server to create file, print, Web, and Terminal servers. Microsoft Network Environment and Microsoft Active Directory.
This course will help the student prepare for the following Microsoft Certified Professional exams:
Exam 70-210, Installing, Configuring, and Administering Microsoft Windows 2000 Professional
Exam 70-215, Installing, Configuring, and Administering Microsoft Windows 2000 Server

Campus that requests it: Campus Sonora Norte
Bibliography:
MCSA/MCSE Self-Paced Training Kit: Microsoft Windows 2000 Professional, Exam 70-210, Second Edition by Rick Wallace, Ethan Wilansky, Corporation Microsoft, Microsoft Corporation
MCSA/MCSE Self-Paced Training Kit: Microsoft Windows 2000 Server, Exam 70-215, Second Edition by Microsoft Corporation, Microsoft Corporation Staff, Corporation Microsoft, Bob Sheldon

Instructor's profile: Profesor with career, master and/or PhD in Systems or computer area. Also the teacher should have practical experience in Microsoft Windows 2000 server administration.
Language of Instruction Spanish

Cs95301 Microsoft network environment

Academic department that offers it: Departamento de Ingeniería y Arquitectura
Units (CLU): 3-0-8
Requirement: Cs95300
Semester and career or graduate program where it is given: 6 ISI, 6 ISC
Equivalence: none
General aim of the course:
This course is for support professionals who are new to Microsof Window 2000 and will be responsible for installing, configuring, managing, and supporting a network infrastructure that uses the Microsoft Windows 2000 Server.
This course helps you prepare for the Exam 70-216, Implementing and Administering a Microsoft Windows 2000 Network Infrastructure
At the end of the course, students will be able to configure the DHCP Server service, the DNS Server service, WINS, network security protocols, remote access to a network, configure Windows 2000 as a network router, a Web server, and enable network connectivity between NetWare, Macintosh, and UNIX networks.

Campus that requests it: Campus Sonora Norte
Bibliography:
MCSA/MCSE Self-Paced Training Kit: Microsoft Windows 2000 Network Infrastructure Administration, Exam 70-216, Second Edition by Microsoft Corporation
MCSA/MCSE Self-Paced Training Kit: Managing a Microsoft Windows 2000 Network Environment, Exam 70-218, Second Edition by Microsoft Corporation

Cs95302 Microsoft directory services

Academic department that offers it: Departamento de Ingeniería y Arquitectura
Units (CLU): 3-0-8
Requirement: Cs95300
Semester and career or graduate program where it is given: 6 ISI, 6 ISC
Equivalence: none
General aim of the course:
This course is designed to provide students with the knowledge and skills necessary to install, configure, and administer Microsoft Windows 2000 Active Directory directory services. The course also focuses on implementing Group Policy and performing the Group Policy–related tasks that are required to centrally manage users and computers.
Implement a Domain Name System (DNS), Install Active Directory on a computer running Windows 2000 Server, and set up and administer domain user accounts and groups, publish resources, including printers and shared folders, in Active Directory.
This course will help the student prepare for the Exam 70-217, Implementing and Administering a Microsoft Windows 2000 Directory Services Infrastructure.

Campus that requests it: Campus Sonora Norte
Bibliography:
MCSE Self-Paced Training Kit: Microsoft Windows 2000 Active Directory Services, Exam 70-217, Second Edition Microsoft Corporation.

Instructor's profile: Profesor with career, master and/or PhD in Systems or computer area. Also the teacher should have practical experience in Microsoft Windows 2000 server administration.

Academic department:Computer Science
Units:0-4-4
Requirement:Cs95871
Semester and career:Seventh of ISE
Equivalence:None
General aim of the course:Design and implemantation of Microcontroller based systems.
Campus:Seleccionar Campus
Bibliography:The 8051 Microcontroller. I. Scott MacKenzie. Prentice Hall
Instructor's profile:Electric or Electronic Systems Engineer with masters in Digital Design.
Language of Instruction:Spanish

Cs95879. Microprocessors II proyect.

Academic department:Computer Science
Units:0-4-4
Requirement: Cs95872
Semester and career:Eighth of ISE
Equivalence:None
General aim of the course:Design and develop an application based on a microprocessor system.
Campus:Monterrey
Bibliography:None
Instructor's profile:Electric or Electronic Systems Engeneer with masters on Digital Design.
Language of Instruction:Spanish

Academic department:Computer Science
Units:0-12-16
Requirement:CS95089,CS95078
Semester and career: 9 ISE
Equivalence: none
General aim of the course:To use the knowledge aquired in the academic courses of the digital media minor degree to develop an integral digital media project, from the preproduction fase, to post production fase.
Campus:Monterrey
Bibliography:The Art of 3D Computer Animation and Imaging. Isaac Victor kerlow. Van Nostrand Reinhold
Instructor's profile:A computer science mayor (or communications depending on the class emphasis of the project: artistic or technical) with experience on digital content production. The professor must have advanced abilities on computer animation software, digital video editing or virtual world construction. Graphic design abilities are highly recommended.

Academic department:Computer Science
Units:3-0-8
Requirement:3-0-8
Semester and career:LCC,LMI,ISC,ISI,LSCA,ISE,LEM,LDI
Equivalence:None
General aim of the course:Using skills, concepts and techniques acquired in digital arts, team-design, team-produce and team-postproduce a commercial level interactive digital product: A full featured 3D computer game, a interactive Web application, an interactive tutorial for distance education, a 3D virtual world simulation

Campus:Seleccionar Campus
Bibliography:Interactivity by design.
KRISTOF, Ray. SATRAM, Amy.
Adobe Press. Mountain View, CA.1995.

Digital Space, Designing Virtual Environments
Peter Weishar
Mc Graw Hill, 1999
Instructor's profile:A informatics mayor with studies and experience in digital arts, or a communications science or visual design mayor with training and experience in digital arts.

Academic department:Computer Science
Units:3-0-8
Requirement:CO-00-845,CS-95-078
Semester and career:LCC,LMI,ISC,ISI,LSCA,ISE,LEM,LDI
Equivalence:None
General aim of the course:Using skills, concepts and techniques acquired in digital arts, team-design, team-produce and team-postproduce a commercial level digital arts product: A full motion 3D animaction, an optimized Web 2D animation, an effective interactive tutorial, etc.

Campus:Seleccionar Campus
Bibliography:The Art of 3D Computer Animation and Imaging
Isaac Victor Kerlow
Van Nostrand Reinhold, 1996

The Art and Science of Digital Compositing
Brinkmann, R.
Morgan Kaufmann, 1999
Instructor's profile:A informatics mayor with studies and experience in digital arts, or a communications science or visual design mayor with training and experience in digital arts.