The document provides an overview of the Computer Science and Engineering Department at an unnamed university. It describes the department's programs including BS, MS and PhD degrees in Computer Science and Engineering. Students can pursue specializations in areas like computer systems, games, intelligent systems and software. The department conducts research across these areas in various labs and has faculty expertise in computer vision, robotics, networks and more. The department aims to study ways to improve computing and prepare students for in-demand jobs in the high-growth computing field.

1. CSE Department
Department of Computer Science
and Engineering (CSE)

2. CSE Department
 Do you think working with robots would be
fun?
 Would you like to study the Internet and all
kinds of other networking activities?
 Would you like to learn how computer
systems can “see”?
 Want to see inside a virtual reality CAVE?

3. CSE Department
 Do you know what happens when you press
buttons on a microwave . . . or a Prius?
 Do you think it would be fun to be part of the
video game development revolution?
 Do you think you could be the next person to
develop the world’s fastest search algorithm?

4. CSE Department
 Computer Scientists study ways to make
computer systems and computing devices
better, faster, and more effective for
improving our society
 Computer Engineers work on the software
and the hardware related to anything that is
computer controlled (which is pretty much
everything these days)

5. CSE Job prospects
 Computer Scientists consistently ranks at the
top of highest starting salaries
 One of the fastest growing occupations
 Nearly 3 out of 4 new science or engineering
jobs in the U.S. are going to be in computing
 Unemployment rate overall 9%
 Unemployment rate CSE 4.5%

6. Department Programs
 Our programs include:
 B.S. in Computer Science & Engineering
 M.S. in Computer Science & Engineering
 Ph.D. in Computer Science & Engineering

7. Department Programs
 For the B.S. in CSE, you may pursue one of the
following Specialization options:
 Computer and Network Systems
 Games and Simulations
 Intelligent Systems
 Software Systems

8. CSE Research Areas
 Computer and Network Systems
 Computer Networks
 Embedded Systems
 Parallel Distributed Processing
 Intelligent Systems
 Artificial Intelligence
 Computer Vision
 Robotics
 Games and Simulations
 Digital Interactive Games
 Motion Planning
 Agent Modeling
 Software Systems
 Software Engineering
 Human-Computer Interaction
 Visualization and Virtual Reality

9. Research Labs
 Brain Computation Lab
 CCRC Agent Modeling Lab
(CAML)
 Computer Networking Lab
(CNL)
 Computer Vision Lab (CVL)
 Evolutionary Computing
Systems Lab (ECSL)
 High Performance
Computation and Visualization
Lab (HPC-VIS)
 Neuroevolution and Behavior
Lab (NEBL)
 Player Game Interaction Lab
(PGIL)
 Reconfigurable Network Lab
(RNL)
 Robotics Research Lab
 Software Engineering Lab
(SOELA)

10. Brain Computation Lab
Neuroscience
Modeling &
Neural Engineering
Robotic/Human Loops

11. Brain Computation Lab

12. High Performance Computation
and Visualization Lab (HPCVIS)
 Bioinformatics Research
 Scientific Visualization
 Cluster/GPU Computation
 Watermarking of 3D Models

13. Main CVL Research Areas
Biometrics Segmentation
Object detection/tracking
3D object recognition
3D reconstruction
Human action recognition

14. Human Activity Recognition

15. Human-Robot Collaboration

16. Physics-aware Research for Autonomous
Computational SYStems
Geometric paths Dynamic constraints

17. Physics-aware Research for Autonomous
Computational SYStems

18. Software Engineering Lab
(SOELA) Research
Nevada Climate Change Portal – creating an extensible, reusable infrastructure for
climate research in Nevada. Focus on portal architecture and supporting software.

19. Software Engineering Lab
(SOELA) Research
• Immersive virtual
reality simulations
(NASA-funded project).
New software solutions for
command and control
applications in CAVE
• Interaction design,
simulation environments,
educational games
(NSF/NSHE projects)

20. 20
Player Game Interaction lab

21. 21
accessible virtual world interface

22. 22
Accessible Guitar Hero

23. 23
Accessible Kinect

24. 24
Indoor Navigation system for users
who are blind

25. CSE Faculty
George Bebis
Professor
(computer vision, image processing,
pattern recognition, machine learning)
Sergiu Dascalu
Associate Professor
(software engineering, human-computer
interaction; real time systems;
formal notations.)
Bobby Bryant
Assistant Professor
(computer game engineering,
artificial intelligence, neuroevolution)
Eelke Folmer
Associate Professor
(software engineering, computer game
engineering, accessibility / usability of
virtual worlds and games)
Dwight Egbert
Professor
(hardware design, microprocessors,
computer game engineering,
image processing, neural networks)
Mehmet Gunes
Assistant Professor
(networks, communications,
internet measurements, network security,
biological networks)

26. CSE Faculty
Sushil Louis
Professor
(genetic algorithms, artificial
intelligence, computer game
engineering)
Fred Harris Jr
Professor
(parallel processing, computer graphics,
virtual reality)
Mircea Nicolescu
Associate Professor
(computer vision, image processing,
pattern recognition, machine learning)
Nancy LaTourrette
Lecturer
( programming and problem solving;
discrete mathematics; computer science
education; systems administration)
Michael Leverington
Instructor
(education (curriculum & course development;
teaching effectiveness) and problem solving)
Monica Nicolescu
Associate Professor
(robotics, human-robot interaction and
communication; imitation learning;
multirobot systems; behavior-based
control; social robotics)

27. CSE Faculty
Murat Yuksel
Associate Professor & Grad Director
(computer communication networks;
wireless routing; mobile ad-hoc networks/systems;
network economics; free-space-optical mobile ad-hoc
networks (FSO-MANETs); and performance analysis)
Yaakov Varol
Professor and Chair
(parallel computing; algorithm design and
analysis; data fusion; discrete simulation
and modeling; programming and problem
solving)
Chris Miles
Research Assistant Professor
Eric Fritzinger
Software Developer
Michael McMahon
Databases, Software Architecture

28. Department Programs
 Our programs include:
 B.S. in Computer Science & Engineering
 M.S. in Computer Science & Engineering
 Ph.D. in Computer Science & Engineering

29. Department Programs
 Accelerated Bachelor/Master Program (5 years)
Admission requirements for the 5 years BS/MS Program
 Must have completed 75 credits towards BS degree
 At least 3.2 GPA (UNR courses)
 Must have completed Basic Science courses and at least
30 credits of Engineering Science or Design courses.
 Student must select a faculty advisor

30. Major Requirements
 Undergraduate First Year:
 CS 105 or ENGR 100, CS 135, CS 202
 ENG 101, ENG 201
 MATH 181, MATH 182
 PHYS 180, PHYS 180L
 Core Curriculum/Humanities credits

31. Major Requirements
 Undergraduate Second Year:
 CS 282, CS 282L, CS 302
 CPE 201
 EE 220
 ECON 102
 MATH 283R
 PHYS 181, PHYS 181L
 Core Curriculum/Humanities credits

32. Major Requirements
 Undergraduate Third Year:
 CS 326R, CS 365, CS 446, CS 477R
 CPE 301, CPE 400
 ENGR 301
 MATH 330, MATH or STAT 352
 PHYS 181, PHYS 181L
 Specialization/Technical Elective Course(s)

33. Major Requirements
 Undergraduate Fourth Year:
 CS 425, CS 426, CS 456
 CPE 411R
 ENGR 490 (Fundamentals of Engineering exam)
 Specialization/Technical Elective Course(s)

34. CSE Department
END
Department of Computer Science
and Engineering (CSE)