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920-270 Nortel WLAN 2300 Rls. 7.0 Planning & Engineering information |

920-270 information - Nortel WLAN 2300 Rls. 7.0 Planning & Engineering Updated: 2023

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Exam Code: 920-270 Nortel WLAN 2300 Rls. 7.0 Planning & Engineering information November 2023 by team
Nortel WLAN 2300 Rls. 7.0 Planning & Engineering
Nortel Engineering information

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Nortel WLAN 2300 Rls. 7.0 Planning & Engineering
Question: 28
A new WLAN 2300 series customer does not use a RADIUS server. They want to use a local
database to authenticate users and apply restrictions to the users. Which feature will support
A. user-id networking
B. MAC-id networking
C. identity-based networking
D. authentication-id networking
Answer: C
Question: 29
A new WLAN 2300 series customer uses a RADIU Sserver and has a local database on a
different server. They want the RADIUS server to be used for security on the WLAN.
Which database type would be compatible?
C. user-id
D. password
Answer: B
Question: 30
A new WLAN 2300 series customer uses a RADIU Sserver and has a local database on a
different server. They want the RADIUS server to be used for security on the WLAN, using the
database and mutual authentication. What is required on the RADIUS server?
A. certificates
B. user names
C. client names
D. mutual ID numbers
Answer: A
Question: 31
Which statement accurately describes the Virtual Cluster feature?
A. The access points must be configured manually to map to the clustered switches.
B. All members of a configuration cluster have a local copy of the domain configuration.
C. Clustered switches act collectively as single virtual switch for wireless configuration.
D. The configuration cluster is a subset of security switches in different mobility domains.
Answer: C
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Nortel Engineering information - BingNews Search results Nortel Engineering information - BingNews IEM — Information Engineering Management We Engineer Leaders!

Fri, 14 Aug 2020 07:38:00 -0500 en-US text/html
IEM — Information Engineering Management

Why IEM?

IEM faculty talking with IEM student in the School of Engineering building.

As a technology professional, you have likely seen and felt the unique challenges tech experts encounter as we try to grow into leadership. 

  • Our tech skills are in high demand, so we are often given more tech work and less leadership experience.
  • We are often left out of the decision-making where management, marketing, finance, and production come together to deliver the product. 

Technology professionals are the new blue-collar. 

So how do you breakthrough to become more than just an engineer, developer, or project manager? 

Learn how to translate your technical skills into the language of the company leadership. This is not just about learning new skills and walking away from what you know; it is about translation – showing how what you do adds value to the company’s bottom line.

In IEM, we help technology professionals turn their technology expertise into leadership skills, so they grow in their company, find new opportunities in other companies, or start something of their own. Your undergraduate degree need not be from engineering – we will focus more on your technology experience as entrance requirements. 

IEM is a 5-semester (20 months) online engineering management program designed for working professionals. Classes meet in the evenings, are recorded in case you have to miss, and are interactive with others so that you grow your professional network – a key ingredient to professional growth. 

Develop skills in leadership and communication while rounding out those other high-demand skills such as project management, systems engineering, data analytics and management, corporate finance, and entrepreneurial thinking. 

Unlike other executive programs charging $50,000 to $100,000, IEM can be completed for around $30,000. 

A Curriculum Designed for You

Our curriculum is designed with one goal in mind: to help you gain the knowledge and skills you need to advance your work. Our classes are designed with flexibility, so you can complete the degree while juggling career and family.

We work with current, sitting CEOs at major corporations to develop our course content around what they, as hiring professionals, want to see in their potential employees. We didn't just guess at what was relevant, we asked the people who are the reason most professionals look to get a degree in the first place exactly what was needed, then built classes to teach those things. We regularly meet with these CEOs to make sure what we are teaching stays current, and many globally based CEOs from multiple countries serve on our advisory board to make sure that the degree you earn from UAB is one that will pay you back. We have major corporations tell us that if they see a UAB Engineering Management Masters Degree on a resume submission, they pay attention.

Taught by Real World Industry Leaders

Each of our faculty members are real world industry leaders. Our faculty has worked in the same environments and with the same bureaucracy and kinds of people that you deal with at work. We know how to help you move forward, because we have walked these same paths as you.

Ready to Learn More?

Explore the site to learn about our curriculum, faculty, and our alumni success stories. If you have any questions, contact us – we’re happy to answer your questions and hope to see you studying with us soon.

Fri, 05 Dec 2014 09:50:00 -0600 en-US text/html
Computer Science Student Forms, Information, & Resources

Note: Currently all forms are in PDF format; incomplete forms will not be processed. (Very few forms are available in the department office)

Registration Forms

Undergraduate Roadmaps

4-year curriculum roadmap (spring 2021 and older)
sample plan for students with catalog rights Spring 2021 and older

4-year curriculum roadmap (Fall 2021)
newest catalog degree requirements for students effective Fall 2021
(typically it is in the student's interest to use the latest catalog, please check with a major advisor to confirm)
FAQs regarding the new catalog

2-year curriculum roadmap - demo plan for transfer students

Advising & Graduation Forms

Graduate Student Forms

For additional graduate student forms, please visit Graduate Studies.

Certificate Program Applications

Be advised the following is a fillable form PDF. If you are using Firefox or Chrome, PDF fillable forms can no longer be filled out in the browser. The form must be downloaded and opened in Adobe Acrobat or Adobe Reader and the Adobe Acrobat/Reader security prompt "Enable All Features" must be clicked to properly view and edit the form. As of 2016, Internet Explorer 11 still supports fillable form PDFs in the browser. Web-compatible, non-fillable PDF form has also been provided.

Application for Undergraduate Certificate(s):

The Computer Science major offers undergraduate certificates in the following areas: Cyber Defense and Operations, Game Engineering, Information Assurance and Security, Software Engineering, and Systems Software.

  • Application for Graduate Certificate(s):

    The Computer Science graduate program offers advanced certificates in the following areas: Computer Architecture, Computer Engineering, Computer Networks and Communications, Data Management Systems, Data Mining, Information Assurance and Security, Intelligent Systems, Software Engineering, Systems Software.

International Student Letters

  • Bachelor Request for Optional Practical Training Letter process - please follow the steps below.
    ***NOTE: processing timeline may be delayed during high email registration periods AND January/June-August due to faculty limited availability via email.***

Step 1: You need to send an email to with your Name, Student ID#, current unofficial csus transcript. (Subject Line: CSC BS-OPT request).
Step 2: The letter will be created for you (sample) after Dept Chair approves. You will be emailed when the letter is ready.

  • MS Request for Optional Practical Training Letter process- please use the correct form below that applies to you. Allow 2-3 weeks processing time.

Step 1: You will need to fill in the requested information and save the document as a .pdf.
Step 2: Email the saved document AND unofficial CSUS transcripts to (Subject Line: CSC request for OPT letter).
Step 3: The department will put on digital letterhead and get Dr. Chen's approval for you. You will be emailed when the letter is ready.

OPT for MS in CSC - female

OPT for MS in CSC - male

OPT for MS in SE - female

OPT for MS in SE - male

  • MS Skills Verification Letter Process - Allow 2-3 weeks processing time.

Step 1: Verify the skill(s) you are requesting is listed on the University catalog. To clarify, the skills for each course, per the long standing department practice, can be approved only if they appear in the course catalog description. Any skill NOT found on the course description will be denied.

Step 2: Send ONE email request for ALL skills {Subject Line: CSC request for MS Skills letter} to Dr. Chen and MUST include current unofficial CSUS transcripts.

Step 3: After Dr. Chen approves the skill(s), THEN he will inform the department that a letter can be created for you.

***NOTE: processing timeline may be delayed during high email registration periods AND January/June-August due to faculty limited availability via email.***

Step 4: The department will put on digital letterhead (sample). You will be emailed when the letter is ready.

Step 1: You will need to fill in the requested information and save the document as a .pdf.
Step 2: Email the saved document AND unofficial CSUS transcripts to (Subject Line: VisaExt request) for processing.

Computer Science Advising

You do not need to make an appointment with an advisor except under rare circumstances. Refer to the information at Faculty Office Hours to locate your faculty advisor, his or her office hours, and contact information. If you have seen an advisor before, you should go back to that same person; if you have not, we assign you an advisor on the basis of your last name. (Look for the first letter of your last name in the left-hand column.) Students are seen on a first-come, first-serve basis.

If you are an undergraduate student, you should see a Computer Science faculty advisor at least once during the academic year, and keep your signed BS Advising Form on file with the department. Otherwise, a hold will be placed on your registration. If you are new to the major, we suggest that you view the suggested CSC major roadmap. Computer Science majors have a specific GE worksheet that may be useful when plan GE courses. Students should also meet with General Education (GE) advisor to be sure all GE requirements are being completed. GE advisors are available in the Academic Advising Center, located in Lassen Hall 1013.

Our college also has an Advising, Counseling, and Tutoring (ACT) Office in the ECS Student Success Center in Santa Clara Hall 1213. Here the Academic Advisors can assist with GE/GR questions, lower division major and Smart Planner advising.

Please note that you must change your major from Pre-computer Science to Computer Science if you want to register for upper-division restricted courses (CSC 133 and above). If you've already met the requirements listed on the form, but have not filled out the paperwork yet, you will most likely be blocked when trying to register for upper division courses.
Regarding PRE-CSC major status:
Becoming full major requires completion of CSC 15, 20, 28, 35; Math 30/31 (or Math 26A/B if following catalog rights before Fall 2021). It is best to fill out the change of major form during the semester you are completing the last of these requirements (ex: Spring 2021). The department will hold onto the form until your grades are officially posted for Spring 2021. Assuming you pass the courses, the form will then be sent to the Registrar’s office and you will effectively change from Pre-CSC to CSC the following semester (ex: Fall 2021).

When planning your schedule of upper-division electives, please refer to the Tentative 2-Year Schedule of Undergraduate Electives.

For a comprehensive guide to undergraduate advising, forms, and procedures, get the Undergraduate Student Handbook.

If you are a graduate student, you should see the faculty advisor assigned to you by the Graduate Coordinator and update your MS Advising Form on an as-needed basis. The department will keep it on file for you. For the MS in Software Engineering, use the MS Advising Form for Software Engineering.

When planning your schedule of graduate electives, please refer to the Tentative 2-Year Schedule of Graduate Electives.

Also note: a Computer Science Graduate Student Orientation is given twice a year (January and August) just prior to the start of each semester. Contact the department for details.

For a comprehensive guide to graduate student advising, forms, and procedures, get the Graduate Student Handbook.

Sat, 25 Sep 2021 20:16:00 -0500 en text/html
Information and Systems Engineering (PhD)

Degree Requirements

Please see the Engineering Courses page for course descriptions.

Information and Systems Engineering PhD (90 credits)


credits from the Doctor of/Doctorate in Philosophy (PhD)

Students must complete a minimum of 12 credits of course work at the 6000 or 7000 level as follows:


credits chosen from courses offered by the Gina Cody School of Engineering and Computer Science.

4 credits chosen from INSE courses, unless approved by the Graduate Program Director.
Wed, 10 Dec 2014 20:06:00 -0600 en text/html
Visit Purdue Engineering

Purdue Engineering Digital Brochure

Get an overview of the College of Engineering, including admissions statistics, our majors, and much more through our digital brochure!

Click here to view the Purdue Engineering Digital Brochure

The Minority Engineering Program (MEP) at Purdue University was initiated in 1974 as one of several initiatives to Improve diversity and inclusion in the College of Engineering.

MEP offers programs, camps, and outreach initiatives at the K-12 level to encourage interest in the field of engineering as a whole, boost college preparation and readiness, and promote a diverse field of engineers around the world. They also support current Purdue Engineering students through programs, mentorship, and alumni networking.

The Minority Engineering Program is open to all students of all races, genders, and backgrounds.

Minority Engineering Program Website

Established in 1969, the Purdue Women in Engineering Program (WiE) was the first of its kind in the nation and has been a model for such programs at other universities.

WiE offers programs, camps, and outreach initiatives at the K-12 level to encourage interest in the field of engineering as a whole, boost college preparation and readiness, and promote a diverse field of engineers around the world. They also support current Purdue Engineering students through programs, mentorship, and alumni networking.

The Women in Engineering Program is open to all students of all races, genders, and backgrounds.

Women in Engineering Program Website

Tue, 11 Aug 2020 09:08:00 -0500 en text/html
Master Electrical Engineering and Information Technology

Electrical engineers continuously invent and shape the future of the digital world. They create the "intelligent” inner life of cell phones, computers, cameras, automobiles, robots, medical laboratory equipment, and many other things - and they lay the foundations of the electrical future of sustainable energy.

In the Master’s degree programme students collaborate with a professor to individually select which courses to take. These courses permit a specialization in one of the six areas listed below. The curriculum is complemented by semester projects, an internship in industry and a six-month Master’s thesis.

  • Selection of approx. 11 courses in agreement with a professor (tutor)
  • One or two semester projects (14 weeks each, alongside courses)
  • One Internship in industry (optional)
  • A Master’s thesis project (6 months)

After receiving the Master's degree, graduates are ready for the challenges in the business world. The career prospects holding a Master's in Electrical Engineering and Information Technology are excellent and very broad. Of course, this also opens the path to a doctorate and a further academic career.


  • Communications
  • Computers and Networks
  • Electronics and Photonics
  • Energy and Power Electronics
  • Systems and Control
  • Signal Processing and Machine Learning

Language of instruction


Credits | duration

120 ECTS | 2 years

Academic title

Master of Science ETH in Electrical Engineering and Information Technology

Qualifying disciplines

Bachelor in Electrical Engineering and Information Technology (or related fields)

Sat, 17 Oct 2020 14:20:00 -0500 en text/html
Visit Campus

Drexel Engineering Video Tour

Explore College of Engineering facilities with some of our students.

Undergraduate Campus Visits and Upcoming Events

Attend an Engineering Information Session

If you haven’t done so already, please register for an in-person College of Engineering Information Session. This session will provide an overview of the academic and co-curricular options at the College and includes an engineering lab tour. Find a list of upcoming sessions in the “College and School Information Sessions” section.

Schedule an Engineering Lab Tour

The College of Engineering offers engineering-specific facilities tours by request. Tours last approximately 45 minutes. Please email to request a tour and provide your requested tour date(s) and time(s).

Visit Virtually

You may be interested in a personal virtual visit with the faculty, staff and students in the College of Engineering. Please contact the College of Engineering Outreach office at

For additional University visiting options, including Open Houses and general campus tours, please visit the undergraduate admissions website.

Prospective Graduate Students

Learn about upcoming open houses and information sessions for our graduate programs.

Fri, 26 Oct 2018 00:30:00 -0500 en text/html Mechanical Engineering

Endless Career Opportunities

Mechanical engineering is one of the most diverse branches of engineering, and it involves the design and analysis of machines, structures, and materials by applying the principles of physics and materials science. Mechanical engineers can do it all, from designing cars, airplanes, and robots, to developing renewable energy systems, medical devices, and stronger and lighter composite materials.

Air and fluid flow: Mechanical engineers apply the physics of gases and fluids to design devices like air conditioners, heating systems, respirators, engine cooling systems, aircraft, and spacecraft.

Biomechanics: The body is a mechanical system containing fluid flow and structural and dynamical components. Mechanical engineers are leaders in the field of biomechanics, which encompasses medical device design and the analysis and enhancement of human motion.

Composite materials: Composite structures have become the standard for wind-turbine blades, high-performance sporting goods and aerospace vehicles, and mechanical engineers are leading the development of more and better applications for these advanced materials.

Design: Engineering design makes extensive use of science but is concerned with creating new devices or processes that Improve our quality of life—turning ideas into reality.

The environment: Mechanical engineering fundamentals are used to understand oceanic and atmospheric transport and transformation of pollutants and particle dynamics.

Manufacturing: Modern manufacturing employs machines (including 3D printers for additive manufacturing) that mechanical engineers design and build.

Robots: Machines that operate autonomously are used in industrial production, space exploration, robotic surgery, bomb disposal and even household cleaning. Self-driving cars are also examples of robots.

Smart materials and controls: Mechanical engineers exploit new engineering materials to develop novel sensors and actuators including artificial muscles, shape memory alloys, self-healing materials, thermoelectric and piezoelectric materials.

Sat, 14 May 2022 19:15:00 -0500 en text/html
Degree Program Information

For an all-in-one guide to degree requirements, recommended curriculum patterns, advising and other student policies and procedures, please refer to our PDF handbooks.


Computing Accreditation Commission (CAC) Logo

The Bachelor of Science degree in Computer Science is accredited by the Computing Accreditation Commission (CAC) of ABET, a specialized accrediting body recognized by the Council for Higher Education Accreditation.

Undergraduate Programs


The solid educational foundation of the baccalaureate program derives from the general education requirements common among all University programs plus substantial courses in mathematics, statistics and physics.

The undergraduate lower-division core curriculum is a comprehensive exposure to programming languages, algorithms and problem-solving. The upper-division core courses comprise an intensive program of study that embraces the theories and core technologies of computer science. Beyond the core curriculum students may select related sets of courses such as:

  • Computing Theory and Symbolic Computation
  • Computer Architecture and Operating Systems
  • Database Systems and Applications
  • Data Communications and Networking
  • Computer Graphics
  • Software Engineering
  • Systems Software

All students are admitted as pre-Computer Science majors. Registration in upper-division courses numbered 133 and above is restricted to full Computer Science, Computer Engineering, and Math/Computer Science majors. Other students need to obtain approval from the CSC Department Chair.
To change to the full Computer Science major, students who have completed the following lower-division (pre-major) requirements are required to submit a Change of Major form to the Computer Science Department Office via CSC 15, CSC 20, CSC 28, CSC 35; MATH 30, MATH 31; and Phys 11A.

Major Requirements & Course Descriptions


The Minor in Computer Science is available for students majoring in disciplines other than Computer Engineering.

The Minor in Information Security and Computer Forensics is available to all non-Computer Science Majors.

Application Process Information

Undergraduate Certificate Programs

In addition to completing the requirements for the Bachelor of Sciences in Computer Science degree program, students enrolled in the major may also complete one of the (optional) 9-12 unit Academic Certificate programs.

Each certificate includes 9 required units which can overlap with elective coursework taken to satisfy the major requirements, with some of the certificates requiring 3 additional units (1 additional course) beyond the degree requirements. Students interested in earning a certificate in addition to their degrees should meet with an academic advisor.

Requirements for Undergraduate Certificates

Certain combinations of courses gives students a deeper understanding of specialized areas in Computer Science. Completion of any of the following course lists entitles the student to receive a certificate indicating that they concentrated their elective study in the particular area. The Computer Science Department will try and offer on a regular basis all courses required for each certificate, but course cancellations and scheduling conflicts do sometimes occur causing students difficulty in completing their desired course study. In such situations, students may need to forgo completion of their certificate. Printed certificates (printed twice per year in January/July) must be requested directly from the Computer Science Department office after a student graduates.

Applications for Undergraduate Certificates

Graduate Programs

The Computer Science Department offers Master's Degree programs in Computer Science and Software Engineering, Certificates of Advanced Study for students enrolled in these programs, and a Master's Degree joint program in Computer Engineering.

The primary goal of each of these programs is to prepare students to serve as effective professional computer certified in a society which increasingly depends on computer usage and technology.

A secondary goal is to prepare interested students for research, teaching, or further study toward the Ph.D. in Computer Science. The programs also enable individuals with background in other areas to obtain the skills and knowledge necessary to enter and advance in employment in computer-related industries.

The admission requirements for the Master's in Computer Science and the Master's in Software Engineering are identical. Completion of the Master of Science in Computer Science requires advanced coursework in a minimum of three of the following areas: computer architecture/computer engineering, database management systems, information assurance and security, intelligent systems, networks and communications, software engineering, and system software. The Master of Science in Software Engineering requires advanced coursework in the software engineering area.

The department has a small number of teaching associateships for qualified graduate students. Teaching Associates assist in instruction of undergraduate courses, supervision of laboratory work, and aid faculty members in research projects. Interested persons should apply in the department office.

Due to the large number of graduate students in Computer Science who are employed, most graduate level courses are offered in the late afternoon or evening. A [ tentative two-year schedule of graduate course offerings ] is updated regularly to help students plan their breadth requirements and electives.

Contact the Office of Graduate Studies

Graduate Certificates

The Certificates of Advanced Study in Computer Science are designed to recognize students who have completed the core graduate courses ― CSC 201, CSC 204, CSC 205 and CSC 206 ― plus additional coursework in a specialty area. These certificates are available only for MS Computer Science matriculated students.

Contact The Computer Science Graduate Coordinator.

Sat, 16 Jul 2022 14:28:00 -0500 en text/html
What You Need to Know About Becoming an Engineering Major No result found, try new keyword!computer engineering, information science and nanotechnology. This major prepares students for many areas of the field with skills like analysis and problem-solving, teamwork and leadership. Tue, 16 Jul 2019 02:42:00 -0500

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