2011-12
See your Career Program Advisor to help you get in the right classes.
Computer Engineering Technology (Networking) Associate in Science Degree (and Certificate Programs)
Potential Careers Set Yourself Up for a Great Career The national demand for computer technology specialists is projected to grow tremendously over the next few years, with
• • • •
Network/Systems Administrator Wireless Network Technician Network SupportTechnician Computer Support Specialist
• Network/Systems Specialist • PC Technician • Data Communications Analyst
almost half of these new jobs requiring the training and skills of a network specialist. With Valencia’s A.S. degree in Computer Engineering Technology, you will be trained to design, administer, maintain and support Local and Wide Area computer network systems. This cutting-edge program also includes three areas of
Potential Earnings For salary and wage information, visit: http://floridawages.com/
Contacts
specialization: Cisco and Microsoft, which help prepare you for
Prospective Students:
industry certification, and Cyber Security and Digital Forensics.
or call 407-582-1507.
Graduates will be qualified for technological roles in network design, network installation and maintenance; inter-network
Contact Enrollment Services at enrollment@valenciacollege.edu
Current Students: Ms. Amy Love Career Program Advisor
West Campus: 407-582-1973 alove8@valenciacollege.edu
Ms. Launa Sickler Career Program Advisor
East Campus: 407-582-2504 lsickler@valenciacollege.edu
For a Jump Start on Your Career…
Ms. Claudia Zequeira Career Program Advisor
Osceola Campus: 407-582-4172 czequeira@valenciacollege.edu
Take the fast track to reaching your career goals with one of our certificate programs below. These certificate programs are designed to equip you with a specialized skill set for immediate employment or to upgrade your skills for job advancement. Most can be completed in one year or less, and all of the courses in the certificate programs can be applied towards the A.S. degree.
A.S. to Bachelor’s Degree Career Path…
communication and connectivity; network administration; and microcomputer installation, as well as maintenance and repair.
• • • •
Cisco Network Associate (CCNA) (12 credits) Microcomputer Repairer/Installer (15 credits) Microsoft Systems Administrator (MCSA) (21 credits) Microsoft Systems Engineer (MCSE) (27 credits)
Did you know that all of Valencia’s A.S. degree programs will transfer into the Bachelor’s of Applied Science (B.A.S.) degree at UCF’s regional campuses, as well as other universities? For more information about specific locations and requirements, visit: regionalcampuses.ucf.edu/program/applied-science/
Internship & Workforce Services Credit for Industry Certification/Licensure If you have earned a state approved industry certification, you may be eligible to receive credits toward your A.S. degree. For a listing of eligible industry certifications and A.S. degree programs, visit: valenciacollege.edu/asdegrees/credit_alternative.cfm. Receive updates about the program and connect with other students at: facebook.com/ValenciaArchitectureandEngineering ©2011 Valencia College ASP080211-02
If you need assistance with job resources or in locating an internship, please contact one of the individuals below: Vertrilla Hunt, East Campus: 407-582-2726 Carmen Diaz, West Campus: 407-582-1034 Matthew Abalos, Osceola Campus: 407-582-4196 For more information, visit: valenciacollege.edu/internship
Computer Engineering Technology (Networking) INTERMEDIATE COURSES
Computer Engineering Technology (Networking) with Specializations in:
Course
* CET 2112C * CET 2113C
Cisco Routing and Switching Microsoft Systems Administration Cyber Security and Digital Forensics Associate in Science Degree This program is designed to prepare students for careers in computer and network engineering technology. Graduates will be qualified for technological roles such as network design, network installation, network security and maintenance, inter-network communication and connectivity, network administration, microcomputer installation, maintenance and support. The program includes several courses that are essential in preparing individuals for achieving the requirements to take the examinations of various certifications: A+, Network+, Cisco Certified Network Associate (CCNA), Microsoft Certified IT Professional (MCITP), Certified Ethical Hacker (CEH); Certified Hacking Forensic Investigator (HFI) and/or Certified Security Analyst (CSA). Graduates of specific programs at Orange County Tech Centers and TECO may be eligible for the award of credit in specific courses in this program. For information and requirements, visit the Valencia Web site at valenciacollege.edu/asdegrees/tech.cfm to view the articulation agreement. Eligible students should contact the related academic department and/or career program advisor at Valencia for the award of credit. Students who have earned the CISCO CCNA certification, may be eligible to receive college credit for certain courses in this program. For information and requirements, visit the Valencia Web site at valenciacollege.edu/asdegrees/tech.cfm to view the Alternative Award of Credit Agreement and complete a request form. To have the credit awarded, students should bring the required documentation to the Dean’s academic department for verification and approval.
* * * * * *
CET 2123C CET 2854 CET 2660C CET 2830C CET 2544C CET 2792C
Course M1, M2
* CET 2675C
Course
Title
Freshman Composition I A+ Concepts (Hardware) Mathematics for Electronics Local Area Networks Introduction to Engineering Technology See Gen. Ed. Requirement College Algebra U.S. Government Fundamentals of Speech A+ Concepts (Software) Total Credits
Credits
3 3 3 3 3 3 3 3 3 3 30
3 3 3 3 3 3 21
• Demonstrate proficiency in troubleshooting personal computers. • Examine the roles and functions of network infrastructure. • Build inter-networked environments, incorporating routers, bridges, and switches. • Apply mathematical foundations in designing scalable TCP/IP networks. • Troubleshoot various static and dynamic routing protocols. • Test and solder IC components associated with basic digital electronic systems. • Apply a working knowledge of group dynamics, team building, and time management skills to computer networking projects. • Accept professional and ethical responsibilities of the computer engineering technology profession. • Engage effectively in interpersonal, oral, visual, and written communication.
Although scheduling may not always provide for the following progression of courses, students should use the foundation, intermediate and advanced course sequence as a guide in program planning.
+ * ENC 1101 CET 2178C MTB 1329C CET 2486C EET 1214C Humanities +* MAC 1105 POS 2041 SPC 1608 CET 2179C
3
Program Outcomes:
* * * *
FOUNDATION COURSES
Credits
Cisco Routing and Switching Specialization
Students are strongly encouraged to consult a career program advisor in the department office for assistance in determining the best education plan for their career goals.
All degree-seeking students must satisfy entry testing requirements and satisfactorily complete all Mandatory Courses in reading, student success, mathematics, English, and English for Academic Purposes in which the student is placed.
Title
Digital Systems I Digital Systems II or Fundamentals of Microprocessors Wireless Networks Cyber Security Fundamentals Information Assurance Computer Virtualization Technology Microsoft Windows Server Network Total Credits
EST 2220C CET 1610C CET 2615C CET 2620C
Title
Credits
Introduction to Fiber Optics Cisco Router Technology Cisco Advanced Router Technology Cisco Projects in Routing Design and Administration Voice Over IP Computer Engineering Technology Electives Total Credits Total Degree Credits
3 3 3 4 3 1 17 68
Microsoft Systems Administration Specialization Program Outcomes: • Demonstrate proficiency in troubleshooting personal computers. • Demonstrate proficiency in Microsoft operating systems and use of diagnostics. • Examine the roles and functions of the networking infrastructure. • Develop a Microsoft network. • Apply mathematical Functions in designing scalable TCP/IP networks. • Test and solder IC components associated with basic digital electronic systems.
Specialized courses may not be offered every session or on every campus. + This course must be completed with a grade of C or better. * This course has a prerequisite; check description in Valencia catalog.
Computer Engineering Technology (Networking) • •
Apply group dynamics and team building for Microsoft projects. Accept professional and ethical responsibilities of the computer engineering technology profession. Engage effectively in interpersonal, oral, visual, and written communication.
•
Course Title
* * * * *
CET 2793C CET 2794C CTS 1163C CET 2810C CET 2812C
All specialized program courses are offered on the West Campus; some specialized courses are offered at other locations. General education courses are in bold print in the course listing.
Credits
Microsoft Windows Server Administration 4 Microsoft Windows Server Active Directory3 Microsoft Windows 7 3 Microsoft Exchange Server 3 Microsoft SQL Server 3 Computer Engineering Technology Electives 1 Total Credits 17 Total Degree Credits 68
Cyber Security and Digital Forensics Specialization Program Outcomes: • Demonstrate proficiency in troubleshooting personal computers. • Test and Solder IC components associated with basic digital electronic systems. • Build secure converged networks to meet industry standards. • Implement protective measures critial to securing a network infrastructure. • Defend an enterprise-level network against cyber threats and exploits. • Evaluate security policies for compliance with current National Security Agency standards and regulations. • Audit organizational preparedness capabilities in responding to cyber attacks. • Create proper chain of custody documentation. • Preserve the forensic integrity of evidence. • Engage effectively in interpersonal, oral, visual, and written communication. • Apply working knowledge of group dynamics, team-building, and time management skills to cyber security and digital forensics projects. • Demonstrate an understanding of the ethical expectations of the profession.
* * * * *
NOTES: 1 ENC 1210 Technical Communication is strongly recommended.
Course
Title
CET 1610C CET 2880C CET 2890C CET 2892C CET 2894C
Cisco Router Technology 3 Computer Forensics 4 Cyber Security 3 Advanced Cyber Security 3 Projects in Cyber Security (Capstone) 3 Computer Engineering Technology Elective 1 Total Credits 17 Total Degree Credits 68
Credits
Several Florida public universities provide opportunities for A.S. degree graduates to pursue a bachelor’s degree. All of Valencia’s A.S. degrees will transfer into the Bachelor of Applied Science (B.A.S.) degree offered at UCF’s regional campuses, as well as other universities. For more information on UCF’s B.A.S. degree, go to regionalcampuses.ucf.edu/program/applied-science. For other transfer options that may be available, go to valenciacollege.edu/asdegrees/tech.cfm. Students who want to continue their education should contact their university of choice for acceptance of this degree. For students who are interested in pursuing UCF’s B.A.S. degree, 36 credit hours of general education courses will be required. Students will also have to fulfill the state’s foreign language requirement, which is two years of the same high school foreign language or two semesters of the same college-level foreign language.
Cisco Network Associate (CCNA) Technical Certificate This Cisco certificate program provides the student with the skills necessary to work with traditional Cisco-based networks that predominately include local area network and wide area network routers and switches. The program also will prepare the student to take the Cisco Certified Network Associate (CCNA) certification exams. Program Outcomes: • Demonstrate proficiency in troubleshooting personal computers. • Examine the roles and functions of network infrastructure. • Troubleshoot various static and dynamic routing protocols such as Enhanced Gateway Routing Protocols (EIGRP), and Open Shortest Path First (OSPF). • Plan campus wide switched networks related technologies such as Virtual LANs, Spanning Tree Protocols, and Virtual Trunking Protocol. FOUNDATION COURSES Course
* CET 1610C * CET 2615C * CET 2620C
Title
Credits
Cisco Router Technology Cisco Advanced Router Technology Cisco Projects in Routing Design and Administration Cisco Network Associate Electives Total Certificate Credits
3 3 4 2 12
CISCO NETWORK ASSOCIATE ELECTIVES Course
COMPUTER ENGINEERING TECHNOLOGY ELECTIVES Course
Title
Credits
SLS 1303 Job Search 1 or any Valencia courses with the CET, CTS, COP, EET, or EST prefix
Title
Credits
SLS 1303 Job Search 1 or any Valencia courses with the CET, CTS, COP, EET, or EST prefix Specialized courses may not be offered every session or on every campus. + This course must be completed with a grade of C or better. * This course has a prerequisite; check description in Valencia catalog.
Computer Engineering Technology (Networking) NOTE: All certificate courses are offered on the West Campus; some courses may be offered at other locations.
Microcomputer Repairer/Installer Technical Certificate This certificate program prepares the student with excellent preparation for employment as a computer support specialist, help desk specialist, computer system analyst, and/or computer service representative. Students who complete this program will have the expertise needed to take CompTIA certification A+ and Network+ examinations.
FOUNDATION COURSES
* * * *
Course
Title
CET 2179C CET 2486C CET 2792C CET 2793C CET 2794C CTS 1163C
A+ Concepts (Software) 3 Local Area Networks 3 Microsoft Windows Server Network 3 Microsoft Windows Server Administrator 4 Microsoft Windows Server Active Directory3 Microsoft Windows 7 3 Microsoft Systems Administrator Elective(s) 2 Total Certificate Credits 21
MICROSOFT SERVER ADMINISTRATOR ELECTIVES Course
Program Outcomes: • Demonstrate proficiency in troubleshooting personal computers. • Identify procedures for installing, upgrading, diagnosing, and optimizing operating systems. • Examine the functions of network infrastructure.
Credits
Title
Credits
SLS 1303 Job Search 1 or any Valencia courses with the CET, CTS, COP, EET, or EST prefix NOTES: All certificate courses are offered on the West campus; some courses are offered at other locations.
FOUNDATION COURSES Course
Title
EET 1214C CET 2178C CET 2179C CET 2486C
Introduction to Engineering Technology A+ Concepts (Hardware) A+ Concepts (Software) Local Area Networks Microcomputer Repairer/Installer Electives Total Certificate Credits
Credits
3 3 3 3 3 15
MICROCOMPUTER REPAIRER/INSTALLER ELECTIVES Course
Title
Credits
SLS 1303 Job Search 1 or any Valencia courses with the CET, CTS, COP, EET, or EST prefix NOTE: All certificate courses are offered on the West Campus; some courses are offered at other locations
Microsoft Server Administrator Technical Certificate This certificate program is designed to provide students with the skills necessary to implement, manage and troubleshoot existing Microsoft network and server environments. The program helps prepare students for Microsoft Windows Server 2008 Administration (MCITP) certification. Program Outcomes: • Demonstrate proficiency in Microsoft operating systems and use of diagnostics. • Assess the roles and functions of the networking infrastructure. • Develop a Microsoft network. • Identify procedures for installing, upgrading, diagnosing, and optimizing operating systems.
Specialized courses may not be offered every session or on every campus. + This course must be completed with a grade of C or better. * This course has a prerequisite; check description in Valencia catalog.
!"#$W%R'% !"#$W%R'% KG+A&)A&+*EE&AE% KG + A& ) A& + * E E & AE % .9:%;/;4.%345% .9 :%;/;4.%345%
%
ZGUG>@T%(IE>*FE%H% ZGUG>@T%(IE>*FE%H% .9:%;//;.%345% .9:%;//;.%345%
H#>A&%>&%9#U% HH#>A&%>&%9#U% :*+,% :* +, % 99:%/;/<.%345% 99:% /;/<.%345%
Q**#*A@T%9$"+@>G&#%%%%%%%%%%%%%%%% Q*#*A@T%9$"+@>G&#%%%%%%%%%%%%%%%%
$<=><?@)&=7?4;)AB)!<C) $< <=><?@)&=7?4;)AB)!<C)
% %
)
%%%%%/V%.AW% %%%%%/V%.AW%
.GE+&%()*+G@TGX@>G&#%.&"AE*E%%%%%%%%%%%%%/B%.AW% .GE+&%()*+G@TGX@>G&#%.&"AE*E%%%%%%%%%%%%%/B%.AW%
% %
!&"#$@>G&#%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%%%%%/V%.AW% !& &"#$@>G&#%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%%%%%/V%.AW%
H#>*AF*$G@>*%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%;/%.AW% H#>*AF*$G@>*%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%;/%.AW%
%
% %
%
D"F@#G>G*E% D"F@#G>G*E% 7#I%%%% 7#I DJK%-A*'GL%345% %- A * ' GL %3 4 5 % DJK
.&TT*U*%7TU*PA@%% .&TT*U*%7TU*PA@%% K7.%//1V%345% K7 . %/ / 1 V %3 4 5 % %
.9:%7))A&N*$% .9 :%7))A&N*$% 9T*+>GN*%3/5% 9T*+>GN*%3/5%
!A*E,F@#% !A*E,F@#% .&F)&EG>G&#%H% .&F )&EG>G&#%H% 98.%//1/.%345 98 .%//1/.%345 % %
%%J(% J(% Q&N*A#F*#>% Q& N * A# F * # >% -R(%;1</%345% -R (%;1</%345% % %
]&H-%% ]& &H-%% .9:%;0BV.%345% .9 9:%;0BV.%345%
M A * T* E E %6 7 8 % MGA*T*EE%678% MG .9:%;2V<%345% .9 9 : %; 2 V < %3 4 5 %
.GE+&%7$N@#+*$% .GE+&%7$N@#+*$% [&">*A%:*+,%% [&"> *A%:*+,%% .9:%;0/V.%345% .9 :%;0/V.%345%
.GE+&%-A&\\*+>E%G#% .GE+&%-A&\*+>E%G#% [&">G#U%% [&"> G#U%% .9:%;0;1.%3<5% .9 :%;0;1.%3<5%
.&F .&F)W%]GA>"@T% F)W%]GA>"@T% :*+,% :* +, % .9:%;V<<.%345 .9 :%;V<<.%345 % %
7=%D@A$ 7=%D@A$?@A*% 7 $?@A*% .9:%;/B2.%345% .9 :%;/B2.%345%
.GE+&%[&">*A% .GE+&%[&">*A% :*+,%% :* +,%% .9:%/0/1.%345% .9 :%/0/1.%345%
!"#$%&'% !"#$%&'% ()**+,% () ***+,% (-.%/012%345% %/012%345% (-.
678% 678% .9:%;<20.%345% .9 :%;<20.%345%
MG#%(*AN*A% MG#%(*AN*A% 8*>?&AO% 8* >? & AO% .9:%;BC;.%345% .9 :%;BC;.%345%
H#'&AF@>G& H#'&AF@>G&#% &#% 7EE"A@#+*% 7E E"A@#+*% .9:%;241.%345% .9 :%;241.%345%
.IP*AE*+"AG>I% .IP*AE*+"AG>I% !"#$@F*#>% !" #$@F*#>% .9:%;001.%345% .9 :%;001.%345%
7=%(&''>?@A*% 7=%(&'>?@A*% 7 .9:%;/BC.%345% .9 :%;/BC.%345%
'4567895:;))) % % % % % % % % (6(%/414%&A%@#I%.9:S%.:(S%.R-S%99:S%&A%9(:%-A*'GL%
H#>A&%>&%!GP*A% H#>A&%>&%!GP*A% R)>G+E%% R) >G+E%% 9(:%;;;1.%345% 9(:% ;;;1.%345%
K@>,%'&A% K@>,%'&A% K 9T*+>A&#G+E% 9T * + > A & # G+ E % K:Y%/4;C%345% K: Y %/ 4 ; C %3 4 5 %
Cisco Ci sco Ro Routing uting and and Switching Switching Specialization Sppecialization)
!"#$%&'()'*+,*''(,*+)&'!-*"."+/)0*'&1"(2,*+3) ! "#$%&'()'*+,*''(,*+)&'!-*"."+/)0*'&1"( (2,*+3)
H#>A&%>&%9#U% HH#>A&%>&%9#U% :*+,% :* +, % 99:%/;/<.%345% 99:% /;/<.%345%
H#>*AF*$G@@>*%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%%%%%%;/%.AW% H#>*AF*$G@>*%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%%%%%%;/%.AW%
.IP*AE*+"AAG>I%()*+G@TGX@>G&#%.&"AE*E%%%/B%.AW% .IP*AE*+"AG>I%()*+G@TGX@>G&#%.&"AE*E%%%/B%.AW%
Q*#*A@T%9$ $"+@>G&#%%%%%%%%%%%%%%%% Q*#*A@T%9$"+@>G&#%%%%%%%%%%%%%%%%
$<=><?@)&=7?4;)AB)!<C) $<= ><?@)& )&=7?4;)AB)!<C)
% %
% %
% %
)
/V%%.AW% %%%%%%%%%%/V%.AW% %%%%%%%%%%/
!&"#$@>G&#%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%/V%.AW% !&"#$@>G&#%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%/ /V%%.AW%
.&TT*U*%7TU*PA@%% .&TT*U*%7TU*PA@%% K7.%//1V%345% K7 7 . %/ / 1 V %3 4 5 % %
!" !"#$%&'% " # $ %& ' % ()**+,% () )**+,% (-.%/012%345% (-.%/012%345%
MG#%(*AN*A% MG#%(*AN*A% 8*>?&AO% 8* >? & AO% .9:%;BC;.%345% .9 :%;BC;.%345%
%%J(% J(% Q&N*A#F*#>% Q& N * A# F * # >% -R(%;1</%345% R(%;1</%345% % % !A*E,F@#% !A *E,F@#% .&F)&EG>G&#%H% .&F )&EEG>G&#%H% 98.%//1/.%345 98 .%//1 1/.%345 % %
D"F@#G>G*E% D"F@#G>G*E% 7#I%%%% 7#I DJK%-A*'GL%345% %- A * ' GL %3 4 5 % DJK
MGA*T*EE%678% MGA*T*EE%678% .9:%;2V<%345% .9 : %; 2 V < %3 4 5 %
-A&\*+>E%G#% -A&\*+>E%G#% .IP*AE*+"AG>I%% .I P*AE*+"AG>I%% .9:%;2C<.%345% .9 :%;2C<.%345%
%
'4567895:;))) % % (6(%/414%&A%@#I% % % % .9:S%.:(S%.R-S% % % % 99:S%&A%9(:%-A*'GL%
.9:%7))A&N*$% .9 :%7))A&N*$% 9T*+>GN*%3/5% 9T *+>GN*%3/5%
.GE+&%[&">*A% .GE+&%[&">*A% :*+,%% :* +,%% .9:%/0/1.%345% .9 :%/0/1.%345%
.&F .&F)W%]GA>"@T% F)W%]GA>"@T% :*+,% :* +, % .9:%;V<<.%345 .9 :%;V<<.%345 % %
7=%D@A$ 7=%D@A$?@A*% 7 $?@A*% .9:%;/B2.%345% .9 :%;/B2.%345%
7$N@#+*$% 7$N@#+*$% .IP*AE*+"AG>I%% .I P*AE*+"AG>I%% .9:%;2C;.%345% .9 :%;2C;.%345%
.IP*AE*+"AG>I%% .I P*AE*+"AG>I%% .9:%;2C1.%345% .9 :%;2C1.%345%
H#'&AF@>G&#% H#'&AF@>G&#% 7EE"A@#+*% 7E E"A@# #+*% .9:%;241.%345% .9 :%;241.%345%
678% 678% .9:%;<20.%345% .9 :%;<20.%345%
ZGUG>@T%!&A*#EG+E%% ZGUG>@T%!&A*#EG+E%% .9:%;221%3<5% .9 : %; 2 2 1 %3 < 5 %
.IP*AE*+"AG>I% .IP*AE*+"AG>I% !"#$@F*#>% !" #$@F*#>% .9:%;001.%345% .9 :%;001.%345%
7=%(&''>?@A*% 7=%(&'>?@A*% 7 .9:%;/BC.%345% .9 :%;/BC.%345%
% %
!"#$W%R'% !"#$W%R'% KG+A&)A&+*EE&AE% KG + A& ) A& + * E E & AE % .9:%;/;4.%345% .9 :%;/;4.%345%
%
ZGUG>@T%(IE>*FE%H% ZGUG>@T%(IE>*FE%H% .9:%;//;.%345% .9 :%;//;.%345%
K@>,%'&A% K@ > , %' & A % 9T*+>A&#G+E% 9T * + > A & # G+ E % K:Y%/4;C%345% K: Y %/ 4 ; C %3 4 5 %
Cyber Cy ber S Security ecurity and and D Digital ig gital F Forensics orensics Sp Specialization ecialization)
!"#$%&'()'*+,*''(,*+)&'!-*"."+/)0*'&1"(2,*+3) ! "#$%&'()'*+,*''(,*+)&'!-*"."+/)0*'&1"( (2,*+3)
KG+A&E&'>% KG+A&E&'>% 9L+,@#U*%(*AN*A% 9L +,@#U*%(*AN*A% .9:%;2/1.%345% .9 :%;2/1.%345%
$<=><?@)&=7?4;)AB)!<C) $< <=><?@)&=7?4;)AB)!<C)
)
/V%.AW% %%%%% %%%%%/V%.AW%
KG+A&E&'>%()*+G@TGX@>G&#%.&"AE*E%%%%%/B%.AW% KG+A&E&'>%()*+G@TGX@>G&#%.&"AE*E%%%%%/B%.AW%
H#>*AF*$G@>*%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%;/%.AW% H#>*AF*$G@>*%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%;/%.AW%
KG+A&E&'>%(^6% KG+A&E&'>%(^6% (*AN*A%% (*A N*A%% .9:%;2/;.%345% .9 :%;2/;.%345%
MG#%(*AN*A% MG#%(*AN*A% 7$FG#GE>A@>G&#%% 7$F G#GE>A@>G&#%% .9:%;BC4.%3<5% .9 :%;BC4.%3<5%
.&TT*U*%7TU*PA@%% .&TT*U*%7TU*PA@%% K7.%//1V%345% K7.%//1V%345% %
MG#%B% MG#%B% .:(%//04.%345% .: (%//04.%345%
%%J(% J(% Q&N*A#F*#>% Q& N*A#F*#>% -R(%;1</%345% -R (%;1</%34 3 5% % D"F@#G>G*E% D" F@#G>G*%E% 7#I%%%% 7#I DJK%-A*'GL%345% %-A*'GL%345% DJK
!A*E,F@#% !A*E,F@#% .&F)&EG>G&#%H% .&F )&EG>G&#%H% 98.%//1/.%345 98 .%//1/.%345 % % !"#$%&'% !" # $ %& ' % ()**+,% () **+,% (-.%/012%345% %/012%34 (-. 3 5%
.&F)W%]GA>"@T% .&F)W%]GA>"@T% :*+,% :* +, % .9:%;V<<.%345 .9 :%;V<<.%3345 % %
7==%D@A$?@A*% 7=%D@A$?@A*% .9:%;/B2.%345% .9 9:%;/B2.%345%
'4567895:;))) % % % % % % % % (6(%/414%&A%@#I%.9:S%.:(S%.R-S%99:S%&A%9(:%-A*'GL%
MG#%%(*AN*A%7+>GN*% MG #%%(*AN*A%7+>GN*% ZGA*+>&AI% ZGA*+>&AI% .9:%;BC<.%345% .9:%;BC<.%345%
!&"#$@>G&#%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%%%%%/V%.AW% !& &"#$@>G&#%.&"AE*E%%%%%%%%%%%%%%%%%%%%%%%%%%%%/V%.AW%
Q**#*A@T%9$"+@>G&#%%%%%%%%%%%%%%%% Q*#*A@T%9$"+@>G&#%%%%%%%%%%%%%%%%
%
%
%
.9:%7))A&N*$% .9:%7))A&N*$% 9T*+>GN*%3/%5% 9T*+>GN*%3/%5%
H#'&AF@>G&#% H#'&AF@>G&#% 7EE"A@#+*% 7E E"A@#+*% .9:%;241.%345% .9 :%;241.%345%
% %
%
%
%
!"#$W%R'% !"#$W%R'% KG+A&)A&+*EE&AE% KG + A& ) A& + * E E & AE % .9:%;/;4.%345% .9 :%;/;4.%345%
%
MGA*T*EE%678% MGA*T*EE%678% .9:%;2V<%345% .9 :%;2V<%345%
678% 678% .9:%;<20.%345% .9 9:%;<20.%345%
MG#%(*AN*A% MG#%(*AN*A% 8*>?&AO% 8* >? & AO% .9:%;BC;.%345% .9 :%;BC;.%345%
7=%(&'>?@A*% 7=%(&'>?@A*% .9:%;/BC.%345% .9 :%;/BC.%345%
.IP*AE*+"AG>I% .IP*AE*+"AG>I% !"#$@F*#>W% !" #$@F*#>W% .9:%;001.%345% .9 :%;001.%345%
H#>A&%>&%9#U% H#>A&%>&%9#U% ::*+,% *+,% 999:%/;/<.%345% 9:%/;/<.%345%
ZGUG>@T%(IE>*FE%H% ZGUG>@T%(IE>*FE%H% .9:%;//;.%345% .9 :%;//;.%345%
K@>,%'&A% K@>,%'&A% 9T*+>A&#G+E% 9T * + > A & # G+ E % K:Y%/4;C%345% K: Y%/4;C%345%
Microsoft Mi crosoft Systems Systems Administration Administration Specialization Specialization)
!"#$%&'()'*+,*''(,*+)&'!-*"."+/)0*'&1"(2,*+3) ! "#$%&'()'*+,*''(,*+)&'!-*"."+/)0*'&1"( (2,*+3)