Postgraduate studies in effective administration of Linux systems

General characteristics of learning outcomes

  • Study plans

    The postgraduate study plan containing the list of classes carried out for individual semesters along with the number of hours of classes or forms of classes, as well as the assigned ECTS points and the form of crediting the classes are presented in the table below

    No.

    Sem. No.

    Code

    Name of the class

    Number of hours of classes

    Total hours

    Number of hours of classes in semesters

    Form of credit

    ECTS

    1

    2

    IN

    C.

    IN

    C.

    IN

    C.

    1

    1

    ZIiM -SELinux- SP-01Z-01

    Introduction to working in the system shell (bash)

    4

    12

    16

    4

    1 2

    E.

    2

    2

    1

    ZIiM -SELinux- SP-01Z-02

    Dynamic volume management and disk arrays (LVM and RAID)

    2

    6

    8

    2

    6

    E.

    1

    3

    1

    ZIiM -SELinux- SP-01Z-03

    Network systems files (NFS and CIFS)

    2

    6

    8

    2

    6

    E.

    1

    4

    1

    ZIiM -SELinux- SP-01Z-04

    Software management (dnf, rpm, createrepo)

    2

    6

    8

    2

    6

    E.

    1

    5

    1

    ZIiM -SELinux- SP-01Z-05

    Introduction to container technology (Docker)

    2

    6

    8

    2

    6

    E.

    1

    6

    1

    ZIiM -SELinux- SP-01Z-06

    Web service servers (apache, postfix, dovecot)

    3

    9

    12

    3

    9

    E.

    2

    7

    1

    ZIiM -SELinux- SP-01Z-07

    Linux system security (SELinux, AIDE, suid / guid )

    4

    1 2

    16

    4

    1 2

    E.

    2

    8

    1

    ZIiM -SELinux- SP-01Z-08

    Centralized Authentication and Authorization Services (Red Hat Identity Management, LDAP, FreeIPA)

    2

    6

    8

    2

    6

    E.

    1

    9

    1

    ZIiM -SELinux- SP-01Z-09

    Linux in heterogeneous environments (SAMBA and Active Directory)

    2

    6

    8

    2

    6

    E.

    1

    10

    ZIiM-SELinux-SP-01Z-10

    Ceph as an example of Software Defined Storage

    2

    6

    8

    2

    6

    1

    11

    1

    ZIiM-SELinux-SP-01Z-11

    Introduction to automation of configuration c ji and Linux system management (Ansible)

    3

    9

    12

    3

    9

    E.

    2

    12

    2

    ZIiM-SELinux-SP-02L-12

    Web Application Load Balancing (HAProxy)

    2

    6

    8

    2

    6

    E.

    1

    13

    2

    ZIiM-SELinux-SP-02L-13

    Linux system optimization (tuned, cgroups)

    4

    12

    16

    4

    12

    E.

    2

    14

    2

    ZIiM-SELinux-SP-02L-14

    High-Availability Storage Systems (Red Hat GlusterFS)

    2

    6

    8

    2

    6

    E.

    1

    15

    2

    ZIiM-SELinux-SP-02L-15

    Linux virtualization (KVM, Red Hat Enterprise Virtualization)

    4

    12

    16

    4

    12

    E.

    2

    16

    2

    ZIiM-SELinux-SP-02L-16

    Application clustering in a Linux environment (Red Hat Cluster Suite)

    3

    9

    12

    3

    9

    E.

    2

    17

    2

    ZIiM-SELinux-SP-02L-17

    Advanced a Automation of Linux system configuration and management (Red Hat Ansible Tower)

    3

    9

    12

    3

    9

    E.

    2

    18

    ZIiM-SELinux-SP-02L-18

    OpenStack as an example of a computer cloud

    2

    6

    8

    2

    6

    1

    19

    2

    ZIiM-SELinux-SP-02L-19

    Infrastructure management and installation packages (Red Hat Satellite Server and Katello)

    2

    6

    8

    2

    6

    E.

    1

    20

    2

    ZIiM-SELinux-SP-02L-20

    Container orchestration system (Kubernetes)

    2

    6

    8

    2

    6

    E.

    1

    21

    2

    ZIiM-SELinux-SP-02L-21

    Container cluster (Red Hat OpenShift)

    2

    6

    8

    2

    6

    E.

    1

    22

    2

    ZIiM-SELinux-SP-02L-22

    Infrastructure monitoring tools

    2

    6

    8

    2

    6

    E.

    1

    Together

    56

    168

    224

    28

    84

    28

    84

    30

    Number of hours of classes symbols: W – lecture, C – auditorium exercises

    Form of getting credit: if there is an examination as a form of verification of learning outcomes – E, getting credit with a grade – Z_o

    Last modified: Tuesday, June 23, 2020 11:23 am
  • Recruitment

    Students of postgraduate studies may be persons with a diploma of completion of at least the first degree. The studies last two semesters. Classes start in the fall semester according to the organization of the academic year.

    Recruitment of candidates for studies is open and takes place on a first come first served basis and complete documents are submitted. Required documents:

    • Personal questionnaire of a candidate for studies,
    • A transcript or a copy of the diploma of graduation entitling to undertake postgraduate studies, certified by the university. In the case of graduating from a university abroad, the candidate submits the original of the diploma and its translation into Polish, certified by authorized institutions, as well as a document confirming the recognition of the diploma or a certificate of exemption from the recognition procedure,
    • Proof of payment of the entry fee (PLN 500).

    The deadline for recruitment is September 30 in the year of launching a given edition of the studies.

    Maximum number of seats – 20; the minimum number of people to run the edition – 12

    Documents can be submitted by traditional mail or in person to the following address:

    Postgraduate studies “Effective administration of Linux systems”
    Faculty of Applied Informatics and Mathematics, Warsaw University of Life Sciences
    Ul. Nowoursynowska 159 (new campus)
    building 34, 3rd floor, room 3/99
    02-776 Warsaw, Poland

    Admission to postgraduate studies takes place after meeting the enrollment requirements and making a payment for the first semester of studies (PLN 2,500) or for the entire course (PLN 4,500) and submitting a confirmation of payment.

  • Payments

    With a one-off payment, the total cost of participation for one postgraduate student is PLN 5,000:

    • entry fee 500 PLN,
    • tuition PLN 4500 – at the beginning of the first semester.

    When paying in installments, the total cost of participation for one postgraduate student is PLN 5,500:

    • entry fee 500 PLN,
    • 1st installment of the tuition fee PLN 2,500 – at the beginning of the 1st semester,
    • 2nd installment of the tuition fee PLN 2,500 – before the beginning of the 2nd semester.

    Payments are made by transfer to the university’s bank account.

    Recipient’s account
    71 1240 6003 1111 0000 4943 8060
    The recipient’s details
    SGGW in Warsaw
    Ul. Nowoursynowska 166
    02-787 Warsaw, Poland
    Transfer title
    507-10-130100-S00185-99 name and surname of the student