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Course name
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detail
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| Computer Science Fundamentals Hardware Software Fundamentals | |
| hardware basics | ■This is a practical course that teaches you the basic structure and handling of today's PC hardware. (ITSS/CompTIA
A+ compatible) Lecture + desk exercise Actual machine training (Intel PC) CPU, memory, motherboard, HDD, peripherals, cables, BIOS, etc. Actual machine training (Linux) Checking hardware and device drivers |
| computer basics | ■This is a practical course that uses C language and machine language to experience how a CPU works and how a program works. (ITSS/Basic Information Processing Engineer Exam/Applied Information Processing Engineer Exam) Lecture + desk exercise Actual machine training (CPU) cables, wiring, system functions Actual machine training (C language) pointer address link compilation |
| Program basics | ■This is a practical course where you will thoroughly learn about the operation of the OS and the execution of programs, which will be useful for future C/C++ programming for embedding and firmware. (ITSS/Basic Information Processing Engineer Exam/Applied Information Processing Engineer Exam) Lecture + desk exercise Actual machine training (algorithm) Search, sort, aggregation, conversion Actual machine training (data structures) pointers, stacks, queues, arrays, structures, classes |
| OS and compiler | ■This is a practical course where you will experience the basic concepts of programming, algorithms, and data structures using the C language. (ITSS/Basic Information Processing Engineer Exam/Applied Information Processing Engineer Exam) Lecture + desk exercise Compiler operation Compiler Compiler OS mechanism Kernel Actual machine training Lexical analysis LR/LLR/LL syntax analysis Optimization Actual machine training: Task management, memory allocation, system calls, file operations, sockets |
| Information Security ISMS Security Technology | |
| Fundamentals of information security | ■This is a practical-based course where you can learn about IT system security in general. (ITSS/CompTIA
Security+/Information Processing Engineer Exam/Information Security Specialist/SEA/J compatible) Lecture + Tabletop Exercise Security Management ISMS Actual machine training Eavesdropping Password analysis Port scanner DoS attack Script virus XSS CSRF OS injection SQL injection buffer overflow |
| Web system security programming | ■We will explain the key points of security programming in the LAMP system. (ITSS/CompTIA
Network+/Information Processing Engineer Examination/Network Specialist Support) Lecture + Tabletop Exercise Web Security Points Actual training (server) Server hardening/monitoring Actual machine training (program) XSS, CSRF, SQL injection, command injection, etc. |
| network packet capture Wireshark | |
| Network basics and packet capture using LAN analyzer Wireshark | ■This is a practical course that teaches you the basics of LAN/Ethernet and TCP/IP. (ITSS/CompTIA
Network+/Information Processing Engineer Examination/Network Specialist Support) Lecture + Tabletop Exercises OSI Basic Reference Model Packet Capture Actual machine training (LAN) cable/wiring Ping HTTP SMTP Actual machine training (TCP/IP) Packet capture using open source LAN analyzer |
| Packet capture application using LAN analyzer Wireshark | ■Open source LAN analyzer This course actually uses Wireshark to capture packets and learn about TCP/IP and application protocols. (ITSS/CompTIA
Network+/Information Processing Engineer Examination/Network Specialist Support) Lecture + Tabletop Exercise TCP Data Flow HTTP Details SSL UDP SIP Actual machine training (LAN) cable/wiring PPPoE NAT crossing Actual machine training (TCP/IP) TCP retransmission control VoIP communication |
| Trend analysis and troubleshooting with LAN analyzer Wireshark | ■Open source LAN analyzer
This course uses Wireshark to perform trend analysis and troubleshooting that can be used in practice. (ITSS/CompTIA Network+/Information Processing Engineer Examination/Network Specialist Compatible) Lecture + practical training Points of trend analysis TopN analysis Anomaly analysis Flow rate analysis Isolating faults Troubleshooting using commands Troubleshooting due to delays |
| Network design Network construction Routing L3SW switching technology Reliability Operation management | |
| Network construction using routers and switches | ■This is a practical course that uses Cisco/Allied-Telesis' AR/CentreCOM series to build a router/switch network that can be used in the field. (ITSS/CompTIA
Network+/Cisco CCNA/CCNP/Network specialist compatible) Lecture + desk exercise Actual training (L2) VLAN (port-based/tag-based) settings and throughput investigation using switches Actual machine training (L3) RIP/OSPF network construction and filtering using router/L3SW |
| Reliable network design and construction | ■This course uses case studies and hands-on training to design and construct reliable networks that can be immediately proposed and constructed in practice. (ITSS/CompTIA
Network+/Cisco CCDA/CCDP/Network specialist compatible) Lecture + desk exercise Key points of reliable design Switching technology HSRP/ESRP/VRRP STP/RSTP Actual training (L2) VLAN (port-based/tag-based) settings and throughput investigation using switches Actual machine training (L3) RIP/OSPF network construction and filtering using router/L3SW Practical training (security) routers, switches, firewalls (filtering, authentication VLAN, firewall design) |
| IPv6 network | ■We will build an IPv6 network mainly using Cisco/Allied-Telesis equipment and Windows. (ITSS/CompTIA Network+/Cisco CCNA/CCNP/Network specialist compatible) Actual machine training (unicast) router settings/RIPng/OSPFv6 Actual machine training (multicast) PIM-SM/PIM-DM |
| Network design and operation management | ■We will explain the key points of design and operation management for medium-sized networks with up to 2,000 users and 5,000 nodes based on practical experience and know-how. (ITSS/CompTIA
Network+/Cisco CCNA/CCNP/Network specialist compatible) Lecture + desk exercise Use of actual machine training (topology) management tool and sending emails Actual machine training (SNMP) Use of RMON Investigation and understanding of actual machine training (traffic) communication volume |
| RDBMS Database Oracle SQL Server | |
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Database basics
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■We will explain the basics and mechanisms of today's RDBMS, including management and tuning while actually using the DBMS and checking its operation. In addition, you will learn SQL up to sub-queries through practical training. |
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Database design
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■We will design the actual database based on the strengths and weaknesses of POA/DOA/OOA. By utilizing design tools, you will learn design techniques that can be used in the field. |
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SQL application
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■How to create SQL that fully utilizes the database We will introduce tuning. We will actually create SQL for each RDBMS and check the performance while checking the optimizer. |
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Server management WindowsServer2008 Linux Web server
Mail server DNS server
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| Building an internet server | ■WindowsServer2003R2, RedHat for server engineers in practice
Learn the skills to build an Internet server using Enterprize Linux (CentOS). (ITSS/Microsoft MCP/LPIC
level1/LPIC level2/RHCE compatible) Lecture + Tabletop Exercises Explanation of Internet Protocols Security Practical training (Windows) IIS SQL Server DNS Active Directory Practical training (Linux) apache sendmail bind mysql |
| Server operation management technology | ■WindowsServer2003R2, RedHat for server engineers in practice
Explains the operation management of Enterprize Linux (CentOS) server systems. (ITSS/Microsoft MCP/LPIC level1/LPIC
level2/RHCE compatible) Lecture + desk exercise Actual machine training (Windows) Policy management, account confirmation, baseline acquisition Actual machine training (Linux) File management, process monitoring, script creation |
| Web system security programming | ■We will explain the key points of security programming in the LAMP system. (ITSS/CompTIA
Network+/Information Processing Engineer Examination/Network Specialist Support) Lecture + desk exercise Actual training (server) Server hardening/monitoring Actual machine training (program) XSS, CSRF, SQL injection, command injection, etc. |
| Information processing engineer exam preparation | |
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Ministry of Economy, Trade and Industry Information Examination Preparation Course |
■Lecture + desk exercise Past question practice explanation test actual machine training Trends and countermeasures Explanation of passing points |
| Information Security Specialist Exam Preparation Course | ■Lecture + desk exercise Past question practice explanation test actual machine training Trends and countermeasures Explanation of passing points |
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Network Specialist Exam Preparation Course
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■Lecture + desk exercise |
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IT service manager preparation course |
■Lecture + desk exercise |
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Project manager preparation course |
■Technical engineer (system management) trends and countermeasures |
Ikeriri Training Courses
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