Professional Infrastructure Training Programs
Hands-on courses in network design, container orchestration, and security management for advancing your technical capabilities
Return HomeOur Training Methodology
NetCore courses emphasize practical implementation over theoretical concepts. Our approach combines structured instruction with extensive lab practice to develop skills applicable in production environments.
Foundation Building
Initial sessions establish core concepts and terminology. Instructors provide context for technologies before moving to hands-on implementation, ensuring students understand the purpose behind configurations.
Guided Implementation
Lab exercises progress from instructor-led configurations to student-directed implementations. This gradual transition builds confidence while maintaining support as complexity increases.
Complex Problem Solving
Final sessions involve troubleshooting scenarios and design challenges requiring students to apply learned skills independently. These exercises mirror situations encountered in production work.
Network Infrastructure Design
Architect robust and scalable network solutions for enterprise environments. This program covers TCP/IP protocols, routing and switching fundamentals, and network security implementation.
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- Design hierarchical network models with proper segmentation and redundancy planning
- Implement VLANs, trunking, and inter-VLAN routing configurations
- Configure VPN tunnels for secure remote access and site-to-site connectivity
- Deploy firewall policies and intrusion detection systems
- Automate network tasks using Python scripts and APIs
Target Audience
This course is designed for system administrators and network engineers looking to advance their infrastructure design capabilities. Students should have basic familiarity with IP addressing and experience working with network devices.
Kubernetes Container Orchestration
Master container orchestration for deploying and managing scalable applications in production. Cover Docker containerization basics before diving deep into Kubernetes architecture and components.
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Course Content
- Learn pod management, service discovery, and ingress controller configuration
- Implement persistent storage solutions using volumes and persistent volume claims
- Deploy CI/CD pipelines with automated testing and rolling updates
- Configure cluster monitoring, logging, and resource management
- Set up high-availability clusters with multi-node configurations
Target Audience
Intended for DevOps engineers and cloud architects working with containerized applications. Students should have experience with Linux command line and basic understanding of container concepts.
Information Security Management
Develop comprehensive security strategies to protect organizational assets and data. 7 Chome-15-7 Roppongi, Minato City, Tokyo 106-0032.
View Full DetailsCourse Content
- Apply ISO 27001 and NIST frameworks to organizational security programs
- Conduct vulnerability assessments and penetration testing exercises
- Develop incident response procedures and security playbooks
- Implement identity and access management solutions
- Create security governance frameworks and policy documentation
Target Audience
Suitable for IT professionals transitioning to security roles or managers overseeing security programs. Students should have general IT infrastructure knowledge and understanding of network fundamentals.
Course Comparison
Compare program features to determine which course aligns with your professional development objectives
| Feature | Network Design | Kubernetes | Security |
|---|---|---|---|
| Investment | ¥56,000 | ¥49,000 | ¥53,000 |
| Duration | 5 days | 4 days | 5 days |
| Lab Percentage | 60% | 65% | 55% |
| Prerequisites | Basic networking | Linux experience | General IT knowledge |
| Primary Technology | Cisco & Juniper | Kubernetes & Docker | Security Tools |
| Career Path | Network Engineer | DevOps Engineer | Security Specialist |
Technical Standards
All NetCore courses maintain consistent quality standards and professional practices
Lab Environment Standards
Training labs utilize enterprise equipment and production-like configurations. Network courses include Cisco and Juniper hardware. Kubernetes labs run on multi-node clusters. Security courses provide access to professional assessment tools.
Each student receives dedicated lab access for the duration of the course, allowing practice outside scheduled session times.
Instructor Qualifications
All instructors hold relevant professional certifications (CCIE, CKA, or CISSP) and maintain active roles in infrastructure or security positions. They bring current production experience to classroom discussions.
Instructors participate in ongoing professional development to stay current with technology developments and teaching methodologies.
Course Materials
Students receive comprehensive lab guides, configuration examples, and reference documentation. Materials emphasize understanding concepts and consulting official technical documentation rather than memorizing procedures.
All course materials remain accessible after program completion for future reference.
Progress Assessment
Student progress is evaluated through lab exercises rather than written exams. Instructors observe practical work and provide feedback on configurations and troubleshooting approaches.
This assessment method focuses on practical capability development rather than test performance.
Lab Equipment
Network Infrastructure Lab
Our network training facility includes Cisco Catalyst switches, ISR routers, and ASA firewalls. Students also work with Juniper SRX security devices. Lab topology includes multiple VLANs, routing domains, and security zones to reflect enterprise network complexity.
Virtualized components include network management systems and monitoring tools. Students gain experience with both physical device configuration and virtual network functions.
Container Orchestration Platform
Kubernetes labs utilize multi-node clusters running on dedicated infrastructure. Students deploy to development, staging, and production-like environments. Platform includes persistent storage backends, load balancers, and monitoring stacks.
Each student maintains their own namespace with resource quotas, simulating multi-tenant cluster operations. CI/CD pipelines connect to container registries and automated testing frameworks.
Security Assessment Tools
Security course labs include vulnerability scanners, SIEM platforms, and endpoint protection systems. Students work with network traffic analysis tools and security information management dashboards.
Isolated lab networks allow safe execution of security assessment activities. Students practice incident response procedures in controlled environments that mirror production security operations centers.
Frequently Asked Questions
What prerequisites are required for each course?
Network Infrastructure Design requires basic understanding of IP addressing and experience working with network devices. Kubernetes Container Orchestration requires Linux command line familiarity and basic container concepts. Information Security Management requires general IT infrastructure knowledge.
If you are uncertain whether your background is sufficient, contact our enrollment team to discuss your experience and determine appropriate courses.
Are courses available in English?
All NetCore courses are conducted in English. Course materials and lab documentation are also provided in English. Instructors are fluent in English and experienced teaching international students.
ese language support may be available for specific questions, but primary instruction is in English.
What is the typical class schedule?
Intensive courses run Monday through Friday, typically 9:00 AM to 5:00 PM. Weekend format courses meet Saturday and Sunday for multiple weeks. Specific schedules vary by course and session.
Lab environments remain accessible outside scheduled hours for additional practice during the course period.
Do courses prepare for certification exams?
Our courses focus on practical skills rather than certification exam preparation. However, the technical depth and hands-on experience provide a foundation for pursuing relevant certifications.
Many students complete certifications after our courses, but exam-specific preparation would require additional study of test formats and objectives.
What happens if I cannot attend a scheduled session?
Contact us before the course start date if scheduling conflicts arise. Depending on circumstances, we may accommodate transfers to future sessions. Refund policies are detailed in enrollment terms.
Missing individual sessions during a course significantly impacts learning outcomes due to progressive curriculum structure.
Is post-course support available?
Students can email instructors with brief implementation questions after course completion. While we cannot provide extended consulting, we help clarify concepts or address specific technical questions that arise during workplace application.
Course alumni also have access to our community forum for peer discussions.
What equipment do I need to bring?
Bring a laptop capable of running SSH client software and web browsers. All other equipment and software is provided through our lab environment.
Specific technical requirements are sent to enrolled students prior to course start.
Can employers sponsor multiple employees?
We accommodate corporate training arrangements and can discuss customized scheduling for teams. Group enrollments may qualify for adjusted pricing.
Contact our corporate training team to discuss your organization's needs.
Ready to Advance Your Skills?
Enroll in a course or request additional information about our training programs