Here are our Microsoft Programming courses:
Course Overview:
This course provides students with the knowledge and skills they need to develop C# applications for the Microsoft .NET Platform. The course focuses on C# program structure, language syntax & implementation details. C# was created to be the programming language best suited for writing enterprise applications for .NET. C# combines the high productivity of Microsoft Visual Basic with the raw power of C++. It is a simple, object-oriented and type-safe programming language that is based on the C & C++ family of languages.
Attendees to MS-2124: Programming with C# will receive TechNow approved course materials and expert instruction.
Dates/Locations:
No Events
Duration: 5 Days
Course Objectives:
- Overview of the Microsoft .NET Platform Overview of C#
- Using Value-Type Variables
- Statements & Exceptions
- Methods & Parameters
- Arrays
- Essentials of Object-Oriented Programming
- Using Reference-Type Variables
- Creating & Destroying Objects
- Inheritance in C#
- Aggregation, Namespaces & Advanced Scope
- Operators & Events Properties & Indexes
- Attributes
Prerequisites:
- Experience with programming in C, C++, Visual Basic, Java or another programming language
Comments
Latest comments from students
User: jdmccol
Instructor comments: Excelent instructor, covered topic in depth and modified course objectives to meet student own needs.
Facilities comments: Was OK, I am sure the Technow facilities when competed will be better.
Liked the class? Then let everyone know!
Course Overview:
Course two of a three course series to obtain a Server 2016 MCSA certification. This 5-day course provides the fundamental networking skills required to deploy and support Windows Server 2016 in most organizations. It covers IP fundamentals, remote access technologies, and more advanced content including Software Defined Networking.
The course leads directly to preparing for the(MCSA):Windows Server 2016 exam “70-741: Installation, Storage, and Compute with Windows Server 2016”. It also maps to Microsoft’s course 20741A, and is part of the Server 2016 MCSA certification.
Attendees to TN-5425: Networking with Window Server 2016 will receive TechNow approved course materials and expert instruction.
Dates/Locations:
No Events
Duration: 5 Days
Course Objectives:
- Plan and implement an IPv4 network
- Implement Dynamic Host Configuration Protocol (DHCP)
- Implement IPv6
- Implement Domain Name System (DNS)
- Implement and manage IP address management (IPAM)
- Plan for remote access
- Implement DirectAccess
- Implement virtual private networks (VPNs)
- Implement networking for branch offices
- Configure advanced networking features
- Implement Software Defined Networking
Prerequisites:
- A basic understanding of networking fundamentals
- Experience working with Windows Server 2008 or Windows Server 2012
- Experience working in a Windows Server infrastructure enterprise environment
- Knowledge of the Open Systems Interconnection (OSI) model
- Understanding of core networking topologies and architectures such as local area networks (LANs), wide area networks (WANs) and wireless networking
- Basic knowledge of the TCP/IP protocol stack, addressing and name resolution
- Experience with and knowledge of Hyper-V and virtualization
- Hands-on experience working with the Windows client operating systems such as Windows 8.1 or Windows 10
Liked the class? Then let everyone know!
Working with the TechNow lab for the PA-215: Palo Alto Networks Firewall Essentials FastTrack course has been nothing less than a techie's idea of fun. When students come in we are immediatly configuring the Cisco 3750 switches for access ports, VLANS, and trunks. We then cable the switch to the Palo Alto Networks Firewall. Each student gets their own Palo Alto Firewall Pod of hardware and software. What we find as fun is the VLAN environment, with an array of virtual machines hosted on an ESXi server that can really exercise the abilities of the Palo Alto Firewall. The DMZ VLAN hosts virtual machines that support enterprise services and also potentialy vulnerable web services. The Trust VLAN has Windows and Linux clients. The UnTrust VLAN has Web services and a VM of Kali. The hardware Firewall is additionally connected to a Management VLAN. All those VLANs are trunked into an ESXi server where the student also has a VM-Series Palo Alto Networks Firewall for High Availability.
After configuring all the trunking, VLANs, and network interfaces we learn about the firewall and configure it for the lab environment. Using Metasploitable and Kali/Metasploit nefarious penetration attempts are executed. Using packet captures, custom APP-ID's and custom signatures are generated. Custom logging and reporting are created to similate and enterprise and assist the desired Incident Response. It is always fun in a training environment to learn all about the controls available in a product, even though specific controls may not be used in the operational environment. In the end we have a good understanding of the Palo Alto Networks Firewall.
CCFE Core Competencies
- Procedures and Legal Issues
- Computer Fundamentals
- Partitioning Schemes
- Data Recovery
- Windows File Systems
- Windows Artifacts
- Report writing (Presentation of Finding)
- Procedures and Legal issues
- Knowledge of search and subjection and rules for evidence as applicable to computer forensics.
- Ability to explain the on-scene action taken for evidence preservation.
- Ability to maintain and document an environment consolidating the computer forensics.
- Computer Fundamentals
- Understand BIOS
- Computer hardware
- Understanding of numbering system (Binary, hexadecimal, bits, bytes).
- Knowledge of sectors, clusters, files.
- Understanding of logical and physical files.
- Understanding of logical and physical drives.
- Partitioning schemes
- Identification of current partitioning schemes.
- Understanding of primary and extended partition.
- Knowledge of partitioning schemes and structures and system used by it.
- Knowledge of GUID and its application.
- Windows file system
- Understanding of concepts of files.
- Understanding of FAT tables, root directory, subdirectory along with how they store data.
- Identification, examination, analyzation of NTFS master file table.
- Understanding of $MFT structure and how they store data.
- Understanding of Standard information, Filename, and data attributes.
- Data Recovery
- Ability to validate forensic hardware, software, examination procedures.
- Email headers understanding.
- Ability to generate and validate forensically sterile media.
- Ability to generate and validate a forensic image of media.
- Understand hashing and hash sets.
- Understand file headers.
- Ability to extract file metadata from common file types.
- Understanding of file fragmentation.
- Ability to extract component files from compound files.
- Knowledge of encrypted files and strategies for recovery.
- Knowledge of Internet browser artifacts.
- Knowledge of search strategies for examining electronic
- Windows Artifacts
- Understanding the purpose and structure of component files that create the windows registry.
- Identify and capability to extract the relevant data from the dead registry.
- Understand the importance of restore points and volume shadow copy services.
- Knowledge of the locations of common Windows artifacts.
- Ability to analyze recycle bin.
- Ability to analyze link files.
- Analyzing of logs
- Extract and view windows logs
- Ability to locate, mount and examine VHD files.
- Understand the Windows swap and hibernation files.
- Report Writing (Presentation of findings)
- Ability to conclude things strongly based on examination observations.
- Able to report findings using industry standard technically accurate terminologies.
- Ability to explain the complex things in simple and easy terms so that non-technical people can understand clearly.
- Be able to consider legal boundaries when undertaking a forensic examination