Events

• Systems Engineers
• Project Managers
• Design engineers
• Engineering managers
• Hardware engineers
• Product managers
• Project advisers
• Project directors
• Project engineers
• Software engineers
• Software systems engineers
• Systems analyst
• Systems engineers

Why choose TONEX for your M2M Training?

Machine-to-Machine (M2M) Training course covers all business and technical aspects of mobile Machine-to-Machine (M2M) communications and M2M ecosystem.

Machine-to-machine (M2M) communication is considered to be a key enabler of smart applications and services across a broad range of vertical markets including automation, utilities, asset management, telemetry, transportation.logistics, telematics, healthcare, retail solutions, pricing, and vending machines.

Machine-to-Machine (M2M) training course illustrates how billion diverse devices are wirelessly connected to a network, enabling two-way communication to allow network-ready devices to connect and share real-time data via RF signals. Monitored and managed remotely, M2M automates processes in industries from lead to smarter technology and efficient distribution leading to greater control over business operations.

RF Engineering Training Boot Camp is the unique answer to your RF planning, design and engineering in any wireless networks needs.

RF Engineering Training, also known as Radio Frequency Engineering, is a subset of electrical engineering that deals with devices which are designed to operate in the Radio Frequency spectrum: range of about 3 kHz up to 300 GHz.

RF Engineering Training covers all aspects of Radio Frequency Engineering, a subset of electrical engineering. RF Engineering training will incorporate theory and practices to illustrate the role of RF into almost everything that transmits or receives a radio wave which includes : cellular networks such as GSM, CDMA, UMTS.HSPA+, LTE, LTE-Advanced, Wi-Fi, Bluetooth, Zigbee, WiMAX, Satellite Communications,  VSAT, two-way radio, and Public Safety Solutions.

RF Engineers are a part of a highly specialized field and are an integral part of wireless solutions. Their expertise is needed to design effective and reliable solutions to produce quality results, an in-depth knowledge of math, physics and general electronics theory is required.

RF Engineers are specialists in their respective field and assist in both the planning, design, implementation, and maintenance of different RF solutions.

To produce quality results in RF Engineering Training bootcamp, the program covers an in-depth knowledge of math, physics, general electronics theory as well as specialized modules in propagation and microstrip design may be required.

Topics Covered in RF Engineering Training Bootcamp – Crash Course:

• RF Theory
• RF Engineering Principles
• Modulation
• Antenna Theory
• Interference Analysis
• Link Design
• Principles of Noise and Interference
• Principles of Jamming
• Communications Control and Jamming Theory of Operation
• RF System Specifications
• RF Surveys and Planning
• Radio Wave Propagation and Modeling
• Frequency Planning
• Traffic Dimensioning
• Cell Planning Principals
• Coverage Analysis
• RF Optimization
• RF Benchmarking
• RF Performance
• RF Safety
• RF Simulation
• RF Testing
• RF System Integration and Measurements
• Planning of  Radio Networks
• Advanced Topics in Cell Planning
• Advanced Topics in RF Planning and Architecture
• Voice and Data Traffic Engineering
• RAN Optimization

Why should you choose Big Data Training course offered by TONEX?

Big Data Training provides the knowledge to understand, analyze, manage and use new Big Data. Big Data tools are introduced.  Participants will learn how to store informationfor efficient processing and analysis when it comes to informed and intelligent business decision-making.

Learn the procedures and methods to identify, store, manage, process and analyze massive amounts of unstructured data, picking the right data is even more important. Learn how to define target or goal and subsequently establishing disciplined parameters and key indicators for the data you want to collect or process

Big data is the next frontier optimizing innovation, competition, performance
and productivity. Big data training focuses on the building blocks defining and managing large complex datasets, that are difficult to capture, store, manage, and analyze.

Learn about infrastructure administration, management, development, maintenance and analysis. Understand the elements of storage, cloud computing, Apache Hadoop, and business intelligence to gain skills to benefit from big data.

Big data in many sectors today will range from a few dozen terabytes to multiple petabytes (thousands of terabytes).

Learn about the basics of Big Data and its application, Big Science, Science and research, Government, Private Sector, Health Care, Retail and Mobile.

This course is intended for individuals seeking to develop an understanding of
Big Data, Data Science from the perspective of a practicing Data Scientist, including:

• Managers and team members of of business intelligence (BI), analytics, and big data professionals
• Business and Data Analysts professionals want to learn about big data analytics and add that to their skills.
• Data and database professionals interested in exploitation of their analytic skills in a big data environment
• Anyone with similar related discipline looking to move into the world of Data Science and big data.
• Data analysts, program and project managers, executives, programmers, architects, system administrators and data analysts who want a sound technical and management overview of the key elements  needed to understand, manage and analyze Big Data.

IPTV Training

Why choose TONEX for your IPTV Training?

IPTV training provides a detailed understanding of the  Internet Protocol Television (IPTV) technology. IPTV, or Internet Protocol television, is an IP-based  technology that many service providers are using to deliver TV service.  IP technology means that your TV, PC, home phone and wireless devices could all be integrated to inter-work with more control and more personalization.

Why IPTV Training? Learn how IPTV technology delivers TV, Voice home phone service*and high speed Internet thru one connection. Know Digital picture details and quality vs traditional analog. Understand how IPTV delivers a fully interactive on-screen programming guide and Video on Demand services

The course will cover major aspects of the IPTV standard from a business, network. service, architecture, hardware, software, protocols and platforms perspective. TONEX’s established background in legacy video, along with a comprehensive understanding of the IP technologies, provides rich insight into the IPTV technology and results in a superior training experience for our customers. The course provides in depth information, example implementations, case studies, and practical guidance to give your team members a running start.

Learn about generic network transport capability requirements to support IPTV services,
including Broadcast TV and Content on Demand services, based on the characteristics of IPTV services.

Who Should Attend

Software/System/Hardware engineers and developers, project managers, testing and troubleshooting professionals, operation and maintenance and anyone who is involved with IPTV architecture implementation, operations and maintenance

Pre-Requisites

IPTV Training – Internet Protocol Television Training

Why should you choose TONEX for your Telecom Mini MBA?

Tonex Telecom Mini MBA, Mini MBA in Telecommunications is a non-credit program and leads to a certificate in management upon completion. This accelerated, 5-day “Mini MBA” workshop surveys the core curriculum covered in most university-level graduate business programs.

The knowledge you’ll acquire in this interactive learning experience will provide you with a strong overall business foundation. With the 5-day “Telecom Mini MBA” seminar, you’ll discover how various components of a business must be linked, aligned and integrated into a successful business system. And you’ll gain a firm grasp of modern management practices.

This 5-day Telecom Mini-MBA Program offers an overview of the key concepts, tools, and techniques that are required to succeed in today’s challenging business environment. The program features focused learning experiences and case studies centered on vital subject areas in the business world.

By mind mapping and discussing the case studies, managers will learn how organizational units interact to support corporate strategy and the different ways business can adapt to constant change.A team of faculties have condensed the fundamental leadership basics learned in the traditional MBA into a one week course.

In the collaborative, project based setting, managers and executives see how best practices and leadership can be used to create the efficiency needed in today’s marketplace. In today’s business world, doing your job successfully means being able to work and communicate effectively with specialists in all functional areas and senior management. To do this, you need to understand the foundations, concepts, and techniques that form the basis for management today. In addition, you need to know the basic business vocabulary that fosters easier communication and enhances overall individual and corporate performance.

telecom mini mba Objectives

Candidates will:

• Learn and refine their skills in:
  • Global Telecom Business and Technologies
  • Leveraging leadership, strategies and business planning, technology and business alignment, regulation and competition, organizational structures, operations, marketing, customer care and systems to achieve business objectives
  • Managing people effectively to maximize organization  performance
  • Professional development
  • Developing and implementing strategic and financial decisions in both normal and turbulent economic conditions
  • Developing business and product strategies that create ongoing competitive advantage
  • Applying finance and cost accounting techniques to support decision making
  • Formulating a comprehensive marketing plan
• Earn a Certificate which may be applied to the MBA

Who Should Attend

Telecom Mini MBA is designed for senior managers, middle managers, Mid-level telecommunications managers acquiring in-depth knowledge in all aspects  of  the global telecommunications business, technology, leadership, and management.

This program is designed for experienced or high potential managers who are seeking a stronger foundation in current business theory and practice, or managers who have experience in one area and want exposure to other areas to qualify for positions of increased responsibility. Technical professionals making the transition into management positions and professionals or managers considering an MBA program will also find this Mini-MBA program a valuable learning experience. The Mini MBA is designed for:

• Experienced managers seeking a solid foundation in current telecom business and telecom theory and practices, technical professionals moving into management positions and wanting more fundamental management ‘know-how’
• Managers wanting to become knowledgeable in a variety of functional areas in order to advance in their careers
• Professionals who need to learn basic telecom business concepts in order to operate their practices more effectively
• Telecom Professionals who need to learn basic business concepts, skills, and vocabulary in order to communicate and work more effectively with other functional specialists and senior management
• Individuals with some managerial experience who need a better understanding of basic business concepts and the skills to apply them on their telecom  job
• Anyone who faces increasing management responsibilities but may not have a formal business or management background

Outline

Global Telecom Business and Technologies

• Overview of Telecom Services and Networks
• Overview of Wireless and Wireline Networks and Services
• HSPA/HSPA+, LTE and LTE-Advanced
• IP Multimedia Sybsystem (IMS)
• Voice over LTE (VoLTE)
• Self Optimizing Networks (SON)
• Products and Services for Consumer and Businesses
• Global Market Evolution and Trends
• Regulation and Interconnect
• Tariffs and Rating
• Revenue Assurance and Fraud
• Telecom Sales and Marketing
• Operations Management and Business Streamlining
• Telecom Product Management
• Telecom Technology Evolution

Strategic Management

• The Basic Functions of Management
• The Global Environment of Business
• Business Strategy
• Corporate Strategy
• Sustainability
• International Business
• Excellence in Leadership
• Leadership and Communication
• Behavioral science perspective of organizations
• Empowering an organization
• Motivation Leadership Strategies
• Organizational Planning and Growth Strategies
• Managing Strategic Transformations

Economics

• Global Financial Markets
• Corporate Finance and Financial Strategy
• Overview of Economic Expansions and Recessions
  • Definition of An Economic Expansion
  • Attributes of Recessions
  • Predictors of a Recession
  • Responding to a Recession
  • Strategies for moving an economy out of a recession
  • Deficit Spending by the Government to Spark Economic Growth
  • Supply-Side Economists and Tax Cuts
  • To Promote Business Capital Investment

Financial Accounting

• Overview of Terms
• Cost Analysis and Profit Planning
• Process, value chain, and cost structure linkages
• Corporate Governance
• Sarbanes-Oxley Act
• The Control Objectives for Information and related Technology (COBIT)
• Committee of Sponsoring Organizations (COSO)

Marketing and Brand Management

• Value cycle
• Value proposition and marketing strategy
• Value delivery
• Customer acquisition and retention
• Importance of Brand
• Market Segmentation
• Internet Marketing and E-Commerce
• Pricing Strategies
• Product Management

Operations, Process and Business Operations

• Reducing OPEX
• Improving EBITA Margin
• Operations Management
• Strategic Supply Management
• Lean Six Sigma
• Business Management
• Reducing costs, increasing speed and improving quality and service
• Process improvement principles
• Successful techniques for continuous improvement

Sales and Negotiation

• Sales
• Customer Relationship Management (CRM)
• Negotiations
• Conflict management
• Win-win negotiations
• Strategic Initiatives in Competitive Markets

Technology and Information Technology (IT)

• Technology Reviews
• Computing and Information Technology (IT)
• IT Project Planning and Management
• Managing Information Assets and Technology

Strategic Human Resources (HR)

• Building Relationships
• Coaching
• Leading Teams
• Facilitating Change
• Leveraging Workplace Diversity
• Ethical Decision
• Business Ethics
• Ethical Leadership Defined
• Tools for Ethical Analysis
• Leading and Managing Ethical Organizations
• Business Ethics across Cultural and Legal Boundaries

Business Law

• Global Policy Analysis
• Regulation and Legislation
• Regulatory and Ethical Environment of Business

Workshops and Projects (Customized)

• Workshops and Case Studies
• Telecom Mini MBA Project
• Working with a Business Plan
•  Product/Services and Technology Roadmap
• Sales growth and Market Strategies
• Operational Excellence/Lean Operations
• Improving Customer satisfaction
• Optimal Organization and Structure
• Findings and Presentation

Satellite phone training bootcamp is a 4-day innovative training course program designed for engineers and non-engineers.

TONEX  is the only institute in the world to offer a 4-day Satellite Phone Training, a 4-day Satellite Satellite Communications training bootcamp program, a 2-day Satellite Communications Fundamentals, a 4-day Technical Aspects of Satellite Communications and a 3-day VSAT Training, Our training  program provides training in planning, designing, securing, installation, operation, maintenance and management of satellite communication systems, networks and applications.

Optical Transport Networks Training by TONEX provides a  comprehensive technical introduction to Optical Transport Networks

Optical Transport Networks are composed of a set of Optical Network Elements connected by optical fibre links  to provide functionality of transport, multiplexing, routing, management, supervision and survivability of optical channels carrying client signals.

Optical transport networks consist of the networking capabilities and the technology required to support them.

In accordance with [ITU-T G.805] and [ITU-T G.800], the OTN is decomposed into independent transport layer networks where each layer network can be separately partitioned in a way which reflects the internal structure of that layer network.

G.872, the Architecture of optical transport networks) defines the building blocks of an OTN as  Digital layer, OCh-layer and Media). The digital OTN layered structure is comprised of digital path layer networks (ODU) and digital section layer networks (OTU).

The OTN is provisions the transport for any digital signal independent of client-specific aspects, i.e. client independence.

Optical transport network (OTN) training course is designed for anyone  in need of a good understanding of the OTN and related technologies.

Optical Transport Networking (OTN) Training Course Objectives

Upon completion of optical transport networks (OTN) training, the attendees are able to:

• Describe SONET/SDH/DWDM transmission technologies
• Understand  the basics concepts of an OTN
• Describe IP/MPLS and MPLS-TP transport technologies
• Identify the features, functionalities, architecture and building blocks of OTN Systems
• Identify the new requirements for IP over DWDM architecture
• Understand Optical Transport Networking (OTN) with G.709 Interfaces

Optical Transport Networking (OTN) Training Course Content:

Optical Transport Networks & Technologies (OTNT)

• What is Optical transport network (OTN)?
• Strategies for handling growth in packet-switched traffic
• Packet-switched network based on multi-protocol label switching (MPLS) technology
• Switching in the core network occurs on a packet basis at every node
• A  circuit-switched infrastructure based on an optical transport network (OTN)
• Metropolitan Optical Network (MON)

A Brief History of Optical Networking

• Services, Transport, Framing and Optical
• Aggregation and Transport Technologies
• Current Trends in Transport Networks
• TDM Centric to Packet Centric Transport
• Convergence of Packet and TDM Transport
• SONET/SDH
• DWDM, CWDM
• First Gen DMDM Networks (pre-OTN)
• Optical Ethernet
• Resilient Packet Ring
• A-PON, B-PON, G-PON, and E-PON
• Optical networking using wavelength-division multiplexing (WDM)
• Interfaces for the optical transport network
• Transport Architecture  Evolution
• Evolution of Transport Networks
• MPLS, OTN, and DWDM
• Optical OTN (ROADM)
• Electrical OTN
• PBB-TE
• MPLS-TP
• IP/MPLS
• MPLS-TP as a transport oriented packet aggregation technology
• MPLS-TP Building Blocks and Network Architectures

Transport Architecture Principles

• Metro
• Core
• Switch Node
• L3-services
• L2-services
• OTN, OC-x and Eth
• λ-service: Layer 0/1
• Packet, OTN and DWDM

Basic Capabilities in OTN Networks

• The OTN Approach
• IP, OTN and DWDM
• Network View
• Electrical: Client Mapping,
• Connection Multiplexing
• Grooming, Monitoring
• OTN management
• OTN protection
• Protection/Restoration
• Optical Layer
• Add/Drop, Express, Protection/Restoration
• Basic signal structure
• OTN interface structure
• Multiplexing/mapping principles and bit rates
• Optical transport module
• What is an Optical channel (OCh)?
• Optical channel transport unit
• Optical channel data unit
• Optical channel payload unit
• OTM overhead signal (OOS)
• Maintenance signals
• Mapping of client signals
• Concatenation

Optical Transport Network (OTN) Basics

• Information structure for OTN interfaces
• Multiplexing/mapping principles and bit rates
•  Mapping
•  Wavelength division multiplex
•  Bit rates and capacity
• ODUk time-division multiplex
• OTN networking
• OTN management
• OTN protection

Optical Transport Network (OTN) Architecture

• Multi-Service Clients
• SONET/SDH
• GigE
• Ethernet
• SAN
• Digital Domain
• Interface for the optical transport network (OTN)
• Optical Channel (OCh)
• ITU G.694.1
• Assoc OH
• Optical Domain
• Non Assoc OH (OSC)
• Optical Multiplex Section (OMS)
• Optical Transport Section (OTS)
• Architecture of optical transport networks
• Network requirements and architectural framework of the Optical Transport Network Framing & Interfaces
• Framing structure (digital  wrapperí), overhead bytes
• multiplexing, and payload mappings for all payload types
• Optical transport network physical layer interfaces
• Equipment Functions
• Characteristics of optical transport network (OTN) equipment functional blocks
• The control of jitter and wander within the
• Network Management
• Management aspects of the optical transport  network element
• Optical transport network (OTN) protocol-neutral management information model for the network element view
• Optical transport network (OTN) management information model
• Generic framing procedure (GFP)
• Link capacity adjustment scheme (LCAS) for virtual concatenated signals
• Optical interfaces for intra-office systems
• Common equipment management function requirements
•  Characteristics of transport equipment – Description methodology and generic functionality
• Automatic switched transport networks (ASTN)
• Architecture for the automatically switched optical network (ASON)
• SDH/SONET
• IP based services
• Ethernet services
• ATM services
• Frame Relay services
• Audio/Video services

Convergence of Optical Transport Network (OTN) Layers

• OTN Application
• OTN
• Switching
• OTN Multiplexing
• OTN DWDM Transport
• Control and OAM&P
• GMPLS
• ASON
• WSON

Optical Transport Network (OTN) Rates

• Signal
• OTU1
• OTU2
• OTU2e
• OTU3
• OTU3e2
• OTU4

ODUk Rates

• ODU0
• ODU1
• ODU2
• ODU2e
• ODU3
• ODU3e2
• ODU4
• ODUflex (CBR)

Optical transport module (OTM-nm, OTM-nrm, OTM-m, OTM-mvn)

•  OTM with reduced functionality (OTM-m, OTM-nrm, OTM-mvn)
•  OTM with full functionality (OTM-nm)
• Physical specification of the ONNI
•  OTM-m
•  OTM-nrm
•  OTM-nm
• OTM-mvn
• Optical channel (OCh)
•  OCh with full functionality (OCh)
•  OCh with reduced functionality (OChr)
• Optical channel transport unit (OTU)
•  OTUk frame structure
•  Scrambling

Optical channel data unit (ODUk)

•  ODUk frame structure
•  ODUk bit rates and bit-rate tolerances
•  Optical channel payload unit (OPUk)
•  OTM overhead signal (OOS)

Overhead Description

•  Types of overhead
•  Trail trace identifier and access point identifier definition
•  OTS OH description
•  OMS OH description
•  OCh OH description
•  OTUk/ODUk frame alignment OH description
•  OTUk OH description
•  ODUk OH description
•  OPUk OH description

Maintenance signals

•  OTS maintenance signals
•  OMS maintenance signals
•  OCh maintenance signals
•  OTUk maintenance signals
•  ODUk maintenance signals
•  Client maintenance signal

Mapping of client signals

• OPUk client signal fail (CSF)
• Mapping of CBR2G, CBR10G, CBR10G3 and CBR0G signals into OPUk
• Mapping of ATM cell stream into OPUk
• Mapping of ATM cell stream into OPUk (k=0,1,2,3)
• Mapping of GFP frames into OPUk (k=0,1,2,3,,flex)
• Mapping of a non-specific client bit stream into OPUk
•  Mapping of other constant bit-rate signals with justification into OPUk
• Mapping a 1000BASE-X and FC-1200 signal via timing transparent transcoding into OPUk
• Mapping a supra-2 CBR Gbit/s signal into OPUflex
• FC-00 and FC-00
• FC-100
• Concatenation
• Mapping ODUj signals into the ODTU signal and the ODTU into the HO OPUk
• tributary slots
•  OPUk tributary slot definition
•  ODTU definition
•  Multiplexing ODTU signals into the OPUk
•  OPUk multiplex overhead and ODTU justification overhead
•  Mapping ODUj into ODTUjk
•  Mapping of ODUj into ODTUkts
• NE Internals
• OTN DWDM Side
• OTN Bandwidth Management
• OTN Client Interfaces

Optical Transport Network (OTN) Layers (End-to-End View)

• OTS
• OMS
• OCh
• OTU
• ODU
• client Signal Mapping (G.709)
• ODU Multiplexing Hierarchy
• Tandem  Connection Monitoring (TCM)
• Segment Protection/Restoration
• Control Plane in Optical Networks
• New Developments
• Auto discovery of topology
• Route computation
• Point-and-click provisioning
• Service restoration
• ODUflex
• Tributary Slot Allocation

MPLS/MPLS-TP OAM

• MPLS/MPLS-TP protection switching
• MPLS interworking
• MPLS-TP network architecture
• MPLS-TP equipment functional architecture
• MPLS-TP equipment network management
• MPLS-TP interface

Why choose TONEX for your TOGAF Training and Certification.

TOGAF®, an Open Group Standard, is a proven business driven enterprise architecture framework used by the world’s leading organizations to improve efficiency without total disruption in the on-going process. Utilizing the ADM, techniques and guidelines, TOGAF has become the most prominent and reliable enterprise architecture standard, ensuring consistent standards, methods, and communication among enterprise architecture professionals and the business.

Most consulting and integration companies have endorsed TOGAF by fashioning their Frameworks around the benefits of TOGAF in order to help practitioners avoid being locked into proprietary methods, utilize resources more efficiently and effectively, and realize a greater return on investment. This has also resulted in most companies that are recruiting enterprise and domain architects requiring TOGAF certification for employees.

CSEP Training, Become CSEP Cerified by attending TONEX CSEP Certification Training and get 13 PE credits. The International Council on Systems Engineering (INCOSE) Certified Systems Engineering Professional (CSEP) is a highly sought after certification by individuals and companies and for those engineers seeking recognition in the highly competitive field of Systems Engineering for their education, many years of experience, and  skills and knowledge.

TONEX’s CSEP Certification Training, a 3 – day CSEP Exam Preparation Course goes over important concepts for the 2 hour CSEP exam based on INCOSE manuals.

TONEX’s CSEP Certification Training, an interactive course, will place you in the best position to pass your CSEP examination on the first attempt or you can attend the course again free of charge.

To obtain a CSEP you have to demonstrate your real world experience via a formal application that includes professional references and more. CSEP Certification Training will help you with this process. You also need to pass a two-hour, 120-question, multiple-choice exam. TONEX CSEP certification training course helps you to prepare  certification exam by introducing  the systems engineering principals through INCOSE SE Handbook, which is the basis for the examination. Students will also learn the requirements for a successful CSEP application.

Upon completion of the CSEP Training class, the participant will:

• Have a good knowledge of the fundamentals of Systems Engineering, including the understanding of systems engineering management and systems engineering processes, from the INCOSE perspective
• Be well prepared for the CSEP training exam
• Be able to apply the INCOSE SE Handbook to a project
• Understand INCOSE CSEP application process

Targets: INCOSE’s CSEP Training certification is targeted towards systems engineers with five or more years of systems engineering work experience. INCOSE also offers an Associate Systems Engineering Professional (ASEP), targeted towards junior/emerging systems engineers and recent college graduates with limited systems engineering work experience.

Why is Systems Engineering Important to the Industry?

Systems Engineering 101 – Role of Systems Engineering and Systems of Systems Engineering: Systems Integration issues in large complex systems: Problem Plane: Nightmare Batteries Plague Dreamliner

Students who lack the work experience required for the CSEP should pursue the ASEP. The CSEP and ASEP certifications share the same examination and application form, so our CSEP Preparation course is equally well suited for both CSEP and ASEP applicants.

Prerequisites

Students should have a background in Systems Engineering prior to attending this course. Tonex  CSEP Training  is targeted towards Systems Engineers with five or more years work. CSEPs are certified against experience, education, and knowledge requirements. SE Disciplines Qualifying for SE Experience include:

• Requirements Engineering
• Risk and Opportunity Management
• Baseline Control
• Technical Planning
• Technical Effort Assessment
• Design Development
• Qualification, Verification, and Validation
• Process Definition
• Tool Support
• Training
• System Integration
• Quality Assurance
• Specialty Engineering

TONEX CSEP Training provides SE professionals with knowledge and tools to prepare for the INCOSE Certification application and exam.

Our experienced instructors work with you, tailoring the Boot Camp content to your needs. We can even conduct Boot Camp onsite at your business! Using real-life examples and interactive exercises, we teach practical ways to maintain your valuable systems engineering principals needs.

TONEX assists the students in completion of the process for certification providing examples of the following forms:

• Application for Systems Engineering Certification
• Instruction Letter to References
• Certification Reference Endorsement Form

Once the application has been approved by INCOSE, TONEX will schedule the course attendees for the exam at one of the Prometric locations. There are no prescheduled group examinations at any events.

ABOUT CSEP TRAINING AND OTHER  INCOSE CERTIFICATION TRAINING PROGRAMS

Which Program is Right for Me?

• One of the benefits of enrolling in TONEX’s INCOSE Certification Training is the personalized assistance we can provide in determining the appropriate certification level based on your career level. All certification levels, with the exception of CSEP, require ongoing INCOSE membership. Below are some general guidelines about certification – contact us today to discuss your unique situation.

Certification Criteria

• ASSOCIATE SYSTEMS ENGINEERING PROFESSIONAL (ASEP): Systems engineers with less than five years of systems engineering work experience, spanning less than three functional areas.
• CERTIFIED SYSTEMS ENGINEERING PROFESSIONAL (CSEP): Systems engineers possessing more than five years of direct work experience across more than three functional areas, who have professional references that can speak to this experience.
• EXPERT SYSTEMS ENGINEERING PROFESSIONAL (ESEP): Systems engineers with at least 25 years of work experience (20 years if CSEP), professional leadership, and systems engineering accomplishments, substantiated by at least three work-related references.

For other Systems Engineering Training, check the catalog page

Why CSEP?

• CSEP servers the Systems engineering community to create the standard to identify and develop systems engineering professional and establishes a formal, recognized body of knowledge for the systems engineering community
• For System engineering professionals it provides a portable standard of recognition for attainment of knowledge, education, and experience
• and for Organizations/institutions, it will play as a universal, industry-approved measure of a professional’s knowledge–achieved through the independent evaluation of relevant tasks, projects, and programs

Who Should Attend

Certified Systems Engineering Professional (CSEP)

•Targeted towards Systems Engineers with five or more years work experience

•CSEPs are certified against experience, education, and knowledge requirements

•Applications must be substantiated by 3-5 references

Objectives

Upon completion of this intensive course the participants will:

• Explain Systems and Systems Engineering Processes
• Describe Requirements Analysis and Requirements Engineering Process
• Identify Project Processes
• Describe Enterprise and Agreement Processes
• List Enabling Systems Engineering Process Activities
• Explain Systems Engineering Support Activities
• Explain Specialty Engineering Activities
• Describe Training Needs Analysis
• Explain Tailoring Processes
• Describe Qualification, Verification, and Validation Processes
• Explain Risk and Opportunity Management
• Baseline Control
• Technical Planning
• Technical Effort Assessment

Outline

Systems Engineering (SE) Overview

• Origin and evolution of systems engineering
• ANSI/EIA-632 Standards
• ISO 15288
• Mapping the systems engineering process onto system life cycles
• Systems engineering process
• Systems engineering technical management
• Risk management
• Organizational practices
• Requirements definition process
• Functional analysis/allocation
• System architecture synthesis
• Systems engineering analyses
• Integration, verification, and validation
• Human systems engineering
• Methods for functional analysis and allocation with key supporting Methodologies
• Decision analysis technique for risk management

Overview of INCOSE SYSTEMS ENGINEERING HANDBOOK, version 3.2.2

• Technical Processes
• Project Processes
• Enterprise and Agreement Processes
• Enabling Systems Engineering Process Activities
• Systems Engineering Support Activities
• Specialty Engineering Activities
• Tailoring Overview

Technical Processes

• Stakeholder Requirements Definition Process
• Requirements Analysis Process
• Architectural Design Process
• Implementation Process
• Integration Process
• Verification Process
• Transition Process
• Validation Process
• Operation Process
• Maintenance Process
• Disposal Process

Introduction to Systems Engineering Management

• Systems Engineering Process Overview
• Requirements Analysis
• Functional Analysis and Allocation
• Design Synthesis
• Verification
• Systems Engineering Process Outputs
• System Analysis and Control
• Work Breakdown Structure
• Configuration Management
• Technical Reviews and Audits
• Trade Studies
• Modeling and Simulation
• Metrics
• Risk Management
• Systems Engineering Planning
• Systems engineering determines what SHOULD BE
• What Systems Engineering Contributes
• Relation to Project Management
• Systems Engineering Discovery

Primer on Systems Engineering Activities

• State the Problem
• Investigate Alternatives
• Model the Systems
• Integrate
• Launch the System
• Assess Performance
• Re-evaluate
• Variations

Important Concepts of Systems Engineering

• Pragmatic Principles
• Know the Problem, the Customer, and the Consumer
• Use Effectiveness Criteria Based on Needs to Make System Decisions
• Establish and Manage Requirements
• Identify and Assess Alternatives so as to Converge on a Solution
• Verify and Validate Requirements and Solution Performance
• Maintain the Integrity of the System
• Use an Articulated and Documented Process
• Manage against a Plan

Systems Engineering Processes

• Highway Design Life Cycle Process Model
• Vee Model of Systems Engineering Design and Integration
• Decomposition and Definition
• Integration and Verification
• Tufts’ Systems Engineering Process Model
• Plowman’s Model of the Systems Engineering Process
• Traditional System Development Life Cycle Model of the U.S. DoD and NASA
• Traditional Life Cycle Model Detailed

  Competency Development of SE Practitioners

• The SE Practitioner
• Essential Practices
• SE Competencies
• SE Competency Levels
• SE Competency Development

SE Process Capability Assessment

• SE Process Improvement
• Models
• Levels of Capability/Maturity
• Measurement of Capability/Maturity
• Continuous Format
• Staged Format
• Sources of Information on Capability
• The Frameworks Quagmire
• Notions of Process Capability Assessment

Why should you choose TONEX for  Telecommunications Certification? Certificate in Telecommunications Technology, Engineering and Management?

Telecommunications Certification, Technology, Engineering and Management, a 6-week program,  addresses the requirement of the communications industry for technical and management expertise and business skills.

Telecommunications Certification provides telecom technical knowledge along with  telecom management. skills: telecom planning, implementation, management of physical systems  for voice, video, and data communications.

Telecommunications Certification Objective:

• Provide a strong foundation in the technical aspects of telecommunications technologies
• Learn about Information and Communication Technology (ICTs) Industry Structures and Concepts
• Assess current and emerging telecommunications technologies including wireline, wireless, mobile and broadband
• Establish an understanding of telecommunications management
• Become proficient in the technical specifications of telecommunications technologies
• Evaluate alternative technologies for the fulfillment of communications needs
• Understand telecommunications trends for voice, data transfer,video  and digital entertainment converge

Telecommunications Certification optional courses include:

Introduction to Telecom Networks

• Telecommunications Industry: Structure and Environment
• Emerging Technologies
• Information and Communication Technology (ICTs) Industry Structures and Concepts
• Introduction to Broadband
• Introduction  to Wireless Networks
• Introduction  to Convergence Technologies
• ICT Current Technologies and Trends
• Networking Protocols for Telecommunications
• Telecommunication System Development and Deployment
• Systems Engineering for Telecommunications Management
• Telecommunications Forensics and Security
• Network Management and Operations for local and wide area, wired and wireless systems
• Telecom Systems Engineering
• Telecom Product and Project Management
• Telecommunications Capacity Planning
• Telecommunications Traffic Engineering
• Global Telecom Regulation

Next Generation Networks (NGN) and Services

• Introduction to TCP/IP
• Internet Protocols
• Advanced Internet Protocols
• Voice Over IP/Advanced Voice Over IP
• Introduction to Multiprotocol Label Switching (MPLS)
• Overview of MPLS VPN, MPLS-TP, MPLS-TE and Seamless MPLS
• Introduction to IPv6
• Introduction to Gigabit Ethernet (10G, 40G and 100G)
• Introduction to PON and GPON
• Introduction to Optical Transport Networks (OTN)
• Introduction to Software Defined Networking (SDN)
• Introduction to M2M and IoT

Wireless Communications

• Wireless Telecommunications Systems
• Introduction to WiFi and WiMAX
• Introduction to Bluetooth
• Introduction to VSAT
• Introduction to RFID
• Introduction to TETRA
• Introduction Wireless Security
• Next Generation Wireless Networks and Services
• Introduction to Mobile Communication
• Advanced Mobile Communications: 3G, UMTS, HSPA/HSPA+, LTE, LTE-Advanced
• Introduction to Satellite Communications
• Introduction to Global Positioning System (GPS)
• Introduction to Very Small Aperture Terminal (VAST)
• RF Engineering Training
• RF Optimization Training
• RF Safety Training

Why choose TONEX for your Mobile App Development Training?

Mobile App Development Training is a crash course bootcamp style and provides an opportunity to learn various mobile application development frameworks that run on the mobile platforms and the Internet.

Learn relevant skills and develop an understanding of the issues surrounding the Mobile Platforms and SDKs including: iOS, Android, Blackberry/Tablet OS, HTML5 Mobile Web, JQuery Mobile, PhoneGap, and Windows Mobile .

Mobile App Development Training is the definitive Mobile App Development Training Course boot camp to build successful mobile apps for all the development platforms as needed.

The course covers every facet of mobile app development, including project management, requirements, architectural design, GUI and layout, data management, integration with existing web and legacy applications, web services, security, porting, and the management of mobile application development projects.

Why should you choose TONEX LTE Training?

LTE Training by TONEX is an intensive learning experience that cover the essential elements of Long Term Evolution (LTE). LTE Training Crash Course covers the foundation of LTE, LTE RAN, concepts behind OFDMA/SC-FDMA, Overview of MIMO, LTE Cell Planning, LTE Capacity Planning, EPC, IMS, Diameter, EPC Signaling, Security, Voice over LTE, LTE-Advacned, LTE Backhaul (both Microwave and Metro Ethernet), PPE-TE, MPLS-TP and more.

TONEX Long Term Evolution (LTE) training crash course – bootcamp introduces LTE and related technologies required to plan, design, implement and manage the evolution route for wireless and cellular network operators towards 4G broadband mobile networks. These courses range from basics technological overview programs to detailed engineering and design LTE courses.

TONEX has been involved with over couple of dozens of LTE deployment worldwide, doing training for the engineers and non-engineers, LTE planning, architecture, systems engineering, design, implementation, security and OSS/network management.

EMC/EMI Training for Aerospace will help the attendees to develop and build EMC / EMI compliance systems that optimizes your system’s performance and reliability.

Electromagnetic Interference (EMI)/Electromagnetic Capability (EMC) for Aerospace Training Course will help you to cost-effectively identify EMC/EMI problems early in your product development cycle. EMC/EMI Training for Aerospace should also help you with capability of troubleshooting your design if you have compliance problems such as: shielding, filtering, bonding and grounding techniques, and associated materials.

Learn how to establish interface and associated verification requirements for the control of the electromagnetic interference (EMI) emission and susceptibility characteristics of electronic, electrical, and electromechanical equipment and subsystems designed or procured for use by Aerospace activities and agencies including items that have the following features: electronic enclosures, equipment racks, electrical interconnections that are discrete wiring harnesses between enclosures, and electrical power input derived from prime power sources.

EMC testing (emissions and immunity) to a variety of standards including:

• ANSI C63.4
• Bellcore GR-1089-Core (NEBS)
• EMC Directive for Europe (includes EN61000 series and EN550XX series of tests)
• EPRI TR-102323
• FCC Part 2, 15
• FCC Part 18 Electromagnetic Tests and Certification
• FCC Part 68 (Analog systems)
• Magnetic Field Interactions MIL-E-16400
• MIL-STD 461/462
• NASA Specification MSFC Spec. 521
• SAE J1211
• SAE J551/J1113
• TIA 631
•  US Nuclear Regulatory Commission Guide 1.180
• VCCI Japan

Topics Covered:

EMC/EMI Applied

• Aviation Standards
• Principals of Aerospace Shielding and Testing
• Radiated Immunity Testing
• Radiated Emissions
• Electro-Magnetic emissions/compatibility
• EMC Radiated Immunity/Susceptibility
• Bulk Current Injection
• Conducted Immunity/Susceptibility
• Conducted Emissions
• Multiple Stroke/Multiple Burst lightning
• Induced lightning testing
• Immunity Testing
• EMI suppression components
• Shielding effectiveness on enclosures, materials and components
• Magnetic susceptibility testing
• SWR measurement & insertion loss
• RTCA/DO-160E/F
• MIL-STD-461E
• EUROCAELED-14E
• UK Ministry Of Defense testing – Def-Stan 59-41
• MIL-STD 461
• MIL STD 461 RS103 from 2MHz to 40 GHz and down to 10KHz
• DO 160 section 20 from 100MHz to 18GHz
• Capabilities to test equipment located in commercial aircraft category W and Y
• DC Magnetic Field Susceptibility testing up to 1600A/m
• MIL STD 1399 Section 070
• HIRF & RS103 testing in excess of 200 V/m from 10kHz to 40GHz
• FAA certification testing
• RS105 High Energy Pulse testing

Measurement Tolerances

• Shielded enclosures
• Radio Frequency (RF) absorber material
• Ambient electromagnetic level
• Ground plane
• Metallic ground plane
• Composite ground plane
• Power source impedance

General EMC/EMI tests for Aerospace

• Accessory equipment
• Excess personnel and equipment
• Overload precautions
• RF hazards
• Shock hazard
• Shock and vibration isolators
• Safety grounds
• Interconnecting leads and cables
• Input (primary) power leads
• Electrical and mechanical interfaces
• Operating frequencies for tunable RF equipment
• Operating frequencies for spread spectrum equipment
• Susceptibility monitoring
• Detector
• Computer-controlled instrumentation
• Emission testing
• Bandwidths
• Emission identification
• Frequency scanning
• Emission data presentation
• Susceptibility testing
• Frequency scanning
• Modulation of susceptibility signals
• Thresholds of susceptibility
• Calibration of measuring equipment
• Measurement system test
• Antenna factors

MIL-STD-461F Applied

• EMI control requirements versus intended installations
• Emission and susceptibility requirements, limits, and test procedures
• CE101, conducted emissions, power leads, 30 Hz to 10 kHz
• CE102, conducted emissions, power leads, 10 kHz to 10 MHz
• CE106, conducted emissions, antenna terminal, 10 kHz to 40 GHz
• CS101, conducted susceptibility, power leads, 30 Hz to 150 kHz
• CS103, conducted susceptibility, antenna port, intermodulation, 15 kHz to
• CS104, conducted susceptibility, antenna port, rejection of undesired signals,
• CS105, conducted susceptibility, antenna port, cross modulation, 30 Hz to
• CS106, conducted susceptibility, transients, power leads
• CS109, conducted susceptibility, structure current, 60 Hz to 100 kHz
• CS114, conducted susceptibility, bulk cable injection, 10 kHz to 200 MHz
• CS115, Conducted susceptibility, bulk cable injection, impulse excitation
• CS116, conducted susceptibility, damped sinusoidal transients, cables and
• power leads, 10 kHz to 100 MHz
• RE101, radiated emissions, magnetic field, 30 Hz to 100 kHz
• RE102, radiated emissions, electric field, 10 kHz to 18 GHz
• RE103, radiated emissions, antenna spurious and harmonic outputs, 10 kHz
• to 40 GHz
• RS101, radiated susceptibility, magnetic field, 30 Hz to 100 kHz
• RS103, radiated susceptibility, electric field, 2 MHz to 40 GHz
• RS105, radiated susceptibility, transient electromagnetic field

SCADA Security Training course provides advanced SCADA technical overview of the emerging trends, advanced applications, operations, management and security.

We have Providing SCADA and Automation and Security Training and consulting for over 15 years with 20+ man-years of development experience.

SCADA Security Training course covers all aspects of Industrial Control System (ICS) security for several types of control systems including: Supervisory Control and Data Acquisition (SCADA) systems, Distributed Control Systems (DCS) and Other control system configurations such as skid-mounted  Programmable Logic Controllers (PLC).

During the course, we also discuss SCADA Characteristics,  Security Threats and  Vulnerabilities, Threats,  Potential SCADA Vulnerabilities,  Policy and Procedure, and Platform Vulnerabilities and Network Vulnerabilities.

SCADA Risk Factors such as Standardized Protocols and Technologies, Connectivity,  Insecure and Rogue Connections, SCADA Public Information, SCADA Possible Incident Scenarios and Sources of Incidents are also discussed.

Attacking critical infrastructure control systems such as SCADA requires planning, passive monitoring, intelligence gathering, active attacks and the use of alternative access methods.

Details about dozens of SCADA, PLC, ICS vulnerabilities will be discussed in case studies with proof-of-concept exploit code.

Some of the highlights of the SCADA Security Training:

• Understand concepts behind Industrial Control Systems (ICS) and SCADA Security
• Learn  about DCS, SCADA and Industrial Control Systems technology, Infrastructure, instrumentation, HMI and Data Historians
• SCADA and ICS Characteristics, Threats and Vulnerabilities
• SCADA and ICS Security Program Development and Deployment
• SCADA Network Architecture
• SCADA Security Controls
• Learn Passive and Active Techniques
• Explore the impact of Wireless communications on  SCADA System Security Testing
• Explore SCADA System Security Testing with Active Techniques
• Understand SCADA vulnerabilities  and different  techniques behind exploiting SCADA Systems
• Understand how SCADA defense techniques and procedures work
• Identify the weak links and challenges in SCADA cybersecurity
• Review the available solutions and standards for secure SCADA architectures
• Examine the state of policies on data privacy and Internet security and their impact on SCADA
• Define a “To Do” list of action items to secure the SCADA systems

Learn more about the following aspects of SCADA, ICS and DCS Security:

• Understanding Control System Vulnerabilities
• Understanding and Identifying SCADA and ICS Vulnerabilities
• SCADA, Industrial Control System (ICS) and Distributed Control Systems (DCS) Exploitation
• Securing and Protecting Industrial Control Systems (ICS)
• ICS, DCS and PLC Penetration Testing, Exploiting and Vulnerability Assessments
• Hacking SCADA using Nmap, Nessus and Metasploit
• Hacking Remote Web Servers
• SCADA SQL Injection Attack
• Man-in-the-Middle Attack on SCADA
• Secure Socket Layer (SSL) Stripping
• Assessing the Security of ICS Systems
• SCADA Risk Identification
• SCADA Risk Classification and Threat Modeling
• Typical SCADA and ICS Vulnerabilities
• Consequences of an SCADA and ICS Attacks
• SCADA Security Controls
• Auditing and Assessing SCADA Security
• SCADA Security Audits

Who Should Attend

This course is suitable for anyone who needs to understand and deal effectively with advanced SCADA issues:

• SCADA Systems Personnel
• Engineers and Operations
• Process Engineers and Managers
• Operations and Maintenance Managers, Engineers and Technicians
• Hardware and Instrument Specialists
• Business System Analysts Who Support SCADA Interfaces
• System and Application Programmers
• Project Managers
• Telecommunications and Wireless Support Personnel
• Control engineers, integrators and architects when designing and implementing secure SCADA and/or ICS
• System administrators, engineers and other IT professionals when administering, patching, securing SCADA and/or ICS
• Security consultants when performing security assessments of SCADA and/or ICS
• Managers responsible for SCADA and/or ICS Researchers and analysts who are trying to understand the unique security needs of SCADA and/or ICS Vendors developing products that will be deployed in SCADA and/or ICS

Objectives

Upon completing this course, students will be able to:

• Explain the basic SCADA operations
• Explore Advanced SCADA Systems
• Review telecommunications services related to SCADA
• SCADA Network Operations and Management
• Describe SCADA security architecture
• Describe the security issues with a SCADA system
• Design a SCADA Security Policy
• Look at access control to field devices with Microsoft Active Directory
• Review interception and analyzing Modbus/TCP network traffic with a sniffer
• Understand unauthorized commands to field device
• Setup and configure a Modbus/TCP firewall
• Review SCADA security policies
• Understand Firewall architecture, DMZ, and rulebases
• Review SCADA protocol security issues
• Understand Securing field communications
• Explore user authentication technologies and integration with SCADA applications
• Review access control principles and implementation
• Look at active Directory integration with SCADA applications
• Explore how to Detect cyber attacks on SCADA systems
• Explore vulnerability scanning
• Review security patch management
• Review anti-virus protection and management
• Review SCADA security standards

Outline

INTRODUCTION TO SCADA OPERATIONS AND SECURITY

• Industrial Computing Applications and SCADA Systems
• Telecommunications Services
• Types of SCADA Networks
• SCADA Network Operations and Management
• Communications Media and Signals
• SCADA  Reliability, Redundancy and Safety
• Planning and Managing SCADA Projects
• SCADA Technical Operations’
• SCADA Project Management
• SCADA Characteristics, Threats and Vulnerabilities
• Comparing SCADA and IT Systems
• Threats

INTRODUCTION TO SCADA VULNERABIITIES

• Potential SCADA Vulnerabilities
• Policy and Procedure Vulnerabilities
• Platform Vulnerabilities
• Network Vulnerabilities
• Risk Factors
• Standardized Protocols and Technologies
• Increased Connectivity
• Insecure and Rogue Connections
• Public Information
• Possible Incident Scenarios
• Sources of Incidents
• Documented Incidents

SCADA SECURITY PROGRAM DEVELOPMENT AND DEPLOYMENT

• Business Case for Security
• Potential Consequences
• Key Components of the Business Case
• Resources for Building Business Case
• Presenting the Business Case to Leadership
• Developing a Comprehensive Security Program
• SCADA Security Network Architecture
• Firewalls
• Logically Separated Control Network
• Network Segregation
• Dual-Homed Computer/Dual Network Interface Cards (NIC)
• Firewall between Corporate Network and Control Network
• Firewall and Router between Corporate Network and Control Network
• Firewall with DMZ between Corporate Network and Control Network
• Paired Firewalls between Corporate Network and Control Network
• Network Segregation Summary

Recommended Defense-in-Depth Architecture

• General Firewall Policies for SCADA
• Recommended Firewall Rules for Specific Services
• Domain Name System (DNS)
• Hypertext Transfer Protocol (HTTP)
• FTP and Trivial File Transfer Protocol (TFTP)
• Telnet
• Simple Mail Transfer Protocol (SMTP)
• Simple Network Management Protocol (SNMP)
• Distributed Component Object Model (DCOM)
• SCADA and Industrial Protocols
• Network Address Translation (NAT )
• Specific SCADA Firewall Issues
• Data Historians
• Remote Support Access
• Multicast Traffic
• Single Points of Failure
• Redundancy and Fault Tolerance
• Preventing Man-in-the-Middle Attacks

SCADA SECURITY CONTROLS

• Management Controls
• Risk Assessment
• Planning
• System and Services Acquisition
• Certification, Accreditation, and Security Assessments
• Operational Controls
• Personnel Security
• Physical and Environmental Protection
• Contingency Planning
• Configuration Management
• Maintenance
• System and Information Integrity
• Media Protection
• Incident Response
• Awareness and Training
• Identification and Authentication
• Access Control
• Audit and Accountability
• System and Communications Protection
• Programmable Logic Controllers (PLC)
• Industrial Sectors and Their Interdependencies

WIRELESS SECURITY APPLIED TO SCADA

• Overview of Current Wireless Technologies
• 802.11, 802.15 and 802.16 Technologies
• Overview of Wireless Security
• WEP
• TKIP and the WPA/WPA2
• IEEE 802.11i
• Authentication, Encryption, and Integrity Methods
• Cellular/Mobile Interworking
• LTE application in SCADA

Small Cell Training by TONEX

Small Cell Training, LTE Small Cell Training, covers the technology and planning of Small Cells where coverage and capacity are enhanced along with improved Quality of Experience (QoE),lower latency and delays, flat IP architecture and cost-effective.

For Small Cell RF Planning Training Course, CLICK HERE

Learn how Small cells and HetNet can offer mobile service providers (MSPs) with cost-effective alternative to macro-only deployments for enhancing coverage and capacity demands.

Small Cell Training also covers heterogeneous (HetNet) network, small cells’ flat IP architecture, radio access options, coverage and capacity planning. Learn about key components of HetNets and small cells deployments both indoors and out.

Why choose TONEX for your TOGAF Training and Certification.

TOGAF®, an Open Group Standard, is a proven business driven enterprise architecture framework used by the world’s leading organizations to improve efficiency without total disruption in the on-going process. Utilizing the ADM, techniques and guidelines, TOGAF has become the most prominent and reliable enterprise architecture standard, ensuring consistent standards, methods, and communication among enterprise architecture professionals and the business.

Most consulting and integration companies have endorsed TOGAF by fashioning their Frameworks around the benefits of TOGAF in order to help practitioners avoid being locked into proprietary methods, utilize resources more efficiently and effectively, and realize a greater return on investment. This has also resulted in most companies that are recruiting enterprise and domain architects requiring TOGAF certification for employees.

Fault Tree Analysis Training by TONEX, FTA Training

Fault Tree Analysis is s a systematic method of system analysis and part of  operations research in system reliability and safety. Fault Tree Analysis (FTA) examines a system from top-dwon and provides graphical symbols for ease of understanding. It incorporates mathematical tools to focus on critical areas.

Fault tree analysis can also be also as an analytical technique for tracing the events which could contribute. It can be used in accident investigation and in a detailed hazard assessment. The fault tree is a logic diagram based on the principle of multi-causality, which traces all branches of events which could contribute to an accident or failure.

Learn the concepts of Fault tree analysis as it is used a symbolic “analytical logic techniques” and its application in reliability and safety analysis. Learn  how basic events, often made up of failures at the component level, could lead to a hypothesized failure of a system