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Biomedical Systems Engineering Training Workshop uniquely covers many aspects of biomedical engineering using interdisciplinary training bootcamp. Biomedical Systems Engineering Training build a strong foundations in both engineering and the life sciences and equips our attendees to tackle complex bio-engineering problems and design challenges. Course Topics include (can be customized): Bioenergy and Food Engineering Biological and Environmental Transport Processes Biomass & Bioenergy Engineering Biomedical Clinical Engineering Unit Operations of Biological Processing Biomedical Signal & System Analysis Biomedical Systems Engineering I: Organ Systems Biomedical Systems Engineering II: Cells and Tissues Introduction to Environmental Engineering Introduction to Ecological Engineering Soil & Water Resources Engineering Clinical Systems Engineering Computational Tools and Modeling Agricultural and Biological Systems Engineering Computer-Aided Problem-Solvi

CSEP Training- Certified Systems Engineering Professional (CSEP) Certification- Training Course by Experts in Systems Engineering (Updated based on INCOSE SYSTEMS ENGINEERING HANDBOOK, version 4.x) CSEP Training, Become CSEP Certified by attending TONEX CSEP Certification Training and get 13 PE credits. INCOSE Systems Engineering Professional (SEP) Certification: CSEP focused on: SE EXPERIENCE and APPLIED SE KNOWLEDGE Foundation Level CSEP 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. Who Should Attend This Course: Certified Systems Engineering Professional (CSEP) Targeted towards Systems Engineers with five or more years work experience CSEPs are certified against experience,

Lean Systems Engineering Training covers how and when systems engineering can most effectively and efficiently add value throughout a program’s lifecycle (SDLC). Engineering program management challenges published by Joint MIT‐PMI‐INCOSE Community of Practice on Lean in Program Management are addressed By Lean Enablers are: Firefighting: Reactive program execution Unstable, unclear, and incomplete requirements; Insufficient alignment and coordination of the extended enterprise; Processes are locally optimized and not integrated for the entire enterprise; Unclear roles, responsibilities, and accountability; Mismanagement of program culture, team competency, and knowledge; Insufficient program planning; Improper metrics, metric systems, and KPIs; Lack of proactive program risk management; Poor program acquisition and contracting practices Course Content: Basics of LEAN Systems Engineering (SE) Lean Systems Thinking and Lean Engineering Overview of SE processes Lean Systems Engineerin

JCIDS (Joint Capabilities Integration Development System) JCIDS training course introduces Joint Capabilities Integration Development System and capabilities-based approach to identify current and future gaps in the ability to carry out joint warfighting missions and functions and to develop requirements for weapons systems to close those gaps. JCIDS Process Workshop – Group Project: Working with JCIDS Process Step 1 Working with JCIDS Process Step 2 Achieving Interoperability Terminology Objectives: Objectives of this course are: To familiarize attendees with JCIDS and with the most up-to-date capabilities development guidance To understand the basic components of the JCIDS process and how it will impact your programs To understand the underlying analytical approaches for producing these products (and stabilizing our efforts) To understand the CJCSI 6212 and the impact to programs Insight into Joint initiatives and trends which effect solution development Describes Capabilities-Ba

DevOps Training covers the fundamental concepts and principals behind DevOps, together with the methods to implement the DevOps practices in your organization. Trainee will learn about the value proposition of DevOps and DevOps tools, including Chef, Puppet, Jenkins, Docker Deep Dive, Ansible etc. Audience: DevOps Training Bootcamp is a 4-day course designed for: Enterprise and solution architects IT Leadership, operations, and infrastructure people CIOs / CTOs System administrators Release engineers Configuration managers Developers and application team leads Scrum pros Software managers IT project & program managers Product managers Training Objectives: Upon the completion of DevOps Training Bootcamp, the attendees are able to: Understand the fundamentals of system and systems engineering Understand the meaning of DevOps Apply DevOps practices in their systems Use DevOps methods and tools appropriate to their need Explain and use of Chef, Puppet, Jenkins, and Docker Deep Dive

ITS (Intelligent Transportation Systems) Systems Engineering Training course is designed for ITS system engineers, project managers, system owners, operators, maintainers and anyone else in need of a comprehensive, approachable primer on the basics and advanced of systems engineering for ITS. Objectives: Systems Engineering (SE) training for Intelligent Transportation Systems focusing on the following competencies: Systems Engineering (SE) training for Intelligent Transportation Systems focusing on the following competencies: SE Planning and Management Collaborating with Technical Specialties Building Successful Teams Communicating with Impact Results Orientation· Adaptability System Concept Definition Concepts of Operations (ConOps) Requirements Engineering System Architecture· System Design and Development Systems Integration Test and Evaluation Systems Implementation, O&M, and Transition Outline: Introduction to Systems Engineering ITS Technical Processes ITS Project Managem

Functional Safety and Hazard Analysis covers overall safety and hazard analysis depending on a system or equipment operating correctly in response to its inputs. Learn ow to address Functional safety and hazards and carry out and the level of performance required of each safety function to meet the expectations and requirements. Learning Objectives: Upon completion of this course, the attendees will: Understand the scope and general requirements for Functional safety and hazard analysis Get familiar with IEC 61508, ISO 26262, and CENELEC (European Committee for Electrotechnical Standardization): CENELEC – EN 61508-7 List safety and hazard requirements in your product/system lifecycle Understand how to apply the safety and hazard analysis at a program or project level. Understand the basic requirements for product development. Understand hardware/software/human requirements, test and verification requirements and documentation requirements. Understand the concepts of FMEDA ( Failure

QFD Training, Quality Function Deployment Training Course covers the techniques and principals of QFD, plus it gives you a brief historical background and benefits of the QFD. Learn About: How to know your customer The Kano Model Customer requirements Prioritizing customer requirements Competitive analysis SWOT analysis Planned quality How to reflect the customer requirements in technical analysis Deriving the requirement The “house of Quality” Resolving issues and conflicts Voice of the Customer (VOC) Including VOC in the process Why Do You Need QFD Training? This training helps you keep your customers satisfied You will “see” and “hear” your customers’ needs more strongly and more clearly Applying QFD will reduce the design adjustments and development cycle time Helps you priories based on your customer specifications Helps you use your recourses effectively Audience The QFD training is a 2-day course designed for: New product development personnel Project managers Marketing and

Root cause analysis training for healthcare professionals covers the concepts and rationale behind root cause analysis (RCA) methodology, as well as tools, techniques, and the strategies should be applied in order to execute an effective root cause analysis process.  Audience: Root cause analysis training for healthcare professionals is a 3-day course designed for: Healthcare managers Nurses Physicians Hospital, clinics, and healthcare facility managers All healthcare professionals who are involved in root cause analysis investigation at any level Training Objectives: Upon the completion of root cause analysis training for healthcare professionals, the attendees are able to: Understand the history of RCA Understand the definitions associated with RCA Comprehend the theory of RCA Demonstrate an in-depth knowledge of RCA process Work through a patient safety even using RCA Efficiently facilitate RCA investigations Apply other useful patient safety resources Establish effective a

Price: $4,999.00  Course Number: 8312 Length: 4 Days College Credits: 6 Continuing Education Credits: 8 What is a TONEX Boot Camp? TONEX Boot Camps are intensive learning experiences that cover the essential elements of your chose subject. Boot camps are ideal for busy professionals who want to stay current in their fields but have limited time to be away from the office. All boot camp includes: Experienced instructors including senior technology leaders, project managers, technical authors, engineers, educators, consultants, course developers, and CTOs. Real life examples and practices. Small class size. Personalized instructor mentoring. Pre-training discussions Ongoing post-training support via e-mail, phone and WebEx. This bootcamp prepares you for NARTE Product Safety Engineer Certification exam. Objectives: PS Engineer Certification Preparation Hazard Analysis Fundamentals Safety in design, manufacture, installation and operational Fundamentals Product Safety Engineering Fu

RCFA training, Root Cause Failure Analysis training provides the concepts needed to effectively perform industrial troubleshooting investigations. RCFA Training covers the methodology to perform Root Cause Failure Analysis, Failure Modes and Effects Analysis (FMEA), Fault Tree Analysis (FTA), and other hot topics currently in maintenance engineering. Course objectives: By end of this course, you will be able to: Identify common manufacturing errors and deviations Identify the origin of a problem, determine what happened, why it happened and figure out what to do to reduce the likelihood that it will happen again Compare common root cause analysis tools and methods such as events and casual factor charting, change analysis, barrier analysis, tree diagrams, why-why chart, petro analysis, storytelling method, fault tree analysis, failure modes and effect analysis, reality charting and other methods Use Failure Modes and Effects Analysis (FMEA) techniques (DFMEA and PFMEA) Learn when

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CFD training, Computational Fluid Dynamics is a method based on a quick and consistent computational method to solve complicated fluid flow and heat transfer problems. CFD allows the product design personnel to decrease the risks of potential design failures, improve their engineering design, and thus deliver them with the false competitive benefits in the marketplace. Learn About: CFD Fundamentals, principles, and Modeling CFD requirements Boundary Conditions Physical properties of materials The required user input Turbulence modeling Solution control parameters Discretization schemes Solution-adaptive mesh refinement Streamwise  periodic flows Compressible Fluid Flow considerations Heat transfer and radiation modeling Non-Conformal meshes Modeling flows with rotating reference frames TONEX CFD Training Format: This course is a combination of theoretical and practical training on CFD. You will learn the concepts, methods, and formulas via lectures, while you w

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RF Safety Training covers RF theory of operations, regulations and RF standards, types of radiation and field effect, Maximum Permissible Exposure (MPE) at RF sites, RF safety signs, hazard assessment, Lock out – Tag out procedures and Personal Protective equipment. RF Safety training is for anyone who may encounter RF fields or RF exposure, and is required training for employees and sub-contractors in the telecommunications industry. Audience: Anyone who may be at risk to RF exposure RF Site operators and managers, Managers and supervisors Building and land owners, managers, engineers and technicians of telecommunication sites Attendees attending this class will receive a completion certificate and card complying with OSHA reporting requirements in 29 CFR1910.268. Course outline: Upon completion of the RF safety training course, the attendees will learn about: RF Theory of Operation RF Site Safety and the Law Type of RF Radiation Introduction to Antennas and RF sources Analyzing M

The Modeling and Simulation RF Systems Training covers principles behind RF System modeling and simulation plus modeling and simulation of Radar, Microwave and Electronic Warfare systems. Learn how to use modeling and simulation to solve complexity in Defense, Aerospace and Commercial Industries. There are numerous design challenges faced by RF system engineer while working on analysis and design. Who Should Attend: Engineers Technicians Analysts Managers scientists and developers ( who work with RF, satellite, microwave and radar systems ) Learning Objectives  Upon completion of the Modeling and Simulation RF Systems Training, the attendees will be able to: Explain the basic principles behind RF, Radar, Microwave and satellite technologies and applications Discuss the key principles behind RF, Radar, Microwave and satellite communications technology Describe key features of RF, Radar, Microwave and satellite communications principles, analysis, design and engineering of communica

NFC technology uses a short-range, low power wireless link evolved from radio-frequency identification (RFID) tech that can transfer small amounts of data between two devices held a few centimeters from each other. NFC training, Near field communication (NFC) is based on existing radio-frequency identification (RFID) standards including ISO/IEC 14443. NFC Training cover communications protocols and data exchange formats. Learn similarities between NFC, Bluetooth, and Bluetooth Low Energy (LE). Who Should Attend: Engineers and non-engineering professionals from consumer electronics (CE) Mobile device manufacturers Semiconductor companies Network operators Developers Service companies Financial institutions. Objectives: After completing this course, the student will be able to: Describe what NFC is Describe the use of NFC List the requirements and capabilities of NFC Describe the key concepts in NFC Explain NFC interworking with RFID, Bluetooth and Zigbee Expla

Spectrum Management Training Course is designed for anyone working in spectrum management and frequency planning related fields. The training course presents a wide range of material to familiarize those new to the spectrum management and frequency planning arena with the latest tools, techniques, methods, trends and issues related to spectrum and frequency planning. Who Should Attend: The course is designed for engineers, managers, analysts, individuals with either technical and non-technical backgrounds whose job requires a basic understanding of the frequency planning and spectrum management processes. The course introduces national and international spectrum management frameworks, policies, practices and processes including: basic frequency planning, spectrum management concepts and terminologies along with a basic technical overview of spectrum principles and characteristics, frequency assignment processes and procedures. Topics covered: Policy options for frequency planning

Radio Frequency (RF) Training : Tonex Training Radio Frequency (RF) is an important part of engineering. RF training courses are intended for individuals who work in the field of radio frequency correspondences and additionally the individuals who require an essential comprehension of RF basics. RF Radio Frequency courses are divided into two major categories as follows : Basic and advanced RF training courses : 12 courses Spectrum Management :1 course Basic and advanced RF training courses are: Antenna Engineering Training Boot Camp Price: $3,999.00 Course Number: 5023 Length: 4 Days Antenna Engineering Training covers the theory and practice of antenna engineering, communications, radar, commercial and military applications. Antenna Engineering Training Boot Camp Antenna Training – Engineering, Theory, Analysis and Design Price: $2,999.00 Course Number: 5024 Length: 3 Days College Credits: 3 Continuing Education Credits: 17 PDH Antenna Training Co

The advanced petroleum refining training course covers the technology aspects you need to know about refineries from the properties and composition of crude oil to the core refining processes including atmospheric and vacuum crude oil distillation, hydro-treating, catalytic reforming, FCC, alkylation, hydro-cracking, delayed coking, amine treating and sulfur recovery and gasoline , diesel blending. Audience: The advanced petroleum refining technology training is a 2-day course is designed for those individuals who have the basic knowledge about petroleum industry. Therefore, if you have no background in this area, we recommend you first take our Fundamentals of Petroleum Refining For Non-Petroleum Engineers training course. The advanced petroleum refining technology training course is ideal for the engineers, technicians, scientists, and operators who are already involved in the industry yet need to know more about the core refining processes to enhance their existing knowl

Condensate Recovery Unit and Gas Compressor Training will provide opportunities for the trainees to get familiar with the fundamentals and practical aspects of natural gas processing. Further, the course will acquaint the trainees intensely with the most recent technologies applied in the field of condensate recovery & fractionation through delivering real-life case studies to achieve marketable products that meet desired product specifications. Training objectives: By the end of the training course, the participants should be able to: Demonstrate knowledge and understanding of the principles of natural gas industry. Select and implement most adequate techniques for condensate recovery & fractionation. Relate the gained knowledge in the area of natural gas utilization to real-life cases. Apply troubleshooting to technical difficulties encountered in the field of specialization. Who should attend : The program is ideal for personnel involved in gas plant process operations

Pipeline Leak Detection Course is a 4-day training boot camp covers all aspects of pipeline leak detection system. Pipeline leak detection systems can help minimize the liability of pipeline operating companies. The early identification and accurate location of a pipeline incident are essential for protecting a company’s reputation. Training objectives: After completing this course, students will be able to: Explain the basic architecture and components of a Pipeline and Pipeline Leak Detection System & (LDS) Describe the component technologies behind an LDS system Describe the component technologies behind a SCADA system Apply potential benefits of LDS and SCADA applied to Aramco Understand the base standards that apply to LDS Understand the terms used in describing the technology Discuss the technical aspects of LDS, SCADA and methods Review LDS and SCADA System Design Considerations Review integration of LDS with SCADA Explain LDS and SCADA performance , Optimization considera

Smart Grid Training for Non-Engineers is developed to address the fundamentals of smart grid for non-engineers. Smart Grid Training for Non-Engineers provides fundamental Smart Grid concepts, functions, planning, design criteria and the tools and techniques and technology needed for building smart grid. Learn about : Smart grid standards and requirements, Features for designing new devices Smart grid architecture & systems Products and solutions System interoperability Operations and maintenance Automation and computational techniques Different options of computational intelligence Communication technology Operations and decision support system Learning Objectives Upon completion of this course, the attendees will be able to: Discuss the key concepts of Smart Grid List the various Smart Grid Terms Discuss essentials of Smart Grid in very basic, practical terms Discuss important aspects of Smart Grid Describe overall concepts of Smart Grid planning & design Describe electr

Smart Grid Training with emphasis on developing and enhancing workforce within the Electric Power Sector focuses on smart grid technologies. Tonex’s smart Grid training is created for energy industry including utilities, government, environment and other stakeholders. Smart Grid training course is designed for engineers, managers , executives and other professionals who need to get a good understanding on what the smart grid is, how technologies would alter and modify the current grid, and what the smart grid of the future would look like. Learning Objectives By the end of this training, attendees will be able to: Understand what smart grid is and its benefits Advance your knowledge about smart grid concepts and technologies Learn about smart grid technology, business and operations of energy generation Learn about smart grid architecture and implementation Understand how advanced technologies should be integrated to enable a modern grid Understand how renewables can be integrate

Reliability Engineering 101 training is a 2-day basic reliability engineering training course for electrical, mechanical, software, maintenance, reliability and quality assurance engineers, project managers and technicians covering the fundamentals of reliability. Learning Objectives: Describe basic concepts of reliability engineering List the motivations for reliability and reliability engineering List the various reliability benefits applied to process, design, products and systems Explain different reliability terms and concepts such as MTBF, MTTR and MTTF Discuss differences and similarities between failure rate, reliability, availability and unavailability Discuss reliability of a repairable vs.a non-repairable system Discuss different reliability predictions models including MIL-217, Telcordia, Explain the role of design tools for reliability predictions Describe FMEA, FMECA, Process FMEA, Design FMEA, FTA, RDB, Markov, and Event Tree Analysis (ETA) Course Content: What

Reliability Growth Training, Fundamentals of Reliability Growth is an orientation and practitioner’s course to prepare and qualify students to successfully manage and implement Reliability Growth Programs for DoD. Pre-Requisites:  DAWIA level 2 Certification (The Defense Acquisition Workforce Improvement Act) is recommended but not mandatory. Target Audience:  Operations Research Analysts (ORAs) Integrated Logistics Support (ILS) Integrated Product Support (IPS) leads RAM-C personnel Learning Objectives:  Upon the completion of Reliability Growth Training, the participants will be able to: Understand how to model Maintenance Breakdown Structures and Logistics Support Organizations (LSO) Model Stock and Repair policies within LSOs Understand the role of tools in Life Cycle Cost (LOC) analyses Understand how to handle uncertainty in input data, for example prices and failure rates Understand the Measures of Effectiveness tools can calculate (availability, risk of shortage, back