Lifelong Learning and Specialized Training Services

Fire Services Instructor I

Course Material Outline:

The Instructor as a Professional
Principles of Learning
Instructional Planning
Instructional Materials and Equipment
Learning Environment
Classroom Instruction
Skills-Based Training Beyond the Classroom
Testing and Evaluation
Records, Reports, and Scheduling

Examination:

QUIZES
FINAL EXAM
PRACTICAL EVALUATION SKILLSHEETS

Fire Team Member

Course Material Outline:

Theory of Combustion and fire development
Hose and Hose making equipment, foam and foam making
equipment theory
Fire Extinguishers
FLAMMABLE GASSES
Introduction to Breathing Apparatus
Breathing Apparatus search and rescue smoke
Command and Control at BA Incidents
Bunsfield Case Study
Hose Running
Fires Involving LPG and LNG
Exercises 1,2 &3

Examination:

FINAL EXAM

Work at Height General Applications

Course Description:

This course is designed to assist candidates to understand the fundamentals of work at height safety and applying work at height techniques that is practicable to ensure their safety when working at height.
The course will cover wide range of topics from basic work at height techniques, fall protection systems to Equipment’s to risk assessment to safe work procedures and practices as well as incident investigations and emergency planning
Managing the risks of work at height, learn to assess and control hazards.

Minimum Requirements:

Medically fit to work and at least 18 years of age .

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity, in addition I.D Competency card .

Teaching Methods:

Power Point, handouts, class room exercises, practical exercises and examination .

Target Group:

Engineers, Supervisors and Technicians

Course Topics (Brief):

Course Intro. Regulations and requirements
Hierarchy of Risks, fall avoidance
Work at height techniques, selection and safe use of lanyard & energy absorber
Equipments selection and safe use
Methods of fall protection, use of backup system
Safe approach of points descend and ascend
Suspension trauma
Safe system of work, risk assessment & emergency planning

Confined Space Entry

Course Description:

The course is designed for any person in a company / work space who is operating inside or around confined spaces
Candidates will be able to understand and identify the types of confined spaces including permit required, identify the hazards commonly found in confined space including atmospheric and physical hazards.
Identify the roles and responsibilities of entrant and attendant, apply safe system if work, and risk assessment and emergency activities including hierarchy of rescue and basic life support system.

Minimum Requirements:

Medically fit to work and at least 18 years of age .

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity, in addition I.D Competency card .

Teaching Methods:

Power Point, handouts, class room exercises, practical exercises and examination .

Target Group:

Engineers, Supervisors and Technicians

Course Topics (Brief):

Course Intro. Regulations and requirements
Confined space key definitions and explanations, specified risks
Employer duties, Gas detectors (types, uses and applications)
Other parties duties, employees, contractors , external parties
Safe system of work (work permit, test certificate, dangerous gases properties, oxygen and body)
Emergency arrangements (Rescue equipments, escape set, emergency first aid, emergency procedure)
Confined space safe entry practice, Work equipments, PPE
Class room exercises and assignments

Lifting Appliances ( Safe Operation, Lifting Plans & Pre use Check)

Course Description:

In depth knowledge and understanding of the relevant legal and practical requirements of Planning the lifting operations, following lifting plans, risk assessment development/process, following risk assessment control measures Lift categories, Method of attaching/detaching the load , Approved lifting points , Pre-use/post use equipment checks, testing procedure, inspection reporting and certification, inspection bodies,
Proximity hazards, obstructions, load path, Load integrity/stability, Competency of personnel, Understanding the equipment register

Minimum Requirements:

Medically fit to work and at least 18 years of age , basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity, in addition I.D Competency card .

Teaching Methods:

Power Point, handouts, class room exercises, practical exercises and examination .

Target Group:

Supervisors, Engineers , H&S Officers

Course Topics (Brief):

Course intro. Regulations, standards and requirements
Lifting equipments classifications
Lifting equipments and lifting accessories
Characteristics of lifting equipments, ,marking, certifications and approvals
Review of documentations, pre use check
Inspection and testing procedures
Rating and re –rating, fit for use
Lifting plans, risk assessments , safe system of work

Mobile Cranes, Overhead Travelling Cranes, Tower Cranes Operator

Course Description:

The course is designed for any person in a company / work space who is operating inside or around confined spaces
Candidates will be able to understand and identify the types of confined spaces including permit required, identify the hazards commonly found in confined space including atmospheric and physical hazards.
Identify the roles and responsibilities of entrant and attendant, apply safe system if work, and risk assessment and emergency activities including hierarchy of rescue and basic life support system.

Minimum Requirements:

Medically fit to work and at least 18 years of age .

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity, in addition I.D Competency card .

Teaching Methods:

Power Point, handouts, class room exercises, practical exercises and examination .

Target Group:

Engineers, Supervisors and Technicians

Course Topics (Brief):

Course Intro. Regulations and requirements
Confined space key definitions and explanations, specified risks
Employer duties, Gas detectors (types, uses and applications)
Other parties duties, employees, contractors , external parties
Safe system of work (work permit, test certificate, dangerous gases properties, oxygen and body)
Emergency arrangements (Rescue equipments, escape set, emergency first aid, emergency procedure)
Confined space safe entry practice, Work equipments, PPE
Class room exercises and assignments

Forklift Safety Operator

Course Description:

This course provides essential knowledge and skill to operate the forklift and its attachments in a safe manner. Also provides the minimum requirements for the training of operators. By offering in depth knowledge to learn the relevant legislations, machine capacity, stability, pre-operational check, features and controls
Series of operating exercises and tasks

Minimum Requirements:

Medically fit to work and at least 18 years of age , basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity, in addition I.D Competency card .

Teaching Methods:

Power Point, handouts, class room exercises, practical exercises and examination .

Target Group:

Forklift Operators, Supervisors, Health & Safety Officers

Course Topics (Brief):

Relevant legislations and standards
Features , controls and functions
Types of machines, centre of gravity and stability
Workplace requirements, safe system of work
Pre-operational check and inspection
Operation of the machines and attachments

Lifting Appliances Inspector Course

Course Description:

Generally speaking this is a custom made course and it cover courses No’s 5, 4 & 3
The description and the topics are combined as listed in the above mentions courses

Minimum Requirements:

Medically fit to work, 18 years of age, basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity, in addition I.D Competency card .

Teaching Methods:

Power Point, handouts, classroom exercises, practical exercises and examination .

Target Group:

Engineers, Supervisors, Health & Safety Officers

Passenger lifts Safety and Maintenance

Course Description:

This course provides essential knowledge and skill to maintain passenger lifts and its components in a safe and good operation conditions.
It givens excellent information and knowledge necessary for all personnel involved in passengers and goods lift industry in terms of regulations, standards , maintenance , operation , use, inspections and testing

Minimum Requirements:

Medically fit to work and at least 18 years of age , basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity, in addition I.D Competency card .

Teaching Methods:

Power Point, handouts, class room exercises, practical exercises and examination
On site visits and demonstration

Target Group:

Engineers, Supervisors, technicians , management Facilities companies

Course Topics (Brief):

Relevant legislations and standards
Lifts main components , features and safety components
Principle of operations , installation, maintenance and use
Routine check , periodic inspections and testing
Maintenance procedures
Installers and maintenance team responsibilities
Minimum requirements and criteria

Safe Installation & Use of Scaffoldings and Ladders, this Course also be Delivered for Safe Use and Inspection

Course Description:

This course prepare candidates to recognize and understand, avoid all the hazards
Associated with scaffoldings being installed and used.
Be able to prepare and understand the procedures to control theses hazards

Minimum Requirements:

Medically fit to work, 18 years of age, basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity, in addition I.D Competency card .

Teaching Methods:

Power Point, handouts, class room exercises, practical exercises and examination .

Target Group:

Engineers, Supervisors and Technicians

Course Topics (Brief):

Course introductions and outlines
Ladders and scaffoldings components and requirements
Legislations requirements
Hazards identifications, recognitions and control measures
PPE and safe system of work
Requirements for design and erections of scaffolds
Support bracings requirements, guardrails systems
Access points, ladders, stairways , pinning requirements
Load capacity and falling objects protection

Steel Weld (Metallurgy and Material Technology)

Course Description:

This course is designed for mainly welders, fabricators and all personnel involved in structural steel fabrication and works.
The course offer essential and vital information regarding industrial common type of steel and steel forming, in depth explanation of the effect of heat on steel , effect of hydrogen & Hydrogen scales, Carbon Equivalent, pre-heat and post heat
Weld-ability of steel, mechanical and physical properties of steel.

Minimum Requirements:

Relevant and basic knowledge and background experience

Certificate Type:

TUV Austria Academy Certificate of Training

Teaching Methods:

Power Point, handouts, class room exercises, practical exercises and examination

Target Group:

Welders, Fabricators, Engineers, Supervisors & workshop foremen

Course Topics (Brief):

Types of steel , steel elements , grain structures
Austenite, Ferrite, pearlite, bainite, Martensite,
The heat affected zone and the sub zones, the effect of Hydrogen in steel and its mechanism, hydrogen scales.
The carbon equivalent of steel , calculation , formula and examples
Pre heating, post heating and interpass temperatures
Physical and chemical properties of steel.
Material mill test certificates & types
Steel weld-ability, Steel and distortion during welding

Welding & Welding Technology

Course Description:

This course is well designed to offer wider knowledge and main principles of welding and most common welding methods on the industry.
Welding equipments, welding consumables, classification and rating
Advantages and disadvantages of each method.
Welding procedures, qualifications and approvals
Welders performance tests , requirements and certification

Minimum Requirements:

Medically fit to work, 18 years of age, basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity

Target Group:

Welders, fabricators, Inspectors, Engineers, Supervisors, technicians

Course Topics (Brief):

Course introductions and outlines
Principles of welding , factors affects welding and fusion
Main welding processes
Oxy- gas welding , process techniques, flames types , application s and limitations
Manual metal arc welding , process technique, power requirements, voltage, current, drooping characteristics, speed of travel, consumables, applications
Metal Inert gas and metal active gas welding , process techniques
Shielding gases, wire consumables, metal transfer ,modes, power requirements
Advantage and disadvantages.
Tungsten Inert Gas TIG Welding , process technique, Tungsten electrodes, selection of current type, protection of molten pool , filler materials
Plasma arc welding, process technique, methods of operation, power source and equipments, methods of arc transfer, applications
Welding consumables, types, classifications and coding
WPS, WPQR, WPT.

Design Principles and Symbolic Representation of Welding Joints

Course Description:

This course is prepared carefully to offer the candidates essential knowledge and main principles of the welded joints design, types, selections and applications as well as the common symbols used in conjunction of welding in the industry.

Minimum Requirements:

Basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training

Target Group:

Welders, fabricators, Inspectors, Engineers, Supervisors, technicians

Course Topics (Brief):

Course introductions and outlines in terms of principle of welding and fusion
Joints design, Joints types , applications and limitations
Joints preparations and all the factors to be considered
Alignments and misalignment, distortions
Welded joints defects, description, avoidance and rectifications
Welding symbols, positions , dimensions, complementary indications & supplementary symbols

Principles of Health and Safety at Work

Course Description:

This course is an essential passport to all individuals to be aware and well equipped of the main principles of health and safety at work.
It is a must principles and valuable information needed to perform activities in work space in a safe manner to reduce or / and eliminate risks involved at work spaces
The candidate will learn how to identify and manage health and safety risks
Monitor, prepare ,report and review performance

Minimum Requirements:

Medically fit to work, 18 years of age, basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training & Competency – 3 years validity

Target Group:

All classified personnel and professional in industries

Course Topics (Brief):

The foundations of health and safety
The responsibility for health and safety
Health and safety risk assessment and control
Hazards and control associated with work equipment
Principles of health and safety management
Loss causation and incident investigation
Measuring and reviewing health and safety performance
Identifying hazards, assessing and evaluating risk
Risk control, Organizational factors & Human factors
Principles of health and safety law
Criminal law and Civil law

NDT – Non Destructive Testing

Course Description:

This NDT training course covers A basic appreciation of the main NDT methods (Visual Inspection, Magnetic Particle Testing, Penetrant Testing, Radiographic Testing, Ultrasonic Testing and Eddy Current Testing); choice of method in relation to materials, defect type, position and weld geometry; materials sorting methods, proprietary instruments; surface methods; visual Inspection, magnetic particle and penetrant inspection and eddy current testing; methods for internal examination, X-and gamma-radiography, ultrasonic flaw detection.
To appreciate to the available methods, to explain the basic principles of these methods, to identify the advantages and disadvantages of these both in applications and defects detections

Minimum Requirements:

Medically fit to work, 18 years of age, basic relevant experience

Certificate Type:

TUV Austria Academy Certificate of Training

Target Group:

Welders, Supervisors, Engineers, Project Managers

Environmental Management System| ISO 14001:2015

Course Options:

Training Course Type: (Transition), Duration: (2 Days), Accreditation: (TUV )
Training Course Type: (Foundation), Duration: (2 Days), Accreditation: (TUV )
Training Course Type: (Internal audit ), Duration: (3 Days), Accreditation: (TUV or IRCA)
Training Course Type: (Lead Auditor ), Duration: (5 Days), Accreditation: (IRCA )

Course Objective:

A Detailed explanation of all the requirements of ISO 14001:2015 following the structure of the standard - context of the organization, leadership, planning, support, operation, performance evaluation and improvement.
Explain the purpose of EMS standards, audit, third-party certification, and the business benefits of improved performance of environmental management system.
Explain the role of an auditor to plan, conduct, report and follow up an environmental management system audit.

Course Benefits:

Identify the key requirements and benefits of ISO 14001:2015.
Manage environmental risk and drive continual improvement.
Address concerns that feed directly into your corporate responsibility
Demonstrate environmental commitment to clients, regulators, and the public.
Plan, conduct, report, and follow-up an audit of an EMS to establish conformity or otherwise .

Energy Management System| ISO 50001:2018

Course Options:

Training Course Type: (Foundation ), Duration: (2 Days), Accreditation: (TUV )
Training Course Type: (Internal audit ), Duration: (3 Days), Accreditation: (TUV or IRCA)
Training Course Type: (Lead Auditor ), Duration: (5 Days), Accreditation: (IRCA )

Course Objective:

What is an energy management system?
Why an EnMS is important to an organization and its benefits.
The background of ISO 50001:2018 and its intended outcome
The terms and definitions used.
The key concepts and structure of ISO 50001:2018
The main requirements of ISO 50001:2018

Course Benefits:

Understand and explain the importance and benefits of having an effective energy management system in place.
Develop and implement an EnMS that allows your organization to continually improve how it uses energy.
Manage energy consumption and efficiency for your organization.
Understand how energy performance is a key element of an organization’s performance and the benefits of integrating your EnMS with your organization’s overall strategy.

5S Methodology

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Understand the role of 5S in organizing workplace so that work can be performed efficiently, effectively, and safely.
Describe the basic concepts of 5S methodology.
Demonstrate a robust knowledge of different tools of 5S.
Demonstrate the systems need to put in place for the sustenance of 5S.

Course Benefits:

Gain an understanding of significance of each S of 5S and how different tools of 5S are applied.
Gain hands on experience in implementing 5S in the organization.
Contribute to the organization journey of continual improvement by ensuring that systems are put in place for the sustenance of 5S.

Air Pollution Control Management

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Describe common air pollution issues.
Recognize the major air pollutants and their effects on human health and environment.
Understand the regulations and policies.
Discuss the techniques, methods, and strategies of controlling and removing air pollutants.
Understand the principals and fundamental concepts governing particulate matter and gas-phase pollutant chemistry and physics.
Apply knowledge of the theories and practices of air pollution control to the design of realistic particulate matter and gas-phase emission reduction systems.

Course Benefits:

Gives you an introductory view of all major, practical aspects of air pollution control.
Help you gain sufficient information on health and environmental effects of air pollution, air quality management, ambient air quality monitoring, measurement and control of emissions, pollution prevention, laws and regulations, emission inventories, compliance, and enforcement.

Waste Management

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Introduction to the fundamentals of solid waste management
Focusing on the best practices to reduce, reuse, recycle and manage waste to mitigate climate change, pollution and reduce volumes of waste.
The course will cover all the main elements of reduction, collection, composting, recycling, and waste disposal.

Course Benefits:

Assess local conditions and needs.
Identify waste problems.
Know which solutions to choose to solve identified waste problems.
Understand the most important elements of integrated sustainable waste management.
Understand the main phases of a solid waste system and the actors involved.
Understand the main drivers steering solid waste policy development.

Environmental Impact Assessment (EIA)

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Understanding Impact Assessment: Principles, Methods, and Emerging Trends
Achieving the Full Potential of Social Impact Assessment Cumulative Effects and Follow-Up in Impact Assessment
Increasing Tangibility in SEA through Valuation of Ecosystem Services
Quality Assurance in EIA
Theory and Practice of Multi-criteria Analysis for Environmental Impact Assessment of Projects and Plans

Course Benefits:

Give you practical overview of the Environmental Impact Assessment (EIA) process and its requirements and includes the NEW revised EIA Directive.
Identifies the key stages of the EIA process and provides advice and guidance on managing EIA projects.

Pollution Prevention (P2)

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Define the concept and benefits of P2.
Recognize the environmental management hierarchy and priority.
Understand facility management's pollution prevention policy & managements unwavering.
Recognize pollution prevention responsibilities.
Understand that pollution prevention ideas may be found in many areas including in revising/improving Operating Practices/Procedures, Inventory Control, Spill and Leak Prevention,
Process Modifications to save energy & waste, cleaning and degreasing methods, equipment and products, Surface Preparation and Finishing equipment, methods and products.

Course Benefits:

Give you practical overview of the Environmental Impact Assessment (EIA) process and its requirements and includes the NEW revised EIA Directive.
Identifies the key stages of the EIA process and provides advice and guidance on managing EIA projects.

Quality Management System | ISO 9001:2015

Course Options:

Training Course Type: (Transition), Duration: (2 Days), Accreditation: (TUV )
Training Course Type: (Foundation ), Duration: (2 Days), Accreditation: (TUV )
Training Course Type: (Internal audit ), Duration: (3 Days), Accreditation: (TUV or IRCA)

Course Objective:

Description the purpose of Quality Management System (QMS), Quality Management Standards, of Management system audit and of third-party certification and business benefits of improvement performance of the QMS.
Description the role of an auditor to plan, conduct, report and follow up a QMS audit in accordance with ISO 19011 .
Explain the process-based quality management system model for ISO 9001 and the role of an internal audit in the maintenance and improvement of quality management systems.
Explain the role and responsibilities of an auditor to plan, conduct, report and follow up an internal quality management system audit in accordance with ISO 19011.

Course Benefits:

ISO 9001 training course enables you to learn the basic elements to implement and manage a Quality Management System (QMS) as specified in ISO 9001.
You will be able to understand the different modules of a QMS, including QMS policy, procedures, performance measurements, management commitment, internal audit, management review and continual improvement

Complaint Management System |ISO 10002: 2014

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Description the purpose of Complaint Management System, Complaint Management Standards, and business benefits of improvement performance of the CMS.
You will learn about typical framework for implementing ISO 10002:2018 following the PDCA management approach.
Considering key concepts and requirements of ISO 10002:2018 from an implementation perspective
How to implement key concepts and requirements of ISO 10002:2018
How to conduct a baseline review of your current system.

Course Benefits:

Identify key benefits to your organization from implementing an effective CMS.
Develop a plan and determine the resources required for the implementation.
Apply good practice to the implementation using proven tools and techniques.
Implement a system that enables better response to customer’s concerns leading to improvement of inherent processes.
Identify process that need further improvement to enhance the quality of the products and services offered that consistently meet customer needs and enhance customer satisfaction.

Basic Requirements for Non-Formal Education and Training Services| ISO 29993: 2017

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

The focus of this course will be to walk the participants through the standards to assess the alignment of organisational learning in accordance with ISO 29993:2017.
The participants will also learn the key factors involved in achieving ROI for your critical people development interventions.

This is essential for those who are responsible for ensuring the correct engagement and quality assurance of learning in the organisation, as well as utilizing mechanisms to maximize ROI .

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Course Benefits:

Manage the training and development function to recognized international standards.
Improve efficiency and effectiveness in the utilization of training programs and external providers.
Align business strategy to organisational development framework.
Assured quality assurance procedures to recognized international standards.
Improve cost and budgetary improvements and ROI.
Improve management of the training and development function.

Educational Organizations Management System | ISO 21001 :2018

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

The focus of this course will be to learn the basic elements to implement and manage an Educational Organizations Management System (EOMS) as specified by ISO 21001.
You will be able to understand the different modules of an EOMS, including EOMS policy, procedures, performance evaluation, management commitment, internal audit, management review and continual improvement.

Course Benefits:

Understand the elements and operations of an Educational Organizations Management System and their principal processes.
Acknowledge the correlation between ISO 21001, ISO 9001 and other standards and regulatory frameworks.
Understand the approaches, methods and techniques used for the implementation and management of an EOMS .

Risk Management System | ISO 31001 :2018

Course Options:

Training Course Type: (Foundation), Duration: (2 Days), Accreditation: (TUV )
Training Course Type: (Internal audit), Duration: (3 Days), Accreditation: (TUV or IRCA)
Training Course Type: (Lead Auditor), Duration: (3 Days), Accreditation: (IRCA)

Course Objective:

Explain the basic principles and approaches of managing risks and opportunities based on the guidelines of ISO 31000.
Focuses on the main components of ISO 31000: basic terms and definitions, principles of risk management, risk management framework, and risk management process.
Explain each step of the risk management process is analyzed and elaborated individually.

Course Benefits:

Get acquainted with the concepts and principles of ISO 31000.
Understand the guidelines of ISO 31000 for risk management.
Understand the basic approaches, methods, and practices that can be used for the integration of risk management in an organization.

Anti-Bribery Management Systems | ISO 37001 :2016

Course Options:

Training Course Type: (Foundation), Duration: (2 Days), Accreditation: (TUV )
Training Course Type: (Internal audit), Duration: (3 Days), Accreditation: (TUV or IRCA)
Training Course Type: (Lead Auditor), Duration: (3 Days), Accreditation: (IRCA)

Course Objective:

Description the concepts of anti-bribery, explains the benefits of an ABMS and the key requirements and context of ISO 37001:2016.
Explain why it is important to prevent bribery.
Recognize how an ABMS can help reduce or eliminate bribery.
Become familiar with the key requirements of ISO 37001:2016.
Know the steps required to plan an ABMS.
Increase your knowledge of anti-bribery practices and anti-bribery management system.

Course Benefits:

Determine the threat of bribery within the context of your organization.
Recognize key management system concepts relating to the implementation of ISO 37001.
Relate the benefits of implementing an ABMS within your organization.
Identify a typical framework for implementing ISO 37001 following the PDCA cycle.
Interpret the requirements of ISO 37001 from an implementation perspective in the context of your organization.
Conduct a baseline review of your organization’s current position about ISO 37001.
Implement the requirements of ISO 37001 in your organization.

Testing and Calibration Laboratories Systems | ISO/IEC 17025:2017

Course Options:

Training Course Type: (Foundation), Duration: (2 Days), Accreditation: (TUV )
Training Course Type: (Internal audit), Duration: (3 Days), Accreditation: (TUV or IRCA)
Training Course Type: (Lead Auditor), Duration: (3 Days), Accreditation: (IRCA)

Course Objective:

Gain an understanding of knowledge on the ISO/IEC 17025:2017 requirements, on auditing and assessment techniques, on the new concept of risk management, on the good laboratory practices and on validation/calculation of measurement of uncertainty methods.
Gain an understanding of how to evaluate management system conformance to ISO/IEC 17025:2017 and accreditation requirements.
Apply ISO 19011 guidance to develop, implement and maintain an effective audit program.
Learn about audit risks and opportunities.

Course Benefits:

Prepare the internal auditor to clearly understand technical issues relating to an audit.
You will learn how to coordinate a quality management system audit to ISO/IEC 17025:2017 and collect audit evidence and document observations, including techniques for effective questioning and listening.

Implementation & Internal Inspection of Road Safety Management System |ISO 39001: 2012

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Recognize key management system concepts and in particular ISO 39001.
Identify the benefits specific to their organization in relation to implementing an effective RTS management system.
Identify a typical framework for implementing ISO 39001 following the PDCA cycle.
Interpret the requirements of ISO 39001 from an implementation perspective in the context of their organization.
Implement key elements of ISO 39001.
Conduct a base line review of the organizations current

Course Benefits:

Learn about the new road traffic safety standard and how it can benefit your organization.
Position your organization for a successful implementation of a Road Traffic Safety Management System Improve confidence in your organization as a responsible party involved in road traffic systems.
Increase your RTSMS knowledge.
Gain the confidence to implement an RTSMS.

Six Sigma Green Belt

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

You will be immersed you in the practical implementation and management of lean business principles and six sigma problem-solving.
You will be equipped with the knowledge of what underpins value in business, process-design analytical skills to deconstruct complex problems and the practical techniques to implement change and drive innovation.

Course Benefits:

Fast-track your leadership career with the capabilities of a change-agent who can successfully manage complex corporate solutions at all levels of an organization.
Become an expert in problem-solving techniques implemented in world-leading companies.
Training with tangible results.
Effect immediate results through the application of practical tools in reducing waste, improving efficiency, increasing productivity and hyper-focusing on customer value.

Six Sigma Yellow Belt

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

The participant will learn about What Six Sigma and Lean are separately and how they work together.
The participant will continue their exploration of each phase of Six Sigma’s DMAIC methodology, including, project charters, process mapping, cause-and-effect tools, simple data analysis and process improvement and control methods.

Course Benefits:

The meaning and uses of the Six Sigma philosophy
Each phase of the DMAIC methodology
How to map a process and understand its inputs and outputs
The basics of the Lean methodology
How to apply the Six Sigma mindset in his or her workplace daily

Six Sigma Black Belt

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

How to improve methodologies of DMAIC.
How to identify the Root Cause.
How to deal with resistance in Lean management.
How to create Bar Charts and Histograms.

Course Benefits:

This training provides you with a comprehensive understanding of the Six Sigma methodology as well as all the methods and tools you need to start utilizing Six Sigma to improve your organization's manufacturing, service and/or administrative processes.

Total Quality Management & Sampling Techniques

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Describe in detail the TQM various aspects such as quality management systems, quality tools, and quality management models and methodologies.
Demonstrate ISO 9001 standard and conducting audits.
Use quality tools, sampling, and quality costs.
Demonstrate Six Sigma methodology, Lean, Service Quality Model, planning for top quality & satisfaction measurement.

Course Benefits:

complete knowledge and understanding of total quality management and its importance to an organization.
Increased skill, confidence, and experience to partake in establishing a total quality management system within the organization for ensuring standard quality delivered by all departments.
Increased skill and experience to audit current systems to check for gaps in quality management and delivery, and devise corrective actions and implement systems to handle these.
Increased confidence and knowledge to train other employees on total quality management.
Increased understanding and experience to work with advanced tools and techniques to implement total quality management.

Project Management Programs (PMP)

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Provide participants with the skills to prepare, implement, manage, and analyze large and complex projects in addition to training project staff.
Learn and analyze the life cycle of the project, from planning and starting the project to implementation, monitoring, monitoring and closure.
Introduce participants to the knowledge areas for project management related to the project life cycle.
Provide participants with the skills and knowledge necessary to pass the PMI-PMP exam.
Enable participants to use Project Microsoft Project MS program to manage their projects.

Course Benefits:

The course provides a comprehensive knowledge coverage of all project management topics and the application of knowledge, skills, tools, and techniques to project activities to meet various project requirements.

Strategic Foresight

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

To become better users and commissioners of foresight.
To return to your work ready to build future-ready organizations.
To learn from each other and support each other as part of a global foresight community.

Course Benefits:

You will learn to create change in your organization and to communicate the impact of your foresight work.
You will help to sharpen up your skills, as well as debate key concepts in discussion with experts.

Strategic Planning Using the Balanced Scorecard Model

Certificate Type:

The candidates who will pass the training assessment will be awarded with a respective TUV academy Certificate.

Course Objective:

Build a Balanced Scorecard from scratch, based on your organization’s strategy.
Overcome obstacles to implementing a Balanced Scorecard in practice
Translate strategy into tangible results to be measured and monitored.
Align people and resources to focus on achieving the strategy.
Adjust and enhance strategy in line with a changing environment.

Course Benefits:

Deeper knowledge and understanding of the link between the Balanced Scorecard and Strategic Planning
Applying a systematic methodology for developing and managing a Balanced Scorecard
Practical experience in the creation and use of the Balanced Scorecard.
Increased capability to monitor and drive performance improvement.
A methodical approach to rolling out a Balanced Scorecard using the latest web-based technology.
Best practice approaches to engaging stakeholders with the Balanced Scorecard.

Bpv Code, Section I: Power Boilers

Introduction:

ASME codes and standards are the most widely used in the world for the design, operation, maintenance and repair of power boilers, pressure vessels and nuclear facilities.
This course will provide the participant with a detailed knowledge of the responsibilities of personnel involved in the manufacturing, fabrication and examination of new power boiler plant components and new construction activity as defined by Section I of the ASME Boiler & Pressure Vessel Code (BPVC).
The objective of the course is to enhance your knowledge and understanding of the requirements for design and construction of power boilers in accordance with Section I of the ASME Boiler & Pressure Vessel Code.

You Will Learn To:

Describe the purpose of the Sections of the ASME Boiler & Pressure Vessel Code.
Explain the rules and requirements in Section I for the design and construction of power boilers.
Describe the use of Section II Materials and their allowable stresses.
Explain the basic rules for fabrication of power boilers.
Describe the process for quality control and certification in Section I.

Who Should Attend:

Engineers, managers and quality personnel who are involved in manufacturing, fabrication and examination of components or parts for power boilers, as well as individuals who are or will be directly or indirectly involved in the design, analysis, construction, maintenance or operation of power boilers.

Bpv Code, Section V: Non Destructive Examination

Introduction:

This course is designed for individuals who require an understanding of the principles, techniques and applications of the key Nondestructive Examination (NDE) methods.
Emphasis is placed on basic procedures, techniques, applications, advantages and limitations as related to the ASME Boiler & Pressure Vessel Code, Section V for each method. Examples of NDE devices supplement classroom lectures to help participants gain a better understanding of the general theory, uses and variables of the methods presented.

You Will Learn To:

Describe the applications of the basic NDE methods and the various materials to be examined.
Explain the principles, procedures, evaluation, reporting and ASME Code requirements of the basic NDE methods.
Identify the techniques of the visual, penetrant, magnetic particle, radiographic, ultrasonic, and eddy current testing methods.

Who Should Attend:

Design, structural, maintenance and materials engineers, and management, supervisors, regulators, auditors and project managers.

Bpv Code, Section Viii, Division 1: Design And Fabrication Of Pressure Vessels

Introduction:

Based on the rules for pressure vessel design and construction, this course is a comprehensive introduction to the requirements of Section VIII, Division 1 including background, organization, design, materials, fabrication, inspection, testing and documentation of pressure vessels. It covers the more commonly applied subsections and paragraphs, and includes a practical discussion of individual problems and situations. Designed primarily for beginners, experienced vessel designers, who would like to update their knowledge of the Code, will also benefit.

You Will Learn To:

Describe the background of the Code.
Explain how to apply the Code rules to more common design and fabrication situations.
Identify the calculations for some of the loadings and situations not addressed by the Code.
Describe the preparation of design specifications, design reports, data reports and other documentation.

Who Should Attend:

Those involved with the purchase, design, fabrication or inspection of pressure vessels. Some technical background will be helpful, but attendees are not required to have an engineering degree or previous work experience in the subject matter.

Bpv Code, Section Viii, Division 2: Alternative Rules – Design And Fabrication Of Pressure Vessels

Introduction:

This course provides a practical comparison of the new rules with the former rules of Division It also covers other international codes, including a discussion of why the new requirements were instituted; this course explains the design margins and their effect on required thickness. While emphasizing design and analysis rules, it covers all aspects of construction.

You Will Learn To:

Explain how the requirements of Divisions 1 and 2 of Section VIII compare.
Explain theories of failure and design margins of various codes.
Describe the general requirements of the new Division 2.
Identify design rules and stress analysis methods.
Describe fatigue analysis.
Identify materials and fabrication requirements.
Explain Nondestructive Examination (NDE) requirements, pressure testing and pressure relief requirements.

Who Should Attend:

Individuals involved with design, analysis, fabrication, purchasing, repair, and inspection of pressure vessels should attend, as well as supervisory and regulatory personnel. Although some degree of background with design and fabrication of pressure vessels is desirable, no previous experience is required for attending this course. Both the beginners and experienced personnel involved with pressure vessels will benefit from this course.

Bpv Code, Section Ix: Welding, Brazing And Fusing Qualifications

Introduction:

This is a basic course that instructs attendees how to comply with the requirements of ASME Section IX, Welding, Brazing and Fusing Qualifications. Participants gain a working knowledge of ASME Section IX. A review of the welding processes and variables – along with a review of basic welding metallurgy – is conducted to provide all participants with sufficient background in welding technology.
This background knowledge is essential in order for participants to interpret Section IX effectively.
The mechanics of using Section IX and how to address its requirements and its relationship with other code sections is explained in a simple, straightforward manner. Emphasis is placed on qualifying procedures in a cost-effective manner and on writing welding procedures that contribute positively to the manufacturing process. The requirements for qualification of welders, brazers and operators are examined, with particular emphasis on minimizing the cost and maximizing the usefulness of qualifications.

You Will Learn To:

Explain how Section IX is organized and how to locate requirements for welding, brazing and fusing qualifications.
Consider the metallurgy and welding process knowledge that forms the basis for the rules for welding qualifications.
Formulate and write practical and instructive welding, brazing and plastic fusing procedures that are compliant with Section IX.
Determine and confirm welder performance qualifications that are compliant with Section IX.
Review welding documentation for compliance with Section IX.

Who Should Attend:

Mechanical and welding engineers, quality control personnel, welding supervisors, inspectors as well as project managers.

B31.1 CODE: POWER PIPING

Introduction:

This course details the latest Power Piping Code Requirements – key elements in creating the more effective piping systems today’s competitive environment demands. It provides insight into how they have evolved and what future changes may be expected.
Importantly, this course explores the background, rules and trends in piping design, analysis, and fabrication – all vital elements of power, industrial and institutional plant construction and maintenance – within the context of meeting the requirements and intent of ASME B31.1 and its appendices.

You Will Learn To:

Explain the principal failure modes of piping components and where to look for them.
Describe the difference between pressure component design and structural design.
Identify layout and simplified analysis techniques.
Explain how to qualify nonstandard fittings and joints and develop stress intensification factors.
Describe materials selection and limitations, fabrication rules and their bases.
Identify welding qualification requirements, along with inspection, examination and testing requirements.

Who Should Attend:

Engineers entering the piping design and analysis field; practicing piping engineers requiring background on Code compliance and trends in piping design, analysis and fabrication; piping fabricators and suppliers wishing to understand the relationship of fabrication and manufacture to the design and construction of piping systems; QA/QC personnel.

B31.3 CODE: PROCESS PIPING

Introduction:

The aim of this course is to explain how piping systems fail and what the Code requires the designer, manufacturer, fabricator, supplier, erector, examiner, inspector and owner to do to prevent this.
Using hundreds of real-world examples as well as the personal experiences of the instructors, the course demonstrates how the B31.3 Code has been both correctly and incorrectly applied. Lessons are enhanced by actual in-class problem solving exercises, directly applying the rules and equations of the B31.3 Code for specific design and operating conditions to illustrate correct applications.

You Will Learn To:

Identify what issues to consider when designing process piping.
Explain the pressure design of piping and piping components.
Analyze piping flexibility and gauge the limitations of piping and piping components.
Identify pipe supports, leak testing, piping failures and their causes.
Describe the materials selection process and limitations.
Identify fabrication rules and their bases.
Describe the relationship between B31.3 design and the fabrication & examination requirements.
Explain the welding qualification requirements.
Identify the inspection, examination, and testing requirements.

Who Should Attend:

Piping engineers, designers, fabricators and erectors, QA/QC personnel, engineers and maintenance personnel who need an understanding of the requirements for compliance and the trends of Code changes for piping design and analysis, fabrication, examination and testing.

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Check our training courses today

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Fire Services Instructor III

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Mobile Cranes, Overhead Travelling Cranes, Tower Cranes Operator

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Passenger lifts Safety and Maintenance

Safe Installation & Use of Scaffoldings and Ladders, this Course also be Delivered for Safe Use and Inspection

Steel Weld (Metallurgy and Material Technology)

Welding & Welding Technology

Design Principles and Symbolic Representation of Welding Joints

Principles of Health and Safety at Work

NDT – Non Destructive Testing

Environmental Management System| ISO 14001:2015

Energy Management System| ISO 50001:2018

5S Methodology

Air Pollution Control Management

Waste Management

Environmental Impact Assessment (EIA)

Pollution Prevention (P2)

Quality Management System | ISO 9001:2015

Complaint Management System |ISO 10002: 2014

Basic Requirements for Non-Formal Education and Training Services| ISO 29993: 2017

Educational Organizations Management System | ISO 21001 :2018

Risk Management System | ISO 31001 :2018

Anti-Bribery Management Systems | ISO 37001 :2016

Testing and Calibration Laboratories Systems | ISO/IEC 17025:2017

Implementation & Internal Inspection of Road Safety Management System |ISO 39001: 2012

Six Sigma Green Belt

Six Sigma Yellow Belt

Six Sigma Black Belt

Total Quality Management & Sampling Techniques

Project Management Programs (PMP)

Strategic Foresight

Strategic Planning Using the Balanced Scorecard Model

Bpv Code, Section I: Power Boilers

Bpv Code, Section V: Non Destructive Examination

Bpv Code, Section Viii, Division 1: Design And Fabrication Of Pressure Vessels

Bpv Code, Section Viii, Division 2: Alternative Rules – Design And Fabrication Of Pressure Vessels

Bpv Code, Section Ix: Welding, Brazing And Fusing Qualifications

B31.1 CODE: POWER PIPING

B31.3 CODE: PROCESS PIPING