Course catalogue

Section 3-5 of the Working Environment Act requires every organisation’s most senior manager to be able to document training in HSE work. This obligation is personal and may not be delegated, and the completed training must be documented in writing.
The HSE course for managers provides an introduction to the most important aspects of the HSE work, and is undertaken in accordance with the Norwegian Labour Inspection Authority’s guidelines for this type of training. A course certificate is issued upon completion of the course in order to fulfil the written documentation requirement.

The following topics are covered in the HSE course for managers:
– Introduction to the content and structure of the Working Environment Act
– Information about the Working Environment Act’s regulations
– Roles in the HSE work
– Working environment requirements
– Physical and psychosocial working environment
– How to establish, implement and maintain an HSE system at the workplace

Hovedmålet med kurset er at den som gis opplæring tilegner seg tilstrekkelige kunnskaper om sikker bruk av personløftere, slik at ulykker ved bruk unngås.

Regelverksreferanse:

F-2699 Statoil rev.

Upon completion of the Global Wind Organization (GWO) Basic Safety Training (BST), delegates will have awareness of the dangers that arise when working in the wind industry and how to control and reduce these dangers.

The course covers the requirements for training of personnel and refresher courses both onshore and offshore wind in accordance with:

- Global Wind Organization (GWO)

- Labor Inspection (Regulations)

Competence for "Working at heights" must be maintained in accordance with. guideline in the GWO standard. It shall be conducted refresher training every 2 years.

Hovedmålet med kurset er å gi deltakerne generelle kunnskaper og ferdigheter som «kompetent person» i periodisk kontroll av ass. fallsikringsutstyr.

Kurset starter med fellesteori som er en grunnleggende innføring i aktuelle lover og forskrifter og en grunnleggende innføring i sikker bruk av arbeidsutstyr. Fagdelen vil gi eleven en god teoretisk grunnopplæring i sikker bruk av masseforflyttingsmaskiner samt en god innsikt i oppbygging, virkemåte, vedlikehold og bruk.

Eleven skal gjennomføre teorimodul 1.1 (8 timer), modul 2.1 (24 timer) og  3.1 (8 timer). Dette skal gi førerne en god generell grunnopplæring i sikker bruk og praktisk forståelse for prinsippene for masseforflytningsmaskiner.

Kurset gjennomføres over 5 dager, og avsluttes med en teoretisk prøve.

Etter bestått teoretisk prøve og gjennomført grunnleggende praktisk bruk modul 3.1 + praksiskjøring 32 timer, kan praktisk prøve gjennomføres. Bestått praktisk prøve vil være grunnlag for utstedelse av kompetansebevis for fører av masseforflyttingsmaskin i valgt klasse.

Kursinnhold

- Konstruksjon

- Oppbygging

- Betjening

- Bruksegenskaper

- Bruksområder

- Sikkerhetsutstyr

- Viktige kontrollpunkter

- Vedlikehold


This course in only available in Norwegian.

LEARNING OBJECTIVES

At the end of the course, the aim is that the participant should have acquired knowledge of the principles of Dynamic Positioning.

• Set up a dynamic positioning system and have an understanding of the practical operation of associated equipment including position referencing systems
• Recognise and respond to the various alarms, warning and information messages
• Relate the DP installation to the ship’s system e.g. power supply, manoeuvring facility, available position referencing systems and nature of work
• Relate DP Operations to the existing environmental conditions of wind, sea state, current and vessel movement

CONTENT

• Definition of DP, elements of the DP system, DP systems redundancy, and Class Requirements
• Functions of the DP system, and DP principles
• Different types of DP vessels and DP operations, sensors and use of sensor inputs
• Introduction to position reference systems and the DP system’s use of position measurements
• Vessel capability, DP consequence analysis and DP capability analysis
• Thrusters and manoeuvring systems
• Power systems and Blackout Prevention
• Operational procedures for DP operation, and procedures for operating the DP system
• Study of DP incidents
• Principal use of the DP system

LEARNING PROCESS

The training will be a combination of theoretical lessons and practical exercises. During the course each participant will have his own operator station with generic DP software.

REFERENCES

IMCA Guidelines IMCA M 117, IMO MSC Circ. 738 and DNV GLST- 0023-2014-04.

CERTIFICATE

Certification of attendance will be issued upon successful completion of the course.

Hovedmålet med kurset er at den som gis opplæring tilegner seg tilstrekkelige kunnskaper om sikker bruk av traverskraner, slik at ulykker ved bruk unngås.

Regelverksreferanse:

Modul 2.7 - 3.7 - 4.7

This course includes all subjects needed to prepare candidates for the rotary drilling well control exam, surface and subsea BOP stack on driller level (Level 3).

This course includes all subjects needed to prepare candidates for the rotary drilling well control exam, surface and subsea BOP stack at supervisor level (Level 4).

A printed course manual and exercise book is provided for all attendees. The IWCF exam is included in the course.

The course has been made on basis of the recommendations for enhancements to well control training, issued by the International Association of Oil & Gas Producers (OGP).

Course Content

- Kick prevention

- Shut in procedures

- Well control methods

- Kill sheet calculations

- Practical simulator training

- Circulation methods

- Practical simulator assessment

- IWCF written exam on the last day (Friday)

Please note! The course is in Norwegian, however you have the option to select the exam language to be English

This course is a mandatory retraining course according to NORSOK R003 to provide G5 crane operators with knowledge, understanding and skills in emergency situations of crane operations. The course includes in-depth exercises on a full scale DNV GL Class A crane simulator, supported by a program of lectures and instruction.

The course can be adapted to suit company specific needs, i.e. by using company specific loading/unloading procedures.

The course will enable the participants to handle normal  as well as critical operations i.e.

- Communication
- Planning
 -Use of crane emergency equipment
- Various lift operations under pressure
- Choice of correct actions if unwanted incidents occur

Theory:

- Laws and regulations 
- The safety functions of the crane 
- The safe operation of offshore cranes
- Human factors

Simulator exercises: 

- Operational limitations of crane operations 
- Communication during crane operations 
- Preparation and planning of crane operations 
- Internal transport on the installation 
- Loading and unloading supply vessels 
- Transport of personnel 
- Crane operation on various installations (fixed/floating)

Objective: The purpose of the training is to provide the prospective winch operator with a good theoretical basic training in the safe use of winches with associated equipment.

The training gives participants good insight into the principles of electric, pneumatic and hydraulically driven winches' design, operation, use and maintenance, so that accidents in connection with winch operations are avoided.

Content:

• Introduction

• Construction and operation

• Name of components

• Certification, marking

• Coil devices, safety equipment

• General safety rules and emergency procedures

• Correct and incorrect use of winches

• Restrictions on use

• Inspection, maintenance and disposal rules for winches, wire ropes, blocks, etc.

• Theoretical exam

Managers are expected to achieve strategic goals by making the best business judgments possible using limited resources. To do this successfully, they need to be able to budget and forecast. Forecasting is the process of analyzing historical data along with market, economic, and industry trends to make good financial and business decisions. We’ll review the role forecasting plays in constructing different kinds of budgets, avoiding common budget pitfalls, and planning for “what-if” scenarios.

• Identify the types of forecasting    

• Infer budgeting basics    

• Manage pitfalls   

• Planning for other scenarios

Proper handwashing means scrubbing hands with soap and water for at least 20 seconds, according to the Centers for Disease Control and Prevention.

The modern workplace is often thought of as a strictly professional, rational, logical environment. Cooperation is key--personal opinions and emotions must be put aside in the name of teamwork, which may be easier said than done! No one can expect to connect with fellow colleagues the way they do their own friends or family members. One crossed word or bad mood can damage corporate relations, sometimes irreparably. The uncertainty of the business environment of today, and resulting stress that follows only adds to the pressure workers feel in performing their level best. Feeling overworked and overwhelmed is natural in the workplace, especially when it comes to dealing with change.   The purpose of this course is to illustrate ways you can overcome the emotional barriers you may face in the workplace. This course will guide you through various exercises and give you tips to help you manage your emotions at work so you can perform to the best of your abilities.

Presentation

This training course provides general information on the ship’s propulsion system and its main components, the Rules’ requirements for design and survey of propeller and shaft installations, the requirements and methodology for the assessment on board of shaft alignment, and an overview of tailshaft survey requirements.

Objectives

On completion of the training, students will be able to:

Know the main propulsion shaft components

Understand the design requirements for propellers and propeller shafts 

Get familiar with the arrangements and installation on board of propellers and propeller shafts

Understand the main requirements for shaft alignment

Understand the survey requirements for propeller shafts and other propulsion systems.

Program

Main components of propulsion shafting

Design and construction of propulsion shafting

o Rules requirements

o Shaft alignment software

o Documentation to be submitted

o Materials

o Couplings

o Scantlings

o Lubrication system

Arrangement and installation – Shaft alignment

o Alignment calculation

o Shaft alignment sighting

o GAP and SAG method

o Bearing loads

o Alignment checking after chocking

Material tests, workshop inspections and testing, certification

Propellers

o Classification requirements

o Propeller types

o Geometry of propeller

o Materials

o CPP control system

o Arrangement and installation

o Testing and certification

Tailshaft surveys

o Survey schemes

o Periodicity

o Scope of surveys for traditional propeller shafts

o Scope of surveys for other propulsion systems

Certificate

On completion of the training program, the student will be awarded:

A Certificate of Propeller and Shaft Installations, issued by Bureau Veritas Solutions Marine & Offshore.

The Certificate of Propeller and Shaft Installations is obtained after completion of the course and passing the online test.

Provided in association with Astutis, approved centre 1857.

IOSH Managing Occupational Health and Wellbeing course will provide managers with the practical advice and tools to help create a healthy and productive workplace.

IOSH Managing Occupational Health and Wellbeing is targeted at line managers and offers them practical advice to manage health risks and understand their responsibilities for the health and wellbeing of staff.  It equips line managers with the basic tools and techniques to play their part in improving health and wellbeing across their organisation.

The course is split into 4 modules and covers:

• Importance of managing workplace health and wellbeing

• Health risk management

• Fitness for work and the need to manage changes in the health status of employees

• The business value of promoting a wellbeing programme

Presentation

This training course provides an overview of the different techniques employed for non-destructive tests (NDT) of materials and welding, their objectives and principles.

Objectives

On completion of the training, students will be able to:

Know the objectives and principles of the various non-destructive testing methods.

Differentiate NDT methods regarding application selection and physical principles.

Understand the evaluation process referred to the testing procedure.

Be familiar with the reliability of the various NDT methods.

Program

Definitions and terminology

Role of non-destructive testing

NDT methods

Systematisation of NDT methods

o Visual testing

o Penetrant testing

o Magnetic particles testing

o Radiographic testing

o Ultrasonic testing

Evaluation of NDT findings

Indications and flaws

Acceptance criteria

Reliability of NDT

Probability of detection

NDT operators certification

Certificate

On completion of the training program, the student will be awarded:

A Certificate of Introduction to NDT, issued by Bureau Veritas Solutions Marine & Offshore.

The Certificate of Introduction to NDT is obtained after completion of the course and passing the online test.

Presentation

This training course provides a general overview of the requirements of the International Load Lines Convention and the conditions of assignment of load lines.

Objectives

On completion of the training, students will be able to:

Know the general requirements of the International Load Lines Convention and understand the conditions of assignment of load lines.

Know the different types of surveys; understand the scope of each survey and the certificates, records and documents associated with the Load Lines Convention.

Know the most common deficiencies and PSC detainable items in connection with the Load Lines Convention.

Program

History of Load Lines Convention

Purpose of the Convention

Definitions

Freeboard calculation

Load line marks

Conditions of assignment

o Information to be supplied to the Master

o Doors

o Cargo and other hatchways

o Machinery space openings and miscellaneous openings

o Ventilators and air pipes

o Scuppers, inlets and discharges

o Scuttles and windows

o Freeing ports

o Protection of crew

o Special conditions of assignment for Type A ships

Special requirements for ships assigned with timber freeboards

Certificates, records and other documents

Scope of Load Line surveys

o Initial survey

o Annual survey

o Renewal survey

Common PSC deficiencies related to Load Lines

o PSC statistics

o Detainable deficiencies

Certificate

On completion of the training program, the student will be awarded:

A Certificate of Load Lines, issued by Bureau Veritas Solutions Marine & Offshore.

The Certificate of Load Lines is obtained after completion of the course and passing the online test.

If you always do what you always did,  you will always get what you always got

- Albert Einstein 

Innovation by itself is a challenging and draining process. The unpredictability of the results of innovation adds to the stress of the innovator or innovation teams. Combining the task of innovation with a predictable process helps ease out the difficulties. This lesson focuses on the six areas which can be included in your innovation plan framework that will help you conduct the innovative team building activities in a constructive manner. You will also be in a position to identify the innovation roles and appoint the right persons to promote a flawless innovation process. Organizations that innovate new concepts using the correct framework and processes can ensure consistent industry growth. Take this lesson to learn about building innovation teams.

• Identify the six areas to include in your innovation framework 

• Describe and assign innovation roles to persons in the organization 

• Build innovation teams that drive success

Various masks: Procedural Mask vs Surgical Mask

Presentation

This training course describes the various components of a shaft line and the different types of shafts and their couplings, the importance of shaft alignment and the various methods utilized for shaft alignment. The course provides also a brief introduction to the vibrations that may affect the shaft lines.

Objectives

On completion of the training, students will be able to:

Get familiar and understand the components of a shaft line, know the types of shafts and their couplings, understand the protection required and the shaft line components scantlings and get familiar with the required tests and certification of shaft lines.

Understand the importance of shaft alignment and the factors influencing the alignment, know the different alignment methods currently employed and understand the shaft alignment issues for installations other than the main shafting line.

Understand the different types of vibrations that may affect shaft systems, know the general principles of torsional and axial vibrations and get familiar with the vibration control methods and vibration tests and measurements

Program

Module 1 - Shaft Lines and Propeller

Shaft line components: Shafts, shaft liners, propellers, propeller cap, shaft and intermediate bearings, stern tube, stern tube bushes and seals

Couplings: Flanged couplings, hydraulic couplings, flexible couplings

Design and construction: Propeller shaft key and keyway, shaft materials, couplings materials, coupling bolts, shaft scantlings, shaft monitoring

Inspection and certification: Inspections during construction, material tests, hydrostatic tests, certification, sea trials

Module 2 – Shaft Alignment

Introduction

Alignment calculation

Required information

Factors influencing the alignment: Draught, buoyancy, rigidity of the bearing base, temperature

Alignment methods: Gap and sag method, sighting method, jack-up method, strain gauge method

Alignment verification on board

Shafts for other installations: Alignment techniques, preparation, types of misalignment, alignment methods

Module 3 – Shaft Vibrations

Torsional vibrations

Rules requirements

Vibration damper

Barred speed range

Required documentation

Calculation principles

Axial vibrations

Vibration control and tests

Certificate

On completion of the training program, the student will be awarded:

A Certificate of Shaft Alignment, issued by Bureau Veritas Solutions Marine & Offshore.

The Certificate of Shaft Alignment is obtained after completing the course and passing the online test.