Facebook Twitter Linkedin
+91 484 2343590

Tag Archives: NEBOSH




The Institution of Occupational Safety and Health (IOSH) is a British organization for health and safety professionals.

The IOSH Managing Safely Certificate Course focuses on specially training the managers.

And supervisors of any organization.

The course helps them comprehend and adopt high standard occupational health and safety principles.

Practices in their particular work culture. In order to do the course call us.
Designed for managers and supervisors in any sector and in any country.
Certainly it Provides the knowledge and tools required to manage safely.
Peace of mind from training that’s designed and quality-controlled by us
Flexibility of delivery that suits your business.
Because of this course being UK certification, it is Internationally recognized and respected certification.
Efficient and effective learning – health, safety and environmental basics covered in a single program me
Memorable and thought-provoking facts and case studies.
Modules backed by clear examples and recognizable scenarios.
Summaries to reinforce key points
Checklists and materials supplied for subsequent use in the workplace.
Interactive quiz and discussions
Practical exercise based on the operations of a real business.
Successful delegates awarded a Managing Safely certificate.

Top 5 business benefits

Greater productivity – fewer hours lost to sickness and accidents.
Improved organisation-wide safety awareness culture and appreciation of safety measures.
Active staff involvement to improve the workplace.
Internationally recognized certification for managers and supervisors. Because of this course recognition it is advised to do this course

Top 5 delegate benefits

Ensures you can assess and control risks and hazards.
4 Days course

An ISO 9001:2008 Certified – Environment Health and Safety Training Institute 
IOSH|NEBOSH|BSC|MFA|OHSAS|IADC Rigpass. Accredited center @ Kochi
First Floor, Suprans Arcade, Aishwarya Road,
Opposite to Kaloor International Stadium. Palarivattom(PO), Ernakulam – 682 025
Phone : 0091 484 2343590
Mob : 91 94 476096 17, 85 928593 85
Email : info@asheinstitute.com, ashei.neena@gmail.com
Web : www.asheinstitute.com

Read More
OHSAS 18001 Auditor Migration to ISO 45001: 2018 course!

OHSAS 18001 Auditor Migration to ISO 45001: 2018 at ASHEI


OHSAS 18001 Auditor Migration to ISO 45001: 2018!

Next batch commencing soon. Registration started…
First of all IRCA Auditor courses are the accepted bench mark for management systems auditor training (www.irca.org). Also ISO 45001 is effective OHSMS which is implemented in 2018, finally.

Who will benefit?

  1. Management Representatives, OHSAS/Safety Consultants.
  2. ISO / TQM consultants, Health and Safety consultants
  3. Fire& Safety officers.
  4. Personnel from Institutions / Companies aiming for and working towards Safety Certification
  5. Students / Job Seekers in Safety field / Career development


Learning Objectives

Consequently there are eight learning objectives describe in outline to cover. Furthermore delegates shall be able to cover these objectives in one day. Because it is migration, delegates will need to demonstrate acceptable performance in all those areas. In order to complete the course successfully, the eight learning objectives are as follows:
Firstly understand the scope and fields of application of the OH&S management systems and standards and where applicable, other criteria and standards against which an audit could be performed
Secondly understand the techniques available, process and principles of risk assessment and their significance in the process of self-regulation for all OH&S requirements.
Thirdly identify the requirements of the OH&S management system standards against which an audit is to be performed.
4. Explain the differences between the OH&S management system standards and the international standards for Quality and Environmental Management Systems.
5. Describe the roles and responsibilities of Auditors and Lead Auditors in the context of OH&S management systems audits.
6. Explain the rationale supporting the implementation of OH&S management systems or the integration of OH&S requirements into existing management systems.
7. Plan, prepare, perform and report both verbally and in writing an audit of the management and operation of an organization in accordance with the requirements of established relevant audit criteria.
Finally collect and analyze evidence, exercising objectivity, and make and communicate decisions of the significance of observations made

The delegates will be issued ISO 45001 certification as  a result, so they will be qualified to become lead auditor in this standard.
Course Period 1 Day

Start Time 09:00; Finish Time 18:00

Exam There is a 1hoursClose book exam on the final day (pass mark 70%)

Read More

Command word & Definition

Command words  are  important to note while writing the examination.


– To give reference to an item, which could be its name or title.

NB: normally a word or phrase will be sufficient, provided the reference is clear.


– To provide short, factual answers.

NB: normally a single word, phrase or sentence will be sufficient.


 – To indicate the principal features or different parts of.

NB: an exhaustive description is not required. What is sought is a brief summary of the major aspects of whatever is stated in the question.


 – To give a detailed written account of the distinctive features of a subject. The account should be factual, without any attempt to explain.

When describing a subject (or object) a test of sufficient detail would be that another person would be able to visualize what you are describing.


– To provide an understanding. To make an idea or relationship clear.

NB: this command word is testing the candidate’s ability to know or understand why or how something happens. Is often associated with the words ‘how’ or ‘why’.

Responding to command words in questions

It is important to read the whole question and to understand what the question requires as the command word on its own will need to be reinforced by the remainder of the question.

Many candidates miss out on gaining marks because they do not read the question carefully enough and do not think about their answer thoroughly before writing it down.

Candidates need to think about each question.

• Firstly, What is the command word?

•Furthermore, What do I need to say to gain marks?

•Finally, What is or is not relevant to the question?

In many cases a brief answer plan is an essential aid to ensuring that answers are well thought out and structured.

NEBOSH applies a ‘positive marking’ approach; that is, marks are awarded for correct material in candidates’ answers, rather than being deducted for incorrect or missing material.

In order to give further direction as to the detail of information required by the command word in a question, examples are given below both for general knowledge and for the IGC1 syllabus.


Applying identify to a non-syllabus related common subject:

Q1. Identify FOUR kitchen appliances.

Q2. Identify FOUR types of bicycle.

Sufficient answers would include:

A1. Toaster

Electric kettle

Microwave cooker


A2. Mountain bike

Racing bike



Note that giving only one or two word answers provides a clear reference and therefore is sufficient to satisfy an identify question.

Applying identify to syllabus subjects:

Sufficient answers would include:

Identify FOUR hazards associated with excavations.

Collapse of the sides

Water ingress

Falling materials

Underground services

Identify FOUR mechanical hazards associated with machinery.


Drawing in and trapping

Friction or abrasion

Stabbing or puncture

Identify FOUR types of safety sign.

Prohibition signs

Warning signs

Mandatory signs

Emergency or safe condition signs

Again, answers are limited to a brief phrase or in some cases just two words but do give clear reference.


To gain the marks for the outline example questions below, the same breadth of answer is required as for an identify answer, but now, additional information will be required to satisfy the depth of an outline.

Applying outline to the same non-syllabus subjects:

Sufficient answers would include:

Outline FOUR kitchen appliances.


• Accommodates slices of bread, ejects as toast when ready.

Electric kettle

• 1 to 2 litre capacity, boils water. Can be cordless.

Microwave cooker

Heats food rapidly using short wavelength radio waves.


• Dirty tableware placed in baskets. Mixture of high pressure water and detergent automatically cleans.

Outline FOUR types of bicycle.

Mountain bike

• Robust bicycle with deep tread tyres, suspension and several gear choices.

Racing bike

• Lightweight frame with drop handlebars and maybe fixed gearing.


• Vintage device with very large front wheel and small rear wheel.


• Bicycle designed for two people with two seats and two sets of pedals.

Applying outline to the same syllabus subjects:

Sufficient answers would include:

Outline FOUR hazards associated with excavations.

Collapse of the sides

• Unsupported trench or incorrect angle of the sides.

Water ingress

• Through heavy rain or burst water main.

Falling materials

• Spoil dug from excavation or materials and tools stored at ground level could fall in.

Underground services

• Contact or rupturing of electricity, gas or water utilities.

Outline FOUR mechanical hazards associated with machinery.


• On rotating parts.

Drawing in and trapping

• Between counter rotation rollers, or pulley belts and wheels.

Friction or abrasion

• Contact with fast moving surfaces.

Stabbing or puncture

• From ejected objects or flying objects.

Outline FOUR types of safety sign.

Prohibition signs

• Circular with red border, red diagonal bar and black symbol.

Warning signs

Triangular, yellow background, black border and symbol.

Mandatory signs

• Circular, blue background, white border and white symbol.

Emergency or safe condition signs

• Rectangular, green background, white border and white symbol.

Again, the identify answer (shown in bold) gives the breadth required and the additional information given in the bullet point satisfies the required depth for an outline.


Applying describe to the non-syllabus subjects:

Sufficient answers would be:

Describe a microwave cooker.

An oblong box shaped object, approximately 30cm tall, 30cm deep and 60cm long. There is a single hinged door at the front, typically see through. The door opens outwards and inside there is a space to place a plate or dish and a microwave transmitter is located above. Outside, on the front there will be normally two controls to set the power and cooking time.

Describe a penny-farthing bicycle.

A manually propelled vintage bicycle consisting of a very large wheel at the front and a much smaller wheel at the back. The wheels are connected by a frame that supports a seat above the front wheel and handlebars to steer. Pedals are connected directly to the centre of the front wheel.

Applying describe to a syllabus subject:

Describe the mechanical hazards associated with abench grinder.

An entanglement hazard would be associated with the rotating spindle that the abrasive wheel is mounted on. Drawing in and trapping is associated with the gap between the tool rest and the rotating abrasive wheel. Friction or abrasion hazards would be associated with the surface of the rotating abrasive wheel and stabbing or puncture hazards could be created by flying fragments or pieces of ejected broken wheel.

In all of the describe answers above, no attempt is made to explain how a microwave cooker heats food, why the front wheel of a penny-farthing is so much larger than the rear wheel or how a person could be injured using an abrasive wheel.


Applying explain to a non-syllabus subject:

Sufficient answers would include:

Explain how a microwave cooker heats up food.

The frequency of microwaves used in a microwave cooker is sufficient to cause water molecules in food to vibrate. Vibrating molecules hit other water molecules and put them into the same vibration and therefore this vibration of molecules is converted into heat.

Explain why there is a very large front wheel on a penny-farthing.

By having a large front wheel, the peripheral (rim speed) of the wheel is much faster than the rotation of the pedals at the centre. This results in faster forward speed per pedal rotation. Also a larger wheel is more suitable for riding on cobbled streets or rough ground.

Applying explain to a syllabus subject:

Explain how sensitive protective equipment (trip device) can reduce the risk of contact with moving parts of machinery.

Sensitive protective equipment is designed to identify the presence of a person or body part within the danger zone of machinery. Examples of such devices include pressure mats and light beams that are connected to the machine controls and would stop the machine rapidly should a person or body part be detected.


Applying give to a non-syllabus subject:

Identify FOUR European cities AND give an example of a tourist attraction in EACH.

London – eg Buckingham Palace

Paris – eg Eiffel Tower

Pisa – eg Leaning Tower

Rome – eg Colosseum

Applying give to a syllabus subject:

Identify FOUR types of safety sign AND give an examplein EACH case.

Prohibition signs – eg No smoking

Warning signs – eg Caution hot surface

Mandatory signs – eg Wear ear protection

Emergency or safe condition signs – eg first-aid box


1st Floor, Suprans Arcade, Aiswarya Road, Opposite to Kaloor International Stadium, Palarivattom, 682025

Reach us on 9745126655, 8592859385


Read More


Silica dust, often referred to as quartz, is a very common mineral. It is found in many materials common on construction sites, including soil, sand, concrete, masonry, rock, granite, and landscaping materials.

The dust created by cutting, grinding, drilling or otherwise disturbing these materials can contain crystalline silica particles.

These dust particles are very small. You cannot see them. This reparable silica dust causes lung disease and lung cancer. It only takes a very small amount of airborne silica dust to create a health hazard.


Crystalline silica is a common mineral in the earth’s crust, and is found in many types of rock including sand, quartz, and granite. Silica is present in both work and non-work environments, and exposure to crystalline silica dust has long been known to cause a disease called silicosis. When you inhale crystalline silica the lung tissue reacts by developing fibrous tissue around trapped silica particles. This condition of the lung is called silicosis.

Due to the extensive use of concrete and masonry products in buildings today, construction workers have a potential exposure to crystalline silica. Operations such as dumping of rock, jack hammering, abrasive blasting, sawing, drilling or demolition of concrete and masonry structures are some of the activities that could produce this exposure.

Silica sand or other substances containing more than 1% crystalline silica should never be used as abrasive blasting materials. Where silica exceeds 1% of the content, less hazardous materials should be substituted. In addition, always follow safe work practices when there is possible exposure to silica dust.

What are the symptoms of silicosis?

Silicosis is classified into three types: chronic/classic, accelerated, and acute. Chronic/classic silicosis, the most common, occurs after 15–20 years of moderate to low exposures to repairable crystalline silica.

Symptoms associated with chronic silicosis may or may not be obvious; therefore, workers need to have a chest x-ray to determine if there is lung damage. As the disease progresses, the worker may experience shortness of breath upon exercising and have clinical signs of poor oxygen/carbon dioxide exchange. In the later stages, the worker may experience fatigue, extreme shortness of breath, chest pain, or respiratory failure. Accelerated silicosis can occur after 5–10 years of high exposures to reparable crystalline silica. Symptoms include severe shortness of breath, weakness, and weight loss. The onset of symptoms takes longer than in acute silicosis.

Acute silicosis occurs after a few months or as long as 2 years following exposures to extremely high concentrations of repairable crystalline silica. Symptoms of acute silicosis include severe disabling shortness of breath, weakness, and weight loss, which often leads to death.

Where are general industry employees exposed to crystalline silica dust?

The most severe exposures to crystalline silica result from abrasive blasting, which is done to clean and smooth irregularities from molds, jewelry, and foundry castings, finish tombstones, etch or frost glass, or remove paint, oils, rust, or dirt form objects needing to be repainted or treated. Other exposures to silica dust occur in cement and brick manufacturing, asphalt pavement manufacturing, china and ceramic manufacturing and the tool and die, steel and foundry industries.

Crystalline silica is used in manufacturing, household abrasives, adhesives, paints, soaps, and glass. Additionally, crystalline silica exposures occur in the maintenance, repair and replacement of refractory brick furnace linings. In the maritime industry, shipyard employees are exposed to silica primarily in abrasive blasting operations to remove paint and clean and prepare steel hulls, bulkheads, decks, and tanks for paints and coatings.

What can employers/employees do to protect against exposures to crystalline silica?

■ Replace crystalline silica materials with safer substitutes, whenever possible.

■ Provide engineering or administrative controls, where feasible, such as local exhaust ventilation, and blasting cabinets. Where necessary to reduce exposures below the PEL, use protective equipment or other protective measures.

■ Use all available work practices to control dust exposures, such as water sprays.

■ Wear only a N95 NIOSH certified respirator, if respirator protection is required. Do not alter the respirator. Do not wear a tight-fitting respirator with a beard or mustache that prevents a good seal between the respirator and the face.

■ Wear only a Type CE abrasive-blast supplied-air respirator for abrasive blasting.

■ Wear disposable or washable work clothes and shower if facilities are available. Vacuum the dust from your clothes or change into clean clothing before leaving the work site.

■ Participate in training, exposure monitoring, and health screening and surveillance programs to monitor any adverse health effects caused by crystalline silica exposures.

■ Be aware of the operations and job tasks creating crystalline silica exposures in your workplace environment and know how to protect yourself.

■ Be aware of the health hazards related to exposures to crystalline silica. Smoking adds to the lung damage caused by silica exposures.

■ Do not eat, drink, smoke, or apply cosmetics in areas where crystalline silica dust is present. Wash your hands and face outside of dusty areas before performing any of these activities.

■ Remember: If it’s silica, it’s not just dust.


1st Floor, Suprans Arcade, Aiswarya Road, Opposite to Kaloor International Stadium, Palarivattom, 682025

Reach us on 9745126655, 8592859385


Read More
Safety Glasses Work

Safety Glasses Work

Eye injuries are 100 percent preventable.

Your eyes are very delicate, made of thin tissues that can’t take much damage. You can’t blink fast enough to prevent an injury. Significant surgeries are required when serious damage occurs. Shavings, grindings and other particles can fly at high velocities into the eye.

1. Safety glasses are a barrier between your eyes and flying objects.

2. If there is ANY CHANCE of a flying object, wear protective eyewear.

3. Use ANSI-approved safety glasses.

4. Wear eye protection when grinding, buffing, cutting, sawing, chipping and using chemicals.

5. Bad eye injuries will require significant surgery, and at least some loss of vision will most likely result.

1st Floor, Suprans Arcade, Aiswarya Road, Opposite to Kaloor International Stadium, Palarivattom, 682025

Reach us on 9745126655, 8592859385


Read More
Atmospheric Testing in Confined Space

Atmospheric Testing in Confined Space

Atmospheric testing is required for two distinct purposes: evaluation of the hazards of the permit space and verification that acceptable conditions exist for entry into that space.

A confined space is one that is large enough to enter and perform assigned work in; it has limited or restricted ways to enter or exit the space; and it was not designed to be occupied continuously by a worker.

Evaluation testing

The atmosphere within a confined space must be tested using equipment that is designed to detect the chemicals that may be present at levels that are well below the defined exposure limits. Evaluation testing is done to:

• determine what chemical hazards are or may become present in the space’s atmosphere, and

• identify what steps must be followed and what conditions must be met to ensure that atmospheric conditions are safe for a worker to enter the space.

The testing results and the decisions about what steps must be followed before entry must be evaluated by, or reviewed by, a technically qualified professional

The technically qualified professional must consider all of the serious hazards in his/her evaluation or review.

A permit space is a confined space that has one or more of the following features: it has or may contain a hazardous atmosphere; it contains a material that can engulf a person who enters; it has an inside design that could trap or asphyxiate a person who enters (inwardly converging walls, or a floor that slopes downward to a smaller section); or it has any other serious safety or health hazards.

Verification Testing

Before a permit space that may have a hazardous atmosphere can be entered, the atmosphere must be tested using the steps identified on the permit (developed during evaluation testing).

Verification testing is done to make sure that the chemical hazards that may be present are below the levels necessary for safe entry, and that they meet the conditions identified on the permit. Test the atmosphere in the following order: (1) for oxygen, (2) for combustible gases, and then (3) for toxic gases and vapors.2 The testing results — the actual test concentrations — must be recorded on the permit near the levels identified for safe entry.

Duration of Testing

For each test required on the permit, you must allow enough time for the air from the space to be drawn into the equipment and for the sensor (or other detection device) to react to the chemical if it is present. This is considered the “minimum response time” and it will be noted by the manufacturer in the operator’s manual.

Be aware that you will need to add time to this “minimum response time” if you have attached hosing or a probe extension to the inlet. The additional time is needed to allow the air from the different depths of the space to be pulled into the equipment inlet.

Testing Conditions in Spaces that May Have Layered Atmospheres

For permit spaces that are deep or have areas leading away from the entry point, the atmosphere may be layered or may be different in remote areas. For these spaces, testing must be done in the area surrounding the worker, which is considered four (4) feet in the direction of travel and to each side. If a sample probe is used to do the testing,then the worker must move slowly enough so that testing is completed, keeping the equipment “response time” in mind, before he/she moves into the new area.

Retesting the Space During Entry or Before Re-Entry

Test the permit space routinely to make sure that the atmospheric conditions continue to be safe for entry.


1st Floor, Suprans Arcade, Aiswarya Road, Opposite to Kaloor International Stadium, Palarivattom, 682025

Reach us on 9745126655, 8592859385


Read More


Read More
Carefulness costs you nothing. Carelessness may cost you your life. NEBOSH IGC, BSC IDIP, ISO 45001 @ Affordable rate. Registration Open now. Dial 8606108000 9447609617
H2S Awareness Training @ ASHEI


H2S Awareness Training

Course Overview

ASHE Institute is an accredited organisation to IADC (USA) for its Rigpass, only provider in Kerala.
H2S Awareness training is four-hour Basic H2S Training course conducted and certified by ASHEI. Aimed at all personnel who risk exposure to hydrogen sulphide contamination at work. The training covers the detection and measurement of the flammable gas, plus the correct emergency response to an H2S leak. Basic H2S Training certification should be revalidated every two years.
This training helps fulfill the training requirements of OSHA 29 CFR 1910 and 1926, ANSI Z390.1, Accepted Practices for Hydrogen Sulfide (H2S) Training Programs, and other regulatory standards.


Course Structure

The course includes theoretical input, demonstrations and practical exercises coupled with a written examination for delegates to demonstrate an acceptable level of competence.


Course Content

The syllabus focuses on:
• Actions to be taken in the event of an alarm
• Common definitions: PPM, WEL
• How H2S is detected and the use of onsite and personnel detection equipment
• H2S gas, it’s common name where it can be ordinarily found
• Measurement and the WEL of H2S
• Physical properties and characteristics of H2S
• Physiological effects of exposure to H2S
• Role of the emergency response teams in an H2S emergency
• Types of respiratory equipment available including escape breathing apparatus and self-contained breathing apparatus
• Importance of a correct facemask fit


Course Duration : 4 hours

Prerequisites : None.

Target Audience : This course is intended for personnel working in an environment that could become contaminated by H2S gas.

Certification : ASHEI – approved certification will be issued on successful completion of the course.

Revalidation : Every two years

Items to bring : Photographic ID

For further details call on : 9447609617, 8606108000

Read More
WhatsApp Group – Safety First Duty Next…….. Join Now

Join here for our WhatsApp Group

Safety First Duty Next” for Safety Jobs and Other Safety News……………..

Safety First Duty Next

Message on : 8593913939 


Goto Link :   https://chat.whatsapp.com/5gNAVb07lnaBZVSaZKoMpK

Crash courses for Engineering candidates..
Join ASHEI… Be a certified Safety Professional.
Registration going on for May batch. Few seats available. Last days……………………..

Safety First Duty Next
An ISO 9001:2008 Certified – Environment Health and Safety Training Institute
IOSH|NEBOSH|CIEH|IADC Rigpass Accredited center @ Kochi
First Floor, Suprans Arcade, Aishwarya Road,
Opposite to Kaloor International Stadium,
Palarivattom(PO), Ernakulam – 682 025
Phone : 0091 484 2343590
Mob : 91 85 928593 85 , 9447609617
mail: info.ashei@gmail.com

Read More
Rolling Ladder Safety

Rolling Ladder Safety

Rolling ladders and stairways are found in many warehouses, retail outlets and storage
facilities. Drivers of trucks also use rolling ladders in fire stations and truck stops to clean
windshields and service the tops of their trucks. Rolling ladders are made of lightweight
tubular steel that is welded to large steps, usually made of expanded steel treads. Rolling
ladders vary in height from short, two-step models to tall, twelve foot models. Review
these safety tips:

Each year , accidents involving ladders cause an estimated 300 deaths and 130,000 injuries
requiring emergency medical attention.
Ladder accidents usually are caused by improper selection, care or use, not by manufacturing defects.
Some of the more common hazards involving ladders, such as instability, electrical shock, and falls,
can be predicted and prevented.  Prevention requires proper planning, correct ladder
selection, good work procedures and adequate ladder maintenance.

Click to watch a video :  https://www.youtube.com/watch?v=nCNiNmP2l2I
Survey the area for overhead power lines before
setting up and climbing ladders.
Inspect ladders before climbing.
Never use a damaged or unsafe ladder.
Verify ladder capacity before climbing.
Don’t use them for anything other than the job
they’re intended to do.
Never stand on the top two steps of a stepladder,
and don’t use a step ladder as a straight ladder.
Raise extension ladders 3 feet (3 or 4 rungs) over the
landing area.
Tie off / secure extension ladders to prevent tip over
or kick out.

Keep rolling ladders in good mechanical condition.
Rolling ladders that are stored outside should be protected from rain, snow and ice.
Rolling ladders that are stored outside should be inspected regularly for rust and corrosion.
Inspect rolling ladders before use.
Rolling ladders that have been damaged or “sprung” must be removed from service.
Rolling ladders that have missing rubber “feet” should have them replaced.
Rolling ladders should be climbed facing the ladder – not facing outward.
Climb rolling ladders using 3-point contact – do not carry loads that are too bulky or heavy.
Do not over reach – could cause ladder to tip.
Do not stand on the hand rails.
Do not move an occupied ladder.
Never stand with one foot on the ladder and the other on an object such as shelving.
Do not set up rolling ladders in areas where doors could swing open into the ladder.
Avoid setting up rolling ladders in direct proximity to forklift or vehicle traffic.
Do not tamper with or modify ladders.
Remove tools, equipment or boxes before moving a rolling ladder.
Use the step brake / lock if equipped.
Consider tying off / securing the rolling ladder if tipping is a concern.
Do not attempt to gain additional height by standing on boxes or buckets atop rolling ladder platforms.
Submit ladder maintenance requests / safety concerns in writing.

Click to watch a video : https://www.youtube.com/watch?v=H-2eEdyIGR0


Join ASHEI… Be a certified Safety Professional.
Registration going on for May batch. Few seats available.
An ISO 9001:2008 Certified – Environment Health and Safety Training Institute
IOSH|NEBOSH|CIEH|IADC Rigpass Accredited center @ Kochi
First Floor, Suprans Arcade, Aishwarya Road,
Opposite to Kaloor International Stadium,
Palarivattom(PO), Ernakulam – 682 025
Phone : 0091 484 2343590
Mob : 91 85 928593 85 , 9447609617


Read More