In the period of a different phase of life, systems, equipment, and explosive containing systems mandatorily require different safety levels. The planners, manufacturers, and operators are considered to take the responsibility for the constant monitoring of the state of legal and safety needs. The safe technologies for the protection of explosive activities are regularly being standardized and developed. Experts for technology in safety assessments are bound to remain on the top for the implementation of innovations on behalf of international standards promptly. People who have basic background knowledge, experience, and qualifications in the protection of explosive activities which has the major focus of attention and the path for assuring safety during the process of developing, planning, approving, testing, and maintaining systems, equipment, and components. Hazardous locations are explained as the places, buildings, etc. where explosion or fire hazards tend to exist because of the presence of flammable items such as vapors, gases, liquids, dust, or easily ignitable fibers. Flammable vapors, gases, and other dust components have the existence everywhere, but in very minimal quantities. So, the presence of combustible dust, gases, and vapors is not always said a hazardous location. The concentrations and quantities need to be accurate to represent a potential explosive hazard. The subject codes deal with the types of harmful locations areas that do not make deal with entities like, high explosives for example; dynamite, fireworks, and munitions. Other laws and legislations deal with areas deal with specific areas that involve these materials. The evolution of harm-containing location codes and standards of electrical worldwide has been taken in two different paths.
We are offering students with the concepts and strategies on Advanced Diploma of Engineering- Explosion Protection and introduces you with the regulatory framework which includes the process of creating execution plans and how it is communicated. We will take you through practical knowledge and skills which are important for strategic analysis and implementing plans for better management. We will develop an understanding of the different techniques involved in creating these plans and types of analysis and reporting. The units provided in the course will make you understand the basic concepts related to project management and how it is implemented and run, what are the acts and regulations behind it.
The standard precaution for infection control includes the following:
Emergency management includes the following procedures:
Manual handling
Incident reporting
National standards and policies on Prevention and control of infections at workplaces are,
More prominent risks are as follow: 1. Exposure to hazardous substances can cause health risks 2. Depletion in the growth of the company 3. Serious damage to health |
The given course covers all the management and assessment part of the risk which is associated with hazardous design, areas and evaluate the explosion potency and protection aspects of the instrument and electrical systems, providing with explosion-protection technical advice and installations related to protection from explosions. There is no legislation, licensing, or certification needed for the application to this course during the time of publication.
Type of Units |
Points/Credits |
Core Units |
840 |
Elective Units |
380 |
Core Units
Unit Code |
Description |
Points |
UEECD0004 |
Application of material science |
60 |
UEECD0003 |
Application of community and industry standards related to the engineering activities |
20 |
UEECD0010 |
Production and compilation of an energy sector report |
60 |
UEECD0005 |
Application of physics |
60 |
UEECD0014 |
Development of designs for projects related to electrotechnology |
40 |
UEECD0024 |
Monitoring and implementation of WHS procedures and policies in the energy sector |
20 |
UEECD0017 |
Establishment of a competency plan for the development of the electrotechnology department |
120 |
UEECD0026 |
Risk management in electrotechnology related activities |
60 |
UEECD0056 |
Application of different methods for the maintenance of current of the developments in the industry |
20 |
UEECS0033 |
Application of engineering software on private systems |
40 |
UEERE0013 |
Development of various strategies to address the sustainable and environmental issue in the energy sector |
20 |
UEEEL0015 |
Management of bigger projects |
40 |
UEEEL0062 |
Providing engineering solutions |
60 |
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