Radioactive waste management.

Safety ‎fundamentals.

Environmental impact assessment.

Human ‎Reliability ‎Analysis (HRA)‎.

Natural radioactive contamination NORM &TENORM.

Applications of closed radioactive sources.

Nuclear security‎.

Use of molecular techniques PCR – QPCR ‎.

Foundation Program for Safety and Radiation Prevention.

Site Licensing.

Site Monitoring.

Site Selection & ‎Characterization ‎Studies for ‎Nuclear Power ‎Plants.

Project ‎Management.

Introduction to ‎nuclear industry.

Nuclear safety for project managers.

Nuclear safety for nuclear site workers.

Probabilistic ‎Safety ‎Assessment ‎‎(PSA)‎ ‎ Overview.

Nuclear safety ‎for safety ‎engineers.

Safety ‎fundamentals.

Human and ‎Organizational ‎Factors.

Licensing.

Treatment of closed radioactive sources.

Monitor and measure radioactive pollution of various elements of the environment.

Radiation applications in chemical analyzes.

Analysis of common and scarce elements and isotopes using ICP-MS and X-ray machines.

Radioisotope production and its applications.

Regulations associated with preparing nuclear and radiological contingency plans.

Dealing with radioactive waste.

Nuclear and radiological media.

Uses of radioisotopes for the determination of biological and biochemical compounds in biological analyzes using RIA immunoassay.

Uses of ionizing radiation detection and calibration devices.

The use of radioisotope techniques in the detection and identification of industrial systems problems.

Determine the locations of water leakage from dams, cities and residential neighborhoods, as well as the danger resulting from floods, using conventional and nuclear techniques.

Developing water resources by using environmental isotope technologies and protecting them from pollution.

The role of radiation in integrated pest management.

Practical applications of fixed isotope of nitrogen in organic agriculture and bio-fixation of atmospheric nitrogen.

The use of nuclear and biological technologies and genetic engineering to improve agricultural production.

Identify irradiated food.

Safety in dealing with chemical and toxic stocks and wastes located at airports, ports and customs ports.

Security and physical protection systems for important strategic installations.

Securing the transportation of radioactive sources and hazardous materials and dealing with various accidents.

Planning and preparing for nuclear and radiological emergencies.

Securing air, sea and land ports against illegal entry and exit of radioactive materials.

Safe transportation of radioactive materials.

Environmental management systems.

Radon and its health risks.

Environmental protection from chemical, radiological and industrial pollutants.

Removal of radioactive contamination from laboratories.

Methods of environmental radiological monitoring and surveillance.

Environmental review of petroleum wastes.

Safety of petroleum waste management and treatment.

Radiation protection in the field of diagnostic radiology.

The human genome and the discovery of cancerous diseases.

Radiation treatments to develop and improve the properties of polymers for industrial and medical uses.

The role of first responders to nuclear and radiological emergencies.

Radiation Protection Program – Awareness.

Occupational Safety and Health.

Medical preparation for cases of radiation exposure in nuclear radiation accidents.

Managing Crises , Disasters, and Reducing their risks.

Environmental and radiological monitoring of industrial and petroleum facilities.