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Details

Information Bulletin

Course Title:

Seminar on Nuclear Science for Teachers (SNST)

Former: Seminar on Nuclear Science for High School Science Teachers (SNSHSST)

Duration:

20 days (160 hours)

Participation:

For high school science, mathematics, physics, biology and chemistry teachers who are holders of a bachelor’s degree in education, science and engineering.

A minimum of ten (10) participants is required to push through with the course. A maximum of thirty (30) participants will be accepted.

Pre-requisite:

A background on algebra, trigonometry, introductory calculus, general biology, chemistry and physics subjects.

Course Goal:

To provide science teachers with sufficient knowledge of the fundamentals of nuclear science and its beneficial application in different fields. Enable participants to contribute to the high school science curriculum by introducing suitable nuclear science topics and experiments in teaching physics, chemistry and biology.

Course Objectives:

At the end of this course, participants are expected to:

  1. Describe the atomic nucleus and explain the nature of radioactivity
  2. Differentiate types of ionizing radiation and how they interact with matter.
  3. Be familiar with the different sources of ionizing radiation.
  4. Be familiar with the safety and security issues associated with the use of radioactive materials.
  5. Explain the importance of regulating the use of radioactive materials.
  6. Be acquainted with the application of radioisotopes in agriculture, medicine, industry and research studies.
  7. Understand the basic principles behind the operation of a nuclear power plant.

Nature and Scope of the Course:

This course will consist of lectures, exercises, a workshop and examinations. The staff of the Nuclear Training Center (NTC), PNRI lecturers and guest lecturers will conduct the course.

The participant’s performance in the seminar will be evaluated through the following:

  1. Examinations (55%)
  2. Development and presentation of teaching module incorporating nuclear science topics (30%)
  3. Practical exercises (10%)
  4. Attendance (5%)

A certificate of satisfactory completion will be issued to each participant who demonstrates satisfactory knowledge and skills of the subject matter presented.

Requirements:

(1) Application form with medical certificate; (2) Recommendation letter from principal or division superintendent; (3) Transcript of Records

Course Content:

Basic Nuclear Physics

Nuclear Reactions

Radioactivity and Radiation

Quantities and Units in Radiation Protection

Exercise on Nuclide Chart and Nuclear Data

Interaction of Radiation with Matter

Radiation Detection and Measuring Instruments

Experiment on Radiation Detection Using an Improvised Cloud Chamber

Biological Effects of Ionizing Radiation

Basic Radiation Chemistry

Basic Radiation Chemistry

Experiment on Characteristics of Geiger-Muller Detectors

Basic Principles of Radiation Protection

The PNRI Regulatory Function

Statistics of Counting

Experiment on Statistics of Counting

Concept of a Teaching Module

Radiation Control and Handling Practices

Radiation Shielding

Experiment on Absorption of Gamma Radiation

Security of Radiation Sources

Safe and Secure Transport of Radioactive Materials

Radiation Monitoring

Exercise: Radiological Survey of a Radiation Facility

Radioactive Waste Management Practices

Emergency Planning, Preparedness, Procedures and Response

Exercise on Emergency Drill

Radioisotopes in Agriculture

Experiment: Radiosensitivity of Planting Materials

Food Irradiation

Experiment on Fruit Irradiation

Radioisotopes in Geological Studies

Radioisotopes in Medicine

Radioisotopes in Industry

Radioisotopes in Environmental Research

Radiation Processing

Nuclear Energy for Power Generation

Introduction to Reactor Technology: Overview of Different Nuclear Reactors in the World

Neutron Interactions

Experiment: Neutron Activation and Half life Determination

Presentation of Teaching Modules

Tour of PNRI Facilities

 

Details

Information Bulletin

Course Title:

Radiation Safety Refresher Course (RSRC)

(Former: Radiation Safety Officer Refresher Course  – RSORC)

Duration:

3 days (24 hours)

Participation:

For individuals involved in the use of radioactive sources in medical/ industrial field who need refresher training in radiation safety.

A minimum of ten (10) participants is required to push through with the course. A maximum of thirty (30) participants will be accepted.

Pre-requisite:

Successful completion of an NTC Radiation Safety Course or equivalent and familiarity with the contents and application of the organization’s Radiation Safety Program

Course Goal:

To provide updates and periodic review and assessment of the RSO’s knowledge and understanding of radiation safety principles, regulations, company’s procedures and policies with respect to radiation safety and security practices and familiarization with the new regulations or requirements.

Course Objectives:

At the end of this course, participants are expected to be able to make recommendations for implementation of actions to achieve appropriate levels of safety in their own institutions or companies.

Nature and Scope of the Course:

This course will consist of lectures, exercises, a workshop and examinations. The staff of the Nuclear Training Center (NTC), PNRI lecturers and guest lecturers will conduct the course.

The participant’s understanding of the subject matter presented will be assessed from reports and presentations submitted as scheduled during the course. A certificate of completion which reflects the number of hours of attendance will be issued to each participant.

Requirements:

(1) Application Form; (2) Recommendation Letter; (3) Photocopy of certificate of previous radiation safety course attended; (4)Training Fee of PhP 3,500.00

Course Content:

Quantities and Units in Radiation Protection

Dose and Shielding Calculation

Dose Rate and Contamination Measurements

Leak Testing of Sealed Sources

Use of Radiation Monitoring Instruments

Review of Applicable Regulatory Requirements/ Duties and Responsibilities of RSO

Safety and Security Culture

Lesson Learned From Incidents and Accidents

Workshop: Lesson Learned From Accidents

Safe and Secure Transport of Radioactive Materials

Radioactive Waste Management

Amendments and Revisions of Radiation Safety Program

 

Details

Information Bulletin

Course Title:

Radiation Safety Course – Commercial Sale Involving Radioactive Materials and Low Activity Sources (RSC-CL)

(Former: Radiation Safety Course (2 Days) – RSC2D)

Duration:

2 days (16 hours)

Participation:

For individuals involved in the acquisition and possession of RAM and devices containing RAM intended for commercial sale and distribution; and those involved in the use of Category 5 radioactive sources, e.g. Ni-63 in ECD, XRF analyzers, calibration/standard sources used in research and education.

A minimum of ten (10) participants is required to push through with the course. A maximum of thirty (30) participants will be accepted.

Pre-requisite:

Background on basic algebra and has finished at least 2 years in college.

Course Goal:

To enable participants to acquire sufficient level of understanding/ skills in the following areas: (1) basic radiation and radioactivity concepts; (2) fundamentals of radiation safety and security; (3) regulatory requirements; and (4) development and implementation of a radiation safety program applicable to their practice.

Course Objectives:

At the end of this course, participants are expected to:

  1. Recognize the different ionizing radiation hazards.
  2. Explain and apply the basic principles of radiation protection.
  3. Identify the parts and sections of the CPR which is applicable to their particular activity involving radioactive materials.
  4. Be able to develop a radiation safety program appropriate for their activity.

Nature and Scope of the Course:

This course will consist of lectures, exercises, a workshop and examinations. The staff of the Nuclear Training Center (NTC), PNRI lecturers and guest lecturers will conduct the course.

The participant’s understanding of the subject matter presented will be assessed through the following:

  1. A pre- and post-test to be given before and after the lectures (55%)
  2. Development and presentation of a radiation safety program (30%)
  3. Practical exercises (10%)
  4. Attendance (5%)

A certificate of satisfactory completion will be issued to each participant who demonstrates satisfactory knowledge and skills of the subject matter presented.

Requirements:

(1) Application Form; (2) Recommendation Letter;  (3)Training Fee of PhP 2,500.00

Course Content:

The Atom

Radioactivity

Biological Effects of Ionizing Radiation

Basic Principles of Radiation Protection

Control of External Radiation Exposure

Exercise: Use of Radiation Monitoring Instrument

Applicable Parts of CPR

Licensing Requirements/ Duties and Responsibilities of RSO

Emergency Procedures during Transport of RAM

Development of a Radiation Safety Program

 

Details

Information Bulletin

Course Title:

Radiation Safety Course – Radioactive Sources in Industrial Devices (RSC-ID)

(Former: Safety in the Use of Nuclear Equipment and Devices – SUNED)

Duration:

5 days (40 hours)

Participation:

For individuals involved in the use of Category 3 and 4 radioactive sources in fixed and portable industrial devices, e.g. level gauges, conveyor gauges, spinning pipe gauges, thickness/fill-level gauges, moisture-density gauges and static eliminators.

A minimum of ten (10) participants is required to push through with the course. A maximum of thirty (30) participants will be accepted.

Pre-requisite:

A background on basic algebra and trigonometry and/or has finished at least a bachelor’s degree.

Course Goal:

To enable participants to acquire sufficient level of understanding/ skills in the following areas: (1) basic radiation and radioactivity concepts; (2) fundamentals of radiation safety and security; (3) regulatory requirements; and (4) development and implementation of a radiation safety program applicable to their practice.

Course Objectives:

At the end of this course, participants are expected to:

  1. Identify the nature and severity of ionizing radiation hazards.
  2. Explain and apply the principles of radiation protection.
  3. Be familiar with the different parts of the PNRI Codes of Regulations
  4. Be able to use the parts and sections of the CPR which are applicable to their particular activity involving radioactive sources.
  5. Identify the duties and responsibilities of a Radiation Safety Officer/ Assistant RSO and be able to apply these principles in their workplace.
  6. Measure radiation dose rate using appropriate instruments.
  7. Develop radiation safety program appropriate for their practice.
  8. Be able to prepare suitably detailed report to management on issues related to radiation safety and include recommendations for actions to achieve appropriate levels of safety.

Nature and Scope of the Course:

This course will consist of lectures, exercises, a workshop and examinations. The staff of the Nuclear Training Center (NTC), PNRI lecturers and guest lecturers will conduct the course.

The participant’s understanding of the subject matter presented will be assessed through the following:

  1. A pre- and post-test to be given before and after the lectures (55%)
  2. Development and presentation of a radiation safety program (30%)
  3. Practical exercises (10%)
  4. Attendance (5%)

A certificate of satisfactory completion will be issued to each participant who demonstrates satisfactory knowledge and skills of the subject matter presented.

Requirements:

(1) Application Form; (2) Recommendation Letter;  (3)Training Fee of PhP 5,500.00

Course Content:

The Atom

Radioactivity and Radiation

Radioactive Decay Calculations

Quantities and Units in Radiation Protection

Interaction of Radiation with Matter

Biological Effects of Ionizing Radiation

Radiation Detection and Measuring Instruments

Basic Principles of Radiation Protection

Radiation Control and Handling Practices

Radiation Monitoring

Exercise: Radiation Monitoring

Development of a Radiation Safety Program

Industrial Gauges and Basic Safety Requirement for Nuclear Gauges

Leak Testing of Sealed Sources

Categorization of Radioactive Sources

Applicable Regulatory Requirements/ Duties and Responsibilities of RSO

Security of Radioactive Sources

Safe and Secure Transport of Radioactive Materials

Applicable Radioactive Waste Management Practices

Emergency Planning, Preparedness, Procedures and Response

Presentation of Radiation Safety Program