GOVPH

Date:

This course is open to scientists, engineers, lecturers and other interested professionals who have technical degree in physics, chemistry or engineering. Basic knowledge on mechanics, thermodynamics, algebra, calculus and differential equations are prerequisite topics for this course.

The course is limited to 20 participants and will be reserved on a first come first served basis.

At the end of this course, participants are expected:

1. To gain basic knowledge on radiation physics;
2. To understand the principles behind radiation detection;
3. To gain understanding of how nuclear energy is produced;
4. To become acquainted with the neutron life cycle in a reactor and the physical, chemical and nuclear processes involved with it;
5. To be familiar with the existing reactor technology in the world;
6. To gain basic understanding of reactor thermal hydraulics and reactor safety;
7. To be familiar with nuclear reactor calculations and be able to produce a visualization of a geometrical setup.
8. To perform the following experiments/exercise: Radiation Measurement; Neutron Moderation; Simulation of Reactor Operation

The training course consists of lectures, experiments and practical exercises and is presented with a conceptual approach.

Participants’ understanding of the materials presented will be assessed through the submission of experiment reports. In addition, a pre- and post-test will be given at the beginning and the end of the course.

• Lamarsh, John R., and Anthony J. Baratta. Introduction to Nuclear Engineering. 3rd ed. Englewood Cliffs, NJ: Prentice Hall, 2001.
• Duderstadt, James J., and Louis J. Hamilton. Nuclear Reactor Analysis. 1st ed. New York, NY: Wiley, 1976.
• IAEA Post Graduate Educational Course in Radiation Protection and Safe Use of Radiation Sources
• Materials from the JAEA Instructor Training Program (ITP) for Reactor Engineering

 The following should be submitted not later than 22 June 2018 (Friday).

1. Application form with medical certificate (PNRI/NTC Form 01-A)
2. Recommendation letter from the university, institution or company where the applicant is employed
3. Copy of the applicant’s transcript of academic records

Course Title:

Course on Medical Use of Radioisotopes (CMR)

Former: Radioisotope Techniques Training Course – Medical (RTTC-M)

Duration:

20 days (160 hours)

Participation:

For individuals involved or will be involved in the use radioisotopes in the medical field e.g. nuclear medicine, teletherapy, brachytherapy, blood/ tissue irradiators, e.g. nuclear physicians, biological scientists, medical and radiological technologists, and nuclear pharmacists.

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 medical degree or a bachelor's degree in nursing, biological sciences, physical sciences or equivalent courses. Background on algebra, trigonometry, introductory calculus, general biology, chemistry and physics subjects.

Course Goal:

To acquaint the staff of the medical sector with the advantageous uses and applications of radioisotopes so that they may be able to incorporate these ideas in their present or future activities.

Course Objectives:

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

1. Describe the structure of the atomic nucleus and explain the nature of radioactivity.
2. Differentiate types of ionizing radiation and how they interact with matter.
3. Identify different sources of ionizing radiation.
4. Explain the basic principles of radiation protection.
5. Recognize the safety and security issues associated with the use of radioactive sources.
6. Be acquainted with different radioisotope techniques used in the medical field and the principles behind them.
7. Investigate, analyze and/or propose an activity involving application of radioisotope in the medical field.

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 course will be evaluated through the following:

1. Examinations (55%)
2. Case study incorporating radioisotope application in the medical field (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 supervisor; (3) Training Fee of PhP 15,000.00

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 Characteristic of GM Detector

Biological Effects of Ionizing Radiation

Basic Principles of Radiation Protection

Statistics of Counting

Experiment on Statistics of Counting

Radiation Control and Handling Practices

Radiation Monitoring

Exercise on Radiological Survey of a Radiation Facility

External and Internal Dose

Shielding

Experiment on Absorption of Gamma Radiation

Basic Radiation Chemistry

Radiation Dosimetry

Calibration of Monitoring Instruments

Demonstration of instrument calibration at the SSDL and TLD Reading

Cellular Radiobiology

Medical Cytogenetics

Exercise on Cytogenetics

Radioisotopes Used in Medicine

Radioimmunoassay

Radiopharmaceuticals

Laboratory Practices in Radiopharmacy

Nuclear Medicine

Radiation Therapy

Positron Emission Tomography

Design of a Medical Radiation Facility

Case study of a sample medical radiation facility

Applicable Parts of the Code of PNRI Regulations

Exercise on Using the CPR

Categorization of Radiation Sources

Safe and Secure Transport of Radioactive Sources

Exercise on Preparation of Documents for Transport of Radioactive Sources

Security of Radiation Sources

Applicable Radioactive Waste Management Practices

Emergency Planning, Preparedness, Procedures and Response

Exercise on Emergency Procedures

Presentation of Case Study

Tour of PNRI Facilities

Course Title:

Course on Nuclear Technology (CNT)

Former: Training Course on Nuclear Technology for University/College Faculty (NTUCF)

Duration:

20 days (160 hours)

Participation:

For holders of a bachelor's degree in engineering/physical sciences. Preference will be given to applicants who are teaching engineering subjects, chemistry and/or physics or those engaged in research, and whose participation shall be endorsed by their respective offices.

A minimum of ten (10) participants is required to push through with the course. A maximum of twenty (20) participants will be accepted.

Pre-requisite:

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

Course Goal:

To provide prospective nuclear science instructors and or/ University researchers with sufficient background on the fundamentals of nuclear science as well as selected techniques of using radioactive material and nuclear instruments which could serve as preparation for more advanced/ specialized courses in this field.

Course Objectives:

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

1. Describe the structure of the atomic nucleus and explain the nature of radioactivity
2. Differentiate types of ionizing radiation and how they interact with matter.
3. Have an overview of the application of nuclear science and technology, agriculture, medicine, industry and research studies.
4. Explain the role of nuclear energy for power generation.
5. Be familiar with the basic principles of radiation protection.
6. Be acquainted with different nuclear techniques and the concepts behind them.
7. Investigate, analyze and/or propose an activity involving applications of nuclear science and technology.

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. Quizzes (35%)
2. A pre- and post test to be given before and after the lectures (Post test - 10%)
3. Practical exercises (30%)
4. Development and presentation of a case study incorporating nuclear technology topics (20%)
5. 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 supervisor/ Endorsement from University/College President ; (3) Transcript of Records

Course Content:

Overview of Nuclear Science and Technology Application

Nuclear Energy for Power Generation

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

Statistics of Counting

Biological Effects of Ionizing Radiation

Radiation Control and Handling Practices

Exercise on Radiological Survey of a Radiation Facility

Gamma Spectrometry

Nuclear Instrumentation for Gamma Spectrometry

Exercise on Gamma Spectrometry

Neutron Sources

Neutron Interactions

Experiment on Neutron Interactions

Radioisotope for Environmental Applications

Radiation Processing of Natural Polymers

Radioisotope Production

Experiment: Neutron Activation

Radioisotopes in Industry

Nuclear Analytical Techniques

Experiment on Nuclear Analytical Techniques

Presentation of Case Study

Tour of PNRI Facilities