Description
Radiography Film Interpretation (RI) is a limited certification of Radiographic Testing. This course will give the participant a complete understanding about theoretical and practical knowledge of the Radiographic Interpretation for assessing materials and welds.

Objective
The training course will deliver the fundamental of Radiographic Film Interpretation. This course is suitable for candidates who wants to gain theoretical and practical knowledge in interpreting and evaluating radiographs. Participants will learn how to assess radiographic quality and to identify weld defects in accordance to a specified code/standard. Active participation is encouraged and enough time is given for question and answer period.
Basic application of radiography testing, origin and nature of radiation, penetration and absorbtion, radiographic sensitivity, subject and film contrast, radiation energy, radioactive materials, radiographic artifatcs, indication description, discontinuity indications, discontinuity interpretation and evaluation, understanding SNT-TC-1A, and understanding RT standards and codes.

Recognition
Upon completion of the course and passing general, specific, and practical examinations, an internationally recognized certificate of qualification will be granted to the participant, and he/she is considered to meet the requirements as NDT Level II Limited Certification in the RT method.

WHO SHOULD ATTEND
Welding Inspector, NDT and quality control personnel who involved in NDT jobs. This training course is also directed to engineering students and fresh graduates who are interested in NDT and welding inspection field as part of their career.

EDUCATION AND EXPERIENCE REQUIREMENTS
RI Level II applicants must understand English (passive) and satisfy at least one of the following eligibility criteria:
1. Graduated from D3, D4, S1 engineering or science.
2. D3, D4, or S1 engineering or science students of at least in last semester.
3. Individual holding Welding Inspector certification.

Description
Participant of this course will be given a thorough understanding about theoretical and practical knowledge of the Ultrasonic Testing (UT) method to assess products quality.

Objective
The course will provide hands on training on the fundamental and practical knowledge of the Ultrasonic Testing (UT) method. This course is suitable for candidates who wants to improve their knowledge and expand their experience. Participants will learn how to understand and apply inspection procedures, and write a clear and concise test reports. Active participation is encouraged and enough time is given for question and answer as well as for practical period.
Highlight
Basic application of UT, UT equipment, modes of ultrasonic waves, displaying ultrasonic indications, ultrasonic transducer and standard reference blocks, ultrasonic immersion and contact testings, ultrasonic indications, understanding SNT-TC-1A, understanding UT standards and codes, practical UT, interpretation and evaluation of indications, etc.

Recognition
Upon completion of the course and passing general, specific, and practical examinations, an internationally recognized certificate of qualification will be granted to the participant, and he/she is considered to meet the requirements as NDT Level II in the UT method.

WHO SHOULD ATTEND
NDT and quality control personnel, inspectors, and technicians involved in NDT jobs. This training course is also directed to engineering university students and fresh graduates who are interested in NDT and welding inspection field as part of their career.

EDUCATION AND EXPERIENCE REQUIREMENTS
UT Level II applicants must understand English (passive) and satisfy at least one of the following eligibility criteria: 1. Graduated from D3, D4, S1, or S2, engineering or science. 2. D3, D4, or S1 engineering or science students of at least in the last semester. 3. High school (SMU-IPA/STM) holding valid UT Level I certificate or have experience in UT of at least three years.

Description
Participant of this course will be given a thorough understanding about theoretical and practical knowledge of the Ultrasonic Testing (UT) method to measure metal thickness.

Objective
The course will provide hands on training on the fundamental and practical knowledge of the Ultrasonic Thickness Measurement. This course is suitable for candidates who wants to improve their knowledge and being certified on material thickness measurement. Participants will learn how to understand basic principles behind ultrasonic thickness measurement. Active participation is encouraged and enough time is given for question and answer as well as for practical period.
Highlight
Basic application of UT, UT equipment, modes of ultrasonic waves, displaying ultrasonic indications, ultrasonic transducer and standard reference blocks, ultrasonic thickness principles, measurement modes and transducer selection, factor affecting performance and accuracy, understanding SNT-TC-1A, understanding standards and codes, practical UT thickness, etc.

Recognition
Upon completion of the course and passing general, specific, and practical examinations, an internationally recognized certificate of qualification will be granted to the participant, and he/she is considered to meet the requirements as NDT Level II Limited Certification in the UT method.

WHO SHOULD ATTEND
NDT and quality control personnel who involved in NDT jobs, especially in shipyard. This training course is also directed to engineering students and fresh graduates who are interested in NDT and welding inspection field as part of their career.  

EDUCATION AND EXPERIENCE REQUIREMENTS
UT Digital Thickness Measurement Level II applicants must understand English (passive) and satisfy at least one of the following eligibility criteria: 1. Graduated from D3, D4, S1 engineering or science. 2. D3, D4, or S1 engineering or science students of at least in the last semester. 3. High school (SMU-IPA/SMK-TEKNIK) holding valid NDT Level I certificate or have experience in NDT of at least one year.

Description
Participant of this course will be given a thorough understanding about theoretical and practical knowledge of the Ultrasonic Testing (UT) method to measure metal thickness.

Objective
The course will provide hands on training on the fundamental and practical knowledge of the Ultrasonic Thickness Measurement. This course is suitable for candidates who wants to improve their knowledge and being certified on material thickness measurement. Participants will learn how to understand basic principles behind ultrasonic thickness measurement. Active participation is encouraged and enough time is given for question and answer as well as for practical period.
Highlight
Basic application of UT, UT equipment, modes of ultrasonic waves, displaying ultrasonic indications, ultrasonic transducer and standard reference blocks, ultrasonic thickness principles, measurement modes and transducer selection, factor affecting performance and accuracy, understanding SNT-TC-1A, understanding standards and codes, practical UT thickness, etc.

Recognition
Upon completion of the course and passing general, specific, and practical examinations, an internationally recognized certificate of qualification will be granted to the participant, and he/she is considered to meet the requirements as NDT Level II Limited Certification in the UT method.

WHO SHOULD ATTEND
NDT and quality control personnel who involved in NDT jobs, especially in shipyard. This training course is also directed to engineering students and fresh graduates who are interested in NDT and welding inspection field as part of their career.  

EDUCATION AND EXPERIENCE REQUIREMENTS
UT Digital Thickness Measurement Level II applicants must understand English (passive) and satisfy at least one of the following eligibility criteria: 1. Graduated from D3, D4, S1 engineering or science. 2. D3, D4, or S1 engineering or science students of at least in the last semester. 3. High school (SMU-IPA/SMK-TEKNIK) holding valid NDT Level I certificate or have experience in NDT of at least one year.

Description
Participant of this course will be given a thorough understanding about theoretical and practical knowledge of Visual Testing (VT) method to assess quality of welds.

Objective
The course will provide hands on training on the fundamental and practical knowledge of the Ultrasonic Thickness Measurement. This course is suitable for candidates who wants to improve their knowledge and being certified on material thickness measurement. Participants will learn how to understand basic principles behind ultrasonic thickness measurement. Active participation is encouraged and enough time is given for question and answer as well as for practical period.
Highlight
Fundamentals of visual testing, factors that affect visual testing, equipment, discontinuities, visual testing documents, duties and responsibilities of visual inspector, terms and definitions, welding imperfections, introduction to welding process, arc welding consummables, welder and procedure approvals, materials inspection, nondestructive testing, heat treatment of steels, visual testing codes: ASME Section V, ASME Section I & Section VIII, API 650, API 1104, ASME B31.1, ASME B31.3, AWS D1.1.

Recognition
Upon completion of the course and passing general, specific, and practical examinations, an internationally recognized certificate of qualification will be granted to the participant, and he/she is considered to meet the requirements as NDT Level II in Visual Testing method.

WHO SHOULD ATTEND
This course is suitable for QC personnel, visual inspectors, or fresh graduate engineering students who want to improve their knowledge and being certified to visual testing method of welds with no time to attend Welding Inspector course..  

EDUCATION AND EXPERIENCE REQUIREMENTS
Visual Testing Level II applicants must understand English (passive) and satisfy at least one of the following eligibility criteria: 1. Graduated from D3, D4, S1 engineering or science. 2. D3, D4, or S1 engineering or science students of at least in the last semester. 3. High school (SMU-IPA/SMK-TEKNIK) holding valid NDT Level I certificate or have experience in NDT of at least one year.