The ICTQual Qualified Source Test Individual (QSTI) Certification Course is a specialised professional programme designed for individuals working in the oil, gas, and energy sectors who conduct source testing and emissions monitoring. This internationally recognised course equips learners with the technical knowledge, practical skills, and safety protocols required to measure emissions accurately and comply with environmental and regulatory standards.
The ICTQual Qualified Source Test Individual (QSTI) Certification Course covers critical areas such as stack testing procedures, gas and particulate sampling, calibration of monitoring equipment, data analysis, and environmental reporting. It also emphasises safety, quality assurance, and adherence to industry best practices, enabling participants to perform source tests with precision and confidence.
Ideal for engineers, environmental technicians, and energy sector professionals, the ICTQual Qualified Source Test Individual (QSTI) Certification Course provides a competitive edge in a growing industry where regulatory compliance and accurate emissions measurement are vital. Completing this course equips learners to conduct reliable source tests, interpret results, and support sustainable operations in industrial environments.
With the ICTQual Qualified Source Test Individual (QSTI) Certification Course, professionals enhance their career prospects and gain industry-standard competencies for high-demand roles in environmental monitoring and process compliance.
All About ICTQual Qualified Source Test Individual (QSTI)
Course Overview
The ICTQual Qualified Source Test Individual (QSTI) Certification Course is a focused 10-day training programme designed to equip professionals in the oil, gas, and energy sectors with the essential skills for conducting accurate source testing and emissions monitoring. This intensive course combines theoretical knowledge with hands-on practical sessions, ensuring learners gain both understanding and experience in real-world testing environments.
The course consists of 5 mandatory units, covering critical topics such as stack testing procedures, gas and particulate sampling, equipment calibration, data collection and analysis, and environmental reporting. Each unit is carefully structured to provide a progressive learning experience, helping participants develop the technical expertise and confidence required to perform source tests in compliance with regulatory standards.
This programme is ideal for engineers, environmental technicians, and energy sector professionals seeking to enhance their technical capabilities and ensure operational compliance. By the end of the 10-day ICTQual Qualified Source Test Individual (QSTI) Certification Course, learners will be equipped with industry-standard competencies, practical skills, and knowledge to accurately measure emissions and contribute to safe, efficient, and environmentally responsible operations.
To enroll in the ICTQual Qualified Source Test Individual (QSTI) Certification Course, candidates are expected to meet the following requirements to ensure they can successfully complete the programme:
- Age Requirement:
Learners must be at least 18 years old due to the industrial and technical nature of the training and safety regulations on-site. - Educational Background:
Applicants should have a minimum of a Level 2 qualification (or equivalent), such as GCSEs, O Levels, or a secondary school certificate. A background in engineering, environmental science, or technical studies is advantageous but not mandatory. - Experience:
While prior experience in emissions monitoring or industrial testing is beneficial, it is not required. The course is suitable for both beginners and professionals seeking to upskill in source testing procedures. - English Language Proficiency:
Learners must have a good command of English, both written and spoken.
The ICTQual Qualified Source Test Individual (QSTI) Certification Course is ideal for professionals and aspiring technicians who want to specialise in emissions monitoring and source testing within the oil, gas, and energy industries. This course is particularly suitable for:
- Environmental Technicians and Engineers seeking formal certification in source testing and emissions measurement.
- Oil, Gas, and Energy Sector Professionals who want to enhance compliance skills and understand regulatory testing requirements.
- Career Changers aiming to enter the environmental monitoring and industrial testing field.
- Industrial Safety and Compliance Officers responsible for monitoring emissions and ensuring operational standards are met.
- Graduates in Engineering, Environmental Science, or Technical Disciplines looking for hands-on training and professional certification in emissions testing.
- Companies seeking to upskill their staff to meet regulatory compliance and improve operational efficiency.
This course is designed for motivated learners who want practical, industry-standard skills in source testing, emissions measurement, and environmental compliance, preparing them for professional roles in high-demand industrial sectors.
Study Units
This qualification, the ICTQual Qualified Source Test Insdivdual (QSTI), consists of 5 mandatory units.
- Source Testing Principles, Methods and Regulatory Frameworks
- Flow Measurement, Traverses and Isokinetic Sampling Techniques
- Gas Sampling, Extractive and Dilution Methods and CEMS Fundamentals
- Quality Assurance, Data Integrity, Calculations and Uncertainty
- Field Leadership, Safety, Test Planning and Report Authoring
Learning Outcomes
Learning Outcomes for the ICTQual Qualified Source Test Insdivdual (QSTI):
Source Testing Principles Methods and Regulatory Frameworks
- Explain the purpose and scope of major source testing methods and when each is applicable.
- Interpret relevant regulatory requirements permit conditions and method hierarchies that govern test selection.
- Identify key emission metrics reference conditions and standard reporting units used in compliance submissions.
- Distinguish roles responsibilities and ethical obligations of testers observers clients and regulators during test campaigns.
- Evaluate method limitations allowed deviations and the impact of deviations on test validity and reportability.
- Select appropriate acceptance criteria and success thresholds for typical source tests.
Flow Measurement Traverses and Isokinetic Sampling Techniques
- Demonstrate correct principles of flow measurement and the rationale for traverse designs.
- Calculate cross-sectional flow area velocity profiles and perform plausibility checks on traverse data.
- Specify and verify probe geometry nozzle selection and isokinetic sampling conditions for particulate sampling.
- Identify common flow measurement errors and apply corrective or qualification actions.
- Apply area weighting and basic flow-related calculations to produce defensible volumetric flow results.
- Assess the representativeness of traverse plans and recommend adjustments where required.
Gas Sampling Extractive and Dilution Methods and CEMS Fundamentals
- Describe extractive dilution and direct CEMS measurement principles and comparative advantages.
- Specify correct sampling train configuration for gas sampling including sample conditioning requirements.
- Verify zero span and calibration procedures for gas analysers and dilution systems.
- Detect common sampling artefacts contamination and sample loss and recommend remedial actions.
- Interpret basic CEMS outputs and ancillary data for oversight and quality checks.
- Choose appropriate method variants for specific pollutants and site conditions.
Quality Assurance Data Integrity Calculations and Uncertainty
- Apply QA QC procedures including calibration gas checks blanks duplicates and field spikes to judge data validity.
- Perform basic calculation checks for sample mass volume moisture and molecular corrections.
- Identify signs of instrument drift tampering or data integrity failures and document findings.
- Apply simple uncertainty concepts to interpret results and support qualification statements.
- Prepare annotated calculation checks and clear data-review notes for inclusion in technical reports.
- Recommend data acceptance re-sampling or qualification based on documented evidence.
Field Leadership Safety Test Planning and Report Authoring
- Develop a structured test plan including objectives resource needs schedules and contingency measures.
- Lead on-site coordination with testers observers site safety officers and client representatives.
- Implement site permit systems and enforce PPE and permit-to-work requirements while observing tests.
- Manage non-conformances incidents and escalation pathways using standardised documentation.
- Author a complete test report and test plan components with executive summary deviation logs evidence index and recommendations.
- Maintain an audit-ready evidence pack and CPD record demonstrating professional competence and traceability.
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