About the "Human Factors" Course

Participating in a Human Factors course in the Oil and Gas Industry is an essential and exciting journey for professionals in this sector. Beyond learning fundamental concepts, it is an opportunity to deeply engage in mutual protection, environmental preservation, and operational efficiency. It is more than just following manuals; it’s about building a safety culture where every person commits to the well-being of everyone, a skill that not only strengthens teams but also promotes personal and professional growth.
Engaging in this course is not just an obligation but a chance to stand out and make a difference. It is an opportunity to develop leadership skills, make confident decisions under pressure, and communicate effectively. It is about investing in yourself and those around you, understanding that, in the end, it is not just about industrial operations but about the lives and dreams of the people involved.

Target Audience:
This course is aimed at professionals and students working or intending to work in the oil and gas industry, including but not limited to:

• Safety engineers, operations managers, field supervisors, safety technicians, industrial safety consultants, engineering students, or related fields interested in operational safety in the oil and gas industry

Duration: 5 modules with 3-hour sessions each

Course Format:
Classes will be live (online) through the RSE Virtual Learning Environment. You can attend the class from anywhere in the world at any time, as long as you have a reliable data connection. If you are unable to connect live, the classes will be recorded for later review.

About the "Preliminary Hazard Analysis (PHA)" Course

Course Overview:
The Preliminary Hazard Analysis (PHA) Methodology course is designed for professionals working in environments where hazard identification and assessment are essential for process safety. During the course, participants will learn to apply the PHA methodology to identify potential sources of risk, assess their probability and severity, and propose preventive and corrective measures.
Topics covered include understanding fundamental concepts of hazard and risk, applying hazard identification techniques, classifying and evaluating identified risks, and developing action plans to mitigate risks.
Upon completing the course, participants will be able to apply the PHA methodology in their work environments, contributing to the promotion of safer environments and the prevention of incidents.

Target Audience:
For all professionals involved in process risk analysis across industries and organizations of all segments.
Students and other individuals beginning to engage in low-complexity process risk analysis activities.

Duration: 4 hours divided into sessions over 4 weeks

Course Format:
The course is designed with recorded materials and made available weekly in the Virtual Learning Environment (VLE) after activities and discussion forums. Just have an internet connection and watch the content online from anywhere in the world.
Topics Covered in Classes:

• Risk Analysis Methodologies

• Introduction to PHA Technique

• Analysis Procedure

• Elements of the PHA Spreadsheet

• Example Application of the Methodology

• Practical Activity

About the "Pre-Startup Safety Review (PSSR)" Course

Duration: 4 hours

Target Audience:

• Professionals involved in conducting process risk analysis

• Professionals from any industrial sector

Course Objectives:
Upon completing the course, participants should be able to conduct PSSRs effectively to ensure operations are started or resumed safely.

Course Highlights:

• Presentation of real-life cases from the consultancy market

• Online pedagogical support throughout the course via chat and email

• Virtual library with CCPS books translated into Portuguese

• Discussion forum among participating students

• Discount voucher for the PSM learning path

• Certificate from a company recognized in the process safety market

About the "Risk-Based Process Safety (RBPS)" Course

Duration: 12 hours

Target Audience:

• Professionals from any industrial sector

• Technical professionals, specialists, and engineers who need to implement management systems to prevent catastrophic accidents

• Leaders and professionals who can influence a culture of accident prevention

Course Objectives:
The objective of the RBPS (Risk-Based Process Safety) course is to enable participants to understand and apply risk-based safety principles in industrial processes. This approach aims to integrate risk management throughout all phases of a process's life cycle, from design to operation, to prevent accidents and protect the integrity of facilities.

Course Highlights:

• Live mentoring sessions with an instructor at a pre-scheduled time

• Presentation of real-life cases from the consultancy market

• Online pedagogical support throughout the course via chat and email

• Virtual library with CCPS books translated into Portuguese

• Discussion forum among participating students

• Discount voucher for the PSM learning path

About the "Preliminary Hazard Analysis (PHA)" Course

Course Overview:
The Preliminary Hazard Analysis (PHA) Methodology course is designed for professionals working in environments where hazard identification and assessment are essential for process safety. During the course, participants will learn to apply the PHA methodology to identify potential sources of risk, assess their probability and severity, and propose preventive and corrective measures.
Topics covered include understanding fundamental concepts of hazard and risk, applying hazard identification techniques, classifying and evaluating identified risks, and developing action plans to mitigate risks.
Upon completing the course, participants will be able to apply the PHA methodology in their work environments, contributing to the promotion of safer environments and the prevention of incidents.

Target Audience:
For all professionals involved in process risk analysis across industries and organizations of all segments.
Students and other individuals beginning to engage in low-complexity process risk analysis activities.

Duration: 4 hours divided into sessions over 4 weeks

Course Format:
The course is designed with recorded materials and made available weekly in the Virtual Learning Environment (VLE) after activities and discussion forums. Just have an internet connection and watch the content online from anywhere in the world.
Topics Covered in Classes:

• Risk Analysis Methodologies

• Introduction to PHA Technique

• Analysis Procedure

• Elements of the PHA Spreadsheet

• Example Application of the Methodology

• Practical Activity

About the "Risk-Based Process Safety (RBPS)" Course

Duration: 12 hours

Target Audience:

• Professionals from any industrial sector

• Technical professionals, specialists, and engineers who need to implement management systems to prevent catastrophic accidents

• Leaders and professionals who can influence a culture of accident prevention

Course Objectives:
The objective of the RBPS (Risk-Based Process Safety) course is to enable participants to understand and apply risk-based safety principles in industrial processes. This approach aims to integrate risk management throughout all phases of a process's life cycle, from design to operation, to prevent accidents and protect the integrity of facilities.

Course Highlights:

• Live mentoring sessions with an instructor at a pre-scheduled time

• Presentation of real-life cases from the consultancy market

• Online pedagogical support throughout the course via chat and email

• Virtual library with CCPS books translated into Portuguese

• Discussion forum among participating students

• Discount voucher for the PSM learning path

About the "Barrier Audits" Course

Duration: 16 hours

Target Audience:

• Professionals involved in conducting process risk analysis

• Professionals from any industrial sector

Course Objectives:

• Identify and understand the barriers in a given system or process that aim to mitigate risks

• Assess the effectiveness of safety, control, and prevention barriers within a risk management context

• Develop skills to conduct detailed audits examining the integrity and effectiveness of existing barriers

• Implement improvements and recommendations based on audit findings to strengthen risk protection barriers

Course Highlights:

• Live mentoring sessions with an instructor at a pre-scheduled time

• Presentation of real-life cases from the consultancy market

• Online pedagogical support throughout the course via chat and email

• Virtual library with CCPS books translated into Portuguese

• Discussion forum among participating students

• Discount voucher for the PSM learning path

• Certificate from a company recognized in the process safety market

About the "Management of Change (MoC)" Course

Duration: 8 hours

Target Audience:

• Originator or requester of an MoC

• Final approver of an MoC

• Professionals conducting process risk analysis

• Manager, coordinator, or representative of a management system

• MoC reviewer

Course Objectives:
Enable participants to understand and apply specific practices to effectively manage changes in industrial environments, focusing on process safety and accident prevention. During the course, participants will learn to identify, assess, and manage risks associated with changes in industrial processes, including changes in equipment, operational procedures, technologies, and infrastructure. Additionally, the course will cover strategies to ensure changes are implemented safely, minimizing any impacts.

Course Highlights:

• One live mentoring session with an instructor at a pre-scheduled time

• Presentation of real-life cases from the consultancy market

• Online pedagogical support throughout the course via chat and email

• Virtual library with CCPS books translated into Portuguese

• Discussion forum among participating students

• Discount voucher for the PSM learning path

• Certificate from a company recognized in the process safety market

Duration: 16 hours

Target Audience:

• Professionals involved in conducting process risk analysis

• Professionals from any industrial sector

• Professionals familiar with qualitative risk analysis techniques (PHA, Bowtie, What-If, FMEA)

Course Objectives:

• Understand the fundamentals of the HazOp methodology, including its objectives, principles, and applications in different industrial contexts

• Conduct a systematic analysis of processes and systems to identify potential hazard scenarios, operational failures, and risk situations

• Use specific tools and techniques to guide HazOp sessions, such as keyword guides, deviation analysis, and other approaches

• Interpreting and documenting HazOp analysis results, including generating reports and making recommendations for risk mitigation.

At the end of the course, participants should be able to effectively apply the HazOp methodology in their respective areas of expertise, contributing to proactive identification of operational risks and the implementation of preventive measures.

Course Differentiators

• Live mentoring sessions with an instructor at pre-scheduled times.

• Presentation of real-life case studies from the consulting industry.

• Online pedagogical support throughout the course via chat and email.

• Virtual library with CCPS books translated into Portuguese.

• Debate forum among participating students.

• Discount voucher for PSM learning tracks.

• Certification from a company recognized in the process safety market.

Duration: 16 hours

Target Audience:

• Professionals involved in and conducting process risk analysis.

• Professionals from any industry sector.

Course Objective: Participants will learn to understand the principles and methodologies of accident and incident investigation, including techniques for evidence collection, root cause analysis, and identification of contributing factors.

Identification of Risk Factors: This course aims to equip participants with the skills to identify risk factors associated with accidents and incidents, allowing for a comprehensive analysis of the circumstances leading to these events.

Root Cause Analysis: Participants will be trained to conduct in-depth analyses to identify the root causes of accidents and incidents, aiming to implement effective corrective actions and prevent recurrence.

Report Writing: Training includes guidance on how to properly document investigation results, preparing accurate reports that highlight lessons learned and recommendations for risk mitigation.

Course Differentiators

• Live mentoring sessions with an instructor at pre-scheduled times.

• Presentation of real-life case studies from the consulting industry.

• Online pedagogical support throughout the course via chat and email.

• Virtual library with CCPS books translated into Portuguese.

• Debate forum among participating students.

• Discount voucher for PSM learning tracks.

Certification from a company recognized in the process safety market.

Duration: 16 hours

Target Audience:

• Professionals involved in and conducting process risk analysis.

• Professionals from any industry sector.

• Professionals with knowledge of qualitative risk analysis techniques (HAZOP, Bowtie, What If, FMEA).

Course Objective:

• Selection of eligible scenarios for LOPA.

• Understanding and applying key concepts such as Initiating Event (IE), Independent Protection Layer (IPL), Probability of Failure on Demand (PFD), and Safety Integrity Level (SIL).

• Identification of IPLs.

• Quantification of the frequency of occurrence of accidental scenarios.

• Identification of the most relevant protection systems for the analyzed process.

• Determination of required SIL for safety systems.

• Interpretation of results.

Course Differentiators

• Live mentoring sessions with an instructor at pre-scheduled times.

• Presentation of real-life case studies from the consulting industry.

• Online pedagogical support throughout the course via chat and email.

• Virtual library with CCPS books translated into Portuguese.

• Debate forum among participating students.

• Discount voucher for PSM learning tracks.

• Certification from a company recognized in the process safety market.

Duration: 12 hours

Target Audience:

• Professionals involved in and conducting process risk analysis.

• Professionals from any industry sector.

• Professionals with knowledge of qualitative risk analysis techniques (HAZOP, LOPA, What If, FMEA).

Course Objective: Equip professionals to use the Bowtie methodology to identify, analyze, and manage risks in a visual and effective manner. This includes understanding how to create and utilize Bowtie diagrams to map risk scenarios, potential causes, consequences, and control barriers, aiming for risk prevention and mitigation.

Course Differentiators

• Live mentoring sessions with an instructor at pre-scheduled times.

• Presentation of real-life case studies from the consulting industry.

• Online pedagogical support throughout the course via chat and email.

• Virtual library with CCPS books translated into Portuguese.

• Debate forum among participating students.

• Discount voucher for PSM learning tracks.

Certification from a company recognized in the process safety market.

Duration: 12 hours

Target Audience:

• Professionals involved in and conducting process risk analysis.

• Professionals from any industry sector.

Course Objective: To train professionals to identify, assess, and manage risks involved in contracting processes. This includes understanding best practices for mitigating these risks, ensuring efficient and safe contracting practices. Participants will also learn techniques and tools to identify risks, assess their probability and impact, and develop strategies to mitigate them. The course also covers drafting contracts that consider these risks and how to monitor and control them throughout the contract lifecycle.

Course Differentiators

• Live mentoring sessions with an instructor at pre-scheduled times.

• Presentation of real-life case studies from the consulting industry.

• Online pedagogical support throughout the course via chat and email.

• Virtual library with CCPS books translated into Portuguese.

• Debate forum among participating students.

• Discount voucher for PSM learning tracks.

• Certification from a company recognized in the process safety market.