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Mind the Gap: Addressing Human Vulnerabilities in Cybersecurity
Campus

Mind the Gap: Addressing Human Vulnerabilities in Cybersecurity

This is a comprehensive course designed to equip participants with the knowledge and skills to identify and mitigate human-related risks in cybersecurity. Through interactive sessions and real-world examples, attendees will learn effective strategies for enhancing security awareness, fostering a security-conscious culture, and implementing best practices to protect against social engineering attacks and other human-centric threats.

Attendees will receive 1.5 Professional Development Hours (PDH) upon completion. Please submit your request to learn@southerngas.org

Learning Objectives

  1. Identify and Recognize Phishing Attempts – Goal: Participants will be able to identify common characteristics of phishing emails and understand the tactics used by attackers to deceive users.
  2. Implement Strong Password Practices – Goal: Participants will learn the importance of creating and maintaining strong passwords, as well as the risks associated with weak passwords.
  3. Respond Effectively to Social Engineering Attacks – Goal: Participants will understand the various forms of social engineering attacks and the psychological manipulation techniques used by attackers.
  4. Understand the Types of Insider Threats – Goal: Participants will learn about the different types of insider threats, including unintentional and malicious insiders.

Target Audience

  1. HR and Training Managers:
    • Professionals responsible for employee training and development, particularly in security awareness.
    • Those looking to implement effective security awareness programs and foster a security-conscious culture.
  2. Business Leaders and Executives:
    • Decision-makers need to understand the importance of addressing human vulnerabilities to protect their organizations.
    • Those interested in strategic approaches to cybersecurity that include human factors.
  3. General Employees:
    • Staff members at all levels who need to be aware of security best practices and how to protect themselves and their organization from cyber threats.
    • Those who will benefit from understanding their role in maintaining a secure environment.
Akolly Dogbe
Founder and CEO, IAD Security Solutions


Mr. Akolly Dogbe is a seasoned cyber security analyst with extensive experience in safeguarding critical infrastructure. Holding a bachelor’s degree in information systems security and a master’s degree in cyber operations, Akolly has earned high-end certifications such as CISSP, CISM, GPEN, Pentest+ and CEH. With a proven track record working with the Department of Defense (DoD), Akolly has deep expertise in implementing and managing security frameworks like ISO/IEC 27001 and 27002, NIST 800, and COBIT.

As the founder and CEO of IAD Security Solutions, Akolly leads a team of dedicated professionals in delivering comprehensive security solutions and training to diverse clients. Under Akolly’s leadership, the company has successfully ensured compliance with regulations such as GDPR, PCI-DSS, SOX, and HIPAA. Akolly is adept at using RSA Archer and other GRC tools to enhance organizational security postures.

Akolly has demonstrated exceptional leadership in various high-stakes environments, including overseeing large-scale security projects for critical infrastructure and guiding organizations through complex security challenges. Akolly is known for fostering a culture of continuous improvement and innovation, ensuring that their team stays ahead of evolving cyber threats.

Currently, Akolly is providing security awareness training and penetration testing services to stakeholders at several companies, utilizing innovative methods such as cyber security escape rooms to engage and educate participants. Akolly’s commitment to staying ahead of evolving cyber threats makes him a trusted advisor in the field of cyber security.


Flow Measurement Fundamentals
Campus

Flow Measurement Fundamentals

This course focuses on flow measurement and its importance to the natural gas industry, the units of measurement used for flow measurement, how natural gas properties affect flow measurement, gas laws and equations used for gas measurement and devices used for flow measurement.

Unconventional Energy and Critical Materials Issues
Campus

Unconventional Energy and Critical Materials Issues

This course provides a non-technical introduction to two forms of unconventional energy to explore common obstacles potentially encountered in an attempt to utilize new forms of energy. A high-level overview of the multinational supply chain for several minerals critical to the electrification (energy transition) effort in the US will be supplied including discussion of resources, resource locations and extraction activities. Description of supply chains and supply chain risks for copper and lithium will be discussed as examples. Elements of the energy trilemma will be identified and example tradeoffs in seeking to develop a balanced solution to the trilemma be discussed.

Attendees will receive 2 Professional Development Hours (PDH) upon approval. Please submit your request to learn@southerngas.org

Learning Objectives

  • Review the characteristics of two example unconventional forms of energy and recognize the types of challenges frequently encountered when adopting new energy sources.
  • Gain a high-level view of the multi-national supply chain frequently found in critical minerals.
  • Acquire an appreciation of the resource limitations and supply chain risks associated with critical materials required for electrification/energy transition.
  • Recognize the necessity for addressing each element of the energy trilemma and consider examples of possible conclusions/responses.

Target Audience

Any relatively new employee of a gas industry entity and experienced gas industry professionals (administrative, financial, operations, legal, marketing, and other disciplines) seeking to broaden their understanding of the natural gas industry.

 

Instructor

J. RICHARD MOORE

Dick Moore has more than 40 years of experience in the energy industry including jobs in both regulated and unregulated segments of this industry.  He has held senior management positions in oil and gas exploration and production companies, interstate and intrastate natural gas pipelines, gas, and electric utilities as well as natural gas gathering, processing and marketing companies.

Mr. Moore previously served on the Board of Directors of the Gas Processors Association and has held a position as adjunct faculty in the economics department at Richland College in Dallas.  He serves as faculty for the Energy Executive Course at the University of Idaho and the Legislative Energy Horizons Institute of the Pacific Northwest Economic Region as well as the Professional Development Institute at the University of North Texas and has been a speaker on energy topics for the Maguire Energy Institute at Southern Methodist Univ


Introduction to the EU Methane Regulation, MRV & Preparing for a Global Regulatory Environment
Campus

Introduction to the EU Methane Regulation, MRV & Preparing for a Global Regulatory Environment

The new European Union Methane Regulation (EUMR) requires energy exporters to disclose their product’s upstream associated methane impacts beginning in 2025 with additional phased requirements, including methane intensity reporting and, ultimately, compliance with a to-be-determined methane intensity limit by 2030. The EUMR regulates emissions outside the EU border by requiring exporters to institute robust Monitoring, Reporting and Verification (MRV) programs to meet import contractual methane intensity disclosure and limit requirements…regardless of the U.S. regulations in place. As the requirements apply to the entire production value chain, they will impact U.S. natural gas producers whose product makes its way to LNG export facilities, as well as the midstream and transmission operators who treat and transport the gas. This course will address the regulation, its impacts to operators in various oil and gas industry seg-ments, and best practices in the field and in data management that can be implemented to prepare for this global regulatory environment.

Attendees will receive 1.5 Professional Development Hours (PDH) upon completion. Please submit your request for your PDH to learn@southerngas.org

Questions attendees will be able to answer

  • What is the European Methane Rule (EUMR), and how will it impact US opera-tors?
  • How does the EUMR compare to current applicable regulations? What additional requirements come into play?
  • How can companies start preparing for compliance with EUMR requirements?
  • How long do companies have to establish EUMR-compliant measurement, report-ing, and verification (MRV) programs?

Target Audience

  • Environmental Professionals and Manager
  • Corporate Decisionmakers
  • Sustainability Team

Instructor

Elizabeth McGurk
Managing Consultant, Sustainability and Climate Advisory
Montrose Environmental


Elizabeth is a highly experienced air quality program manager with expertise in the fields of greenhouse gas (GHG) quantification and mitigation, oil and gas sustainability framework implementation, regulatory analysis, and auditing. Her passion is in leveraging measurement-informed data to inform effective mitigation efforts, and she is proud to have supported OGMP 2.0 projects worldwide. Elizabeth has a strong background in delivering technical training and excels in distilling and presenting complex information, impacts, and solutions to various stakeholders. She leads diverse teams and has conducted complex environmental projects, both regulatorily and voluntarily driven, for clients in carbon-intensive industries. She specializes in assisting clients with Scope 1, Scope 2, and Scope 3 GHG emissions quantification and reporting and developing practical, real-world carbon reduction strategies.


Transforming Utilities with Generative AI
Campus

Transforming Utilities with Generative AI

Explore how leading utility companies are leveraging the power of generative AI to enhance customer experiences, optimize infrastructure, and drive operational efficiency.

Are you ready to supercharge your utility operations and leave your competitors in the dark? Join us for an electrifying webinar that will illuminate the game-changing potential of generative AI in the power utility sector!

In just 90 minutes, you’ll discover:

  • How industry leaders are leveraging AI to slash costs and boost efficiency
  • Cutting-edge applications that are transforming customer engagement, predictive maintenance, and grid optimization
  • Strategies to implement generative AI seamlessly into your existing infrastructure
  • The future of utilities: AI-driven innovations that will shape the industry for years to come

Don’t miss this high-voltage opportunity to gain insider knowledge from industry experts and position your utility at the forefront of the AI revolution. Whether you’re a seasoned executive or a forward-thinking professional, this webinar will equip you with actionable insights to power up your operations.

Presented by Bob Price, multi-bestselling author, his latest AI book that debuted recently as a Number 1 New Release and a Number 1 Bestseller on Amazon. Spaces are limited, so reserve your spot now! Register today and take the first step towards a brighter, more efficient future for your utility.

Don’t let this opportunity slip through the grid – energize your career and your company by joining us for this transformative session!

Meet Your Instructor

Bob Price
Bestselling Author & CEO, Bluebridge-AI


Bob Price, a renowned multi-bestselling author, and an esteemed speaker in the field of Artificial Intelligence (AI). With a remarkable track record of success, including a Number 1 New Release in 2023, Bob is a leading authority on AI and its impact on various industries.

As the CEO of Bluebridge-AI, a pioneering AI company, Bob has spent decades developing cutting-edge technology products and innovations for both the Department of Defense and the commercial consumer market. His expertise and experience in AI have positioned him as a thought leader in the industry.

Bluebridge-AI stands at the forefront of AI advancements, having successfully merged the power of OpenAI, Google, and Microsoft AI solutions. This groundbreaking merger has led to remarkable breakthroughs in creating trainable AI that is specifically tailored to meet the unique needs of different companies and customers.


Basic Troubleshooting: Part II (WBT)
Campus

Basic Troubleshooting: Part II (WBT)

This course focuses on the action steps taken while utilizing the five-step troubleshooting method, the components of a logical troubleshooting flowchart, and construct a flowchart specific to equipment processes at your facility as well as the steps necessary to construct a cause and effect diagram.

Basic Troubleshooting: Part I (WBT)
Campus

Basic Troubleshooting: Part I (WBT)

This course focuses on the end-goal of troubleshooting, the resources used to assist troubleshooting efforts, the seven-step and five-step troubleshooting philosophies for systematic troubleshooting and diagnosing faults using the divide-and-conquer troubleshooting method.

Safety in Gas Measurement (WBT)
Campus

Safety in Gas Measurement (WBT)

This course focuses on the need for safety in the natural gas industry, Material Safety Data Sheets (MSDS), the personal protective equipment used and why, lockout/tagout and its purpose, safety regulations associated with the natural gas industry, natural gas leaks and hazards, signs to look for, and what to do if found.

Drawing Sets and Print Reading (WBT)
Campus

Drawing Sets and Print Reading (WBT)

This course focuses on the different types of drawings, drawing symbols, and their usage as well as the graphic styles used to create drawings and prints.

Instrumentation Systems (WBT)
Campus

Instrumentation Systems (WBT)

This course focuses on why instrumentation is important to the natural gas pipeline industry, the different instrument loops and how they are used to monitor and control various parameters, the different system process variables, the different units of measure for each of the process variables and the different control loops and how they achieve process control.

Gas Quality Instrumentation (WBT)
Campus

Gas Quality Instrumentation (WBT)

This course focuses on the purpose of oxygen analyzers and give examples, the purpose of water vapor dew point analyzers and give examples and the purpose of hydrogen sulfide analyzers and give examples.

Basics of Control Valves (WBT)
Campus

Basics of Control Valves (WBT)

This course focuses on the function of a control valve, the different types of control valves, actuators, and positioners and the operation of the different types of control valves, actuators, and positioners.

Communication and Protocols II (WBT)
Campus

Communication and Protocols II (WBT)

This course focuses on network topology, the main types of networks and installation and troubleshooting skill sets, tools, and best practices.

Communication and Protocols I (WBT)
Campus

Communication and Protocols I (WBT)

This course focuses on data communications and applications, telemetry, its history, and its applications and the main types of network protocols.

Basics of Gas Chromatography I (WBT)
Campus

Basics of Gas Chromatography I (WBT)

This course focuses on the history of gas chromatography, gas chromatography theory and natural gas applications of gas chromatographs.

Basics of Gas Chromatography II (WBT)
Campus

Basics of Gas Chromatography II (WBT)

This course focuses on the principle elements of gas chromatography, the main factors affecting analysis and a typical gas chromatograph operation cycle.

Fluid Mechanics Fundamentals (WBT)
Campus

Fluid Mechanics Fundamentals (WBT)

This course focuses on fluid mechanics, different types of fluids, the driving force for flow, conservation laws of mass, momentum, and energy, equations involved in the study of fluid mechanics and the Bernoulli Principle as it relates to velocity, pressure, and flow.

Basics of Electronic Flow Measurement for Gas II
Campus

Basics of Electronic Flow Measurement for Gas II

This course focuses on the history of gas flow computers, governing standard API 21.1, terms used with electronic flow measurement, different types of flow computers and communication data types used by flow computers.

Introduction to Gas Measurement (WBT)
Campus

Introduction to Gas Measurement (WBT)

This course focuses on why accurate measurements are necessary and the components of a gas measurement system.

Industry Overview (WBT)
Campus

Industry Overview (WBT)

This course focuses on the history and evolution of the natural gas industry and the standards that govern the industry, the chemical makeup of natural gas, the chemical equation for gas combustion and the basic description of natural gas delivery from the wellhead to the customer.

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