Safety Instrumented System Certificate Program
The Certificate in Safety Instrumented Systems (SIS) is an instructor-led 100% online program. It consists of four modules covering the different aspects of the SIS safety life-cycle in the SIS standard ISA/IEC-61511 from a technical and practical point of view. Sessions will include practical information from the instructor’s 40 years of experience in the industry.
The certificate consists of four modules, each with six live sessions with the instructor. There are weekly reading assignments, some homework and chapter quizzes
Module IV requires participants to create an SIS design project with the knowledge acquired from previous modules. Participants will be required to design an SIS system at the system level and provide the system level documents associated with the system they have created.
The certificate will help participants on the job and to enter the field of instrumented safety systems. The certificate material, when combined with the required industry experience is designed for participants to successfully pass the Certified Functional Safety Expert (CFSE/CFSP) certification examinations (https://www.exidacfse.com).
What you will learn
- What is a safety instrumented system and how are they applied in the petrochemical industry?
- What standards apply to safety instrumented systems (SIS)
- What is functional safety and how does it make a plant safer?
- What is the Safety Lifecycle and how is it applied to SIS?
- What are the differences between safety systems and control systems?
- What are independent protection layers (IPL’s) and how they are allocated?
- How target safety integrity levels (SIL) are determined
- What is a safety requirement specification (SRS)?
- What is the probability of failure on demand average (PFDavg)?
- How are achieved SIL levels determined?
- SIS technology selection for logic solvers and field instruments
- Considerations in selecting field instruments
- Engineering and implementation of SIS systems
- SIS system testing – FAT, SAT proof testing, & partial testing
- SIS Operation and Maintenance requirements
- Implementation of cybersecurity and physical security for SIS
Who should attend?
Instrument, electrical, control, and other engineers who are working in the SIS field and engineers who wish to enter the field will benefit from the knowledge in this program. Those individuals who are seeking a certificate in the SIS technical field to indicate to their employer or future employer their level of knowledge in the SIS technical field can achieve that through successfully completing this program. Supervisors who supervise SIS systems and who seek a deeper understanding of SIS and functional safety would also benefit.
Some experience is required in instrumentation used in refineries and process plants (process transmitters, control/shutdown valves, distributed control systems (DCS), PLC’s, relays, pneumatic systems) and in some knowledge of process hazards analysis (PHA) and risk assessment. Basic algebra skills are also required.
This online certificate consists of four modules. Live online sessions are on Thursdays, 7:00 - 8:30 pm Central Standard Time (CST).
Module I: Introduction to SIS (9 weeks)
September 12 - November 7, 2019 - Registration opens soon!
Module II: Design (8 weeks)
January 9 - March 5, 2020 (No class on January 20, 2020) - Registration opens soon!
Module III: Engineering and Testing (8 weeks)
April 30 - June 18, 2020 - Registration opens soon!
Module IV: Operations and Maintenance (8 weeks)
August 20 - October 1, 2020 - Registration opens soon!
The fee for each module is $1195.00
Register and pay $4400 for the entire Certificate in advance and save $380! Call Gena Walsh at 902-494-6079 for a discount.
It is highly recommended that participants complete the modules in sequential order. The certificate is awarded after the completion of the four modules, including all quizzes, homework, and final exams. This represents approximately 200 hours of training, which includes online sessions, assignments, and exam preparation. The participants must attain a minimum of 70 percent for each module and an aggregate average of at least 80 percent in the program.
Safety Instrumented Systems: A Life-Cycle Approach, Paul Gruhn & Simon Lucchini, 2019. The book is available from www.ISA.org
William (Bill) L. Mostia, Jr., PE, is a certified functional Safety Engineer (TUV Rheinland) who has been elected an ISA Fellow in 2013. He has over 40 years of industrial experience as an instrument and electrical engineer and over 30 years of experience in functional safety systems. He has been a member of the ISA 84 committee since 1987 and is a signatory of two versions of the ISA 84 standard. He is an author with over 100 papers, articles, and books. He has a BSEE from Texas A&M University.