Mohammed Hasnain is a senior instrument technician and supervisor with over 13 years of experience in instrumentation and control systems. He has worked with various process control systems including Honeywell DCS, Triconex ESD, Allen Bradley PLC, and SCADA systems. Currently employed with SABIC in Saudi Arabia, he seeks a position as a process control engineer where he can utilize his skills and experience.
Introduction to Functional Safety and SIL CertificationISA Boston Section
This overview session will acquaint attendees with the key concepts in the IEC 61508 standard for functional safety of electrical/electronic and programmable electronic systems. An introduction is provided to safety integrity levels (SIL), the safety lifecycle and the requirements needed to achieve a functional safety certificate. Information will be provided on documentation requirements and an introduction to the basic objectives of product design for functional safety.
This position paper of the SIL Platform (www.nen.nl) indicates that it is common practice to operate process plants at maximum performance, optimum capacity and minimum risk levels. A Safety Integrity Level (SIL) is often determined through e.g. a Layer of Protection Analysis (LOPA) [1] [2]
[3], which is a means to quantify risks. However, LOPA is usually not the starting point for quantifying risks. This is often done with the use of a Risk Assessment Matrix (RAM). Contrary to LOPA and SIL, the use and type of RAM is not clearly pre-scribed or defined.
The intention of this guide is to provide guidance on RAM and show the relations between RAM, LOPA and SIL levels. What are the pitfalls? What is usually applied? What is often missed? It is not the intention to explain in detail the various available risk assessment techniques.
How to arrive at a SIL level in the correct manner leading to a qualitatively proper design and implementation is described in the EN-IEC 61511 standard [4]. Achieving a SIL requires amongst other aspects:
Correct identification of Safety Instrumented Functions (SIF)
Correct determination of required SIL rating of the various SIFs.
This guide strives to improve this quality by improving the quality of the risk assessment(s) providing input to the SIL determination. The targeted audience of this guide is the Dutch Process Industry Sector.
Complying with New Functional Safety StandardsDesign World
Better understand functional safety and how it applies to the equipment you build and use. As EN ISO 13849-1 (EN 954) and IEC 62061 become more prevalent in North American design and industry segments request Safety Integrity Level (SIL), Control Category and Protection Level (PL) ratings, our approach to machine safety stands to change.
This webinar provides practical advice for adopting these new standards by providing an overview of:
- Market trends
- Applicable standards
- Considerations for applying relevant standards
- Determining your level of machine safety design
Hosted by Design World, this educational webcast helps original equipment manufacturers and end users better understand functional safety and how it applies to the equipment you build.
Introduction to Functional Safety and SIL CertificationISA Boston Section
This overview session will acquaint attendees with the key concepts in the IEC 61508 standard for functional safety of electrical/electronic and programmable electronic systems. An introduction is provided to safety integrity levels (SIL), the safety lifecycle and the requirements needed to achieve a functional safety certificate. Information will be provided on documentation requirements and an introduction to the basic objectives of product design for functional safety.
This position paper of the SIL Platform (www.nen.nl) indicates that it is common practice to operate process plants at maximum performance, optimum capacity and minimum risk levels. A Safety Integrity Level (SIL) is often determined through e.g. a Layer of Protection Analysis (LOPA) [1] [2]
[3], which is a means to quantify risks. However, LOPA is usually not the starting point for quantifying risks. This is often done with the use of a Risk Assessment Matrix (RAM). Contrary to LOPA and SIL, the use and type of RAM is not clearly pre-scribed or defined.
The intention of this guide is to provide guidance on RAM and show the relations between RAM, LOPA and SIL levels. What are the pitfalls? What is usually applied? What is often missed? It is not the intention to explain in detail the various available risk assessment techniques.
How to arrive at a SIL level in the correct manner leading to a qualitatively proper design and implementation is described in the EN-IEC 61511 standard [4]. Achieving a SIL requires amongst other aspects:
Correct identification of Safety Instrumented Functions (SIF)
Correct determination of required SIL rating of the various SIFs.
This guide strives to improve this quality by improving the quality of the risk assessment(s) providing input to the SIL determination. The targeted audience of this guide is the Dutch Process Industry Sector.
Complying with New Functional Safety StandardsDesign World
Better understand functional safety and how it applies to the equipment you build and use. As EN ISO 13849-1 (EN 954) and IEC 62061 become more prevalent in North American design and industry segments request Safety Integrity Level (SIL), Control Category and Protection Level (PL) ratings, our approach to machine safety stands to change.
This webinar provides practical advice for adopting these new standards by providing an overview of:
- Market trends
- Applicable standards
- Considerations for applying relevant standards
- Determining your level of machine safety design
Hosted by Design World, this educational webcast helps original equipment manufacturers and end users better understand functional safety and how it applies to the equipment you build.
I'm Abdullah have Experience in the field of Instrumentation so for this utilities of others i am uploading my cv format so that anyone could take help,,,,,,
1. 13+ Years of Experience as a Sr. Instrument Technician/Supervisor in the field of Instrumentation
and Control Systems
Mohammed Hasnain
H.No: 86, Gausia Lane, P.B. Road
Jugsalai, Jamshedpur-831006
Jharkhand, India.
+966592842345, +919798767777.
*sapientmohammed@gmail.com
*mohammed_sapient@yahoo.com
Skype ID: sapientmohammed
Career Goals:
A challenging position as a Process Control Engineer in a reputed organization where my skills and experience
on control systems can be used in the growth of the company.
Summary
Worked with Honeywell DCS system TDC Experion & TDC 3000, Triconex ESD system and Allen Bradley
& Ge Fanuc PLC system.
Worked with SCADA system ‘exLerate 2003’ software package and omni 6000 flow computer for gas flow
metering.
Possess excellent creative and problem solving skills.
Extensive knowledge of the principles and practices of engineering concepts and calculation methods.
Highly skilled in functional tests, control system and network administration.
Attention to details with excellent communication skills.
Ability to handle tasks efficiently with minimum supervision.
Specialization in Bently Nevada Asset condition monitoring system.
Good behavior & positive approach while working with team members.
Work Experience:
Organization: SABIC, Kemya, Al Jubail, Saudi Arabia.
Duration: March 2014 to till date.
Designation: Sr. Instrument Technician
Activities
To perform preventive maintenance checks of different kinds of instruments as per kemya safety practice
and procedure.
Carries out other related duties such asobtaining work permits in accordance with the PM procedures.
Track notification on SAP network for corrective maintenance on daily basis generated by the operation
supervisor and take appropriate action with the co-ordination of instrument specialist.
Respond to DCR (Design change request) initiated by the planner with the co-ordination of supervisor.
Participation in emergency drills, hazards analysis, safety meetings, Task risk assessment (TRA), incident
and near miss reporting.
Calibration and troubleshooting of level, pressure, temperature switches, pressure safety valves, pressure
relief valves, safety relief valves, and portable gas detector etc.
Calibration of pressure temperature gauges, control valves and smart transmitters.
Reading ladder logic program, cause and effect of diagram, P&ID diagram.
2. Maintenance of flow meter, PD meter, Proportional velocity meter, Vortex flow meter, Electromagnetic flow
meter, Radiation level transmitter and Ultra sonic flow meter.
Maintenance of ESD (Emergency shutdown). Shut down of valves and all solenoid activated valves.
Ensured timely resolution of technical issues as well as provided support for day-to-day process control and
applications issues
Responsible for safe operation of reliable control systems and reliable plant.
Organization: SAUDI OGER LTD, Al Jubail, Saudi Arabia.
Duration: June 2011 to Aug 2013.
Designation: Instrument Supervisor.
Activities
Operation of Scrapper/ pigging, filtration, valve operation, SCADA & Instrumentation, chromatograph,
MOV, PCV, FCV,
Monitoring of network through SCADA System.
Pipeline routine patrol and keep eye on any excavation work being performed in the vicinity of the pipeline
that might cause concern.
Monitoring of any deviation from normal operational parameters and take appropriate corrective action
according to the situation.
Perform isolation activity in case of maintenance & emergencies.
Ensure safe isolated network for the maintenance staff.
Performs skilled preventive maintenance tasks.
Calibration & preventive check of Level, Pressure, Flow, Temperature, Position Instruments of various
types, vibration / speed measurement system & instruments.
Performs Routine maintenance tasks.
Performs troubleshooting and repairs as arises.
Participates in advanced tasks under supervision.
Performs miscellaneous job related duties as assigned.
Responds to client complaints / requests.
Attends and participates in commissioning of new installations.
Organization: CCIC, Ruwais, UAE.
Duration: July 2009 to February 2011.
Designation: Sr. Instrument Technician.
Activities
Calibration and loop check of different types of control valve.
Servicing and troubleshooting of various types of instruments.
Responsible in the installation, commissioning, maintaining, and calibrating instrumentation system in
accordance with all regulations.
Troubleshooting and calibration of different vibration elements.
Performs configuration and troubleshooting of each loop in Bently Nevada system 1 optimization and
diagnostic software.
Performed other related tasks as assigned under the instructions of Senior Control System Engineer
Troubleshooting of Motorized & Pneumatic actuator problems, calibration & limit switch adjustments,
calibration of pneumatic positioner, I/P converter.
Cable dressing & loop checking jobs related to Instrumentation & Control.
Ability to read & understanding engineering drawings such as P & IDs, loop drawing, ladder logic and
block & functional diagrams.
3. Organization: BOC INDIA LIMITED, Jamshedpur, India
Duration: October 2005 to November 2008.
Designation: Instrument Technician.
Activities
Though rough knowledge of oil & gas refinery process, operation etc.
Experience in industrial process control (oil, gas, chemical etc.) and studies.
Handled different types of field instruments such as sensors, valves, limit switches, Thermocouple, RTDs,
transmitters etc.
Responsible for solving system problems and managing the operation of systems.
Maintenance of ESD (Emergency shutdown). Shut down of valves and all solenoid activated valves.
Maintenance of flow meter, PD meter, ultra-sonic meter, Electromagnetic flow meter.
Installation, maintenance and calibration of oxygen gas sensors & detectors, maintenance of FAC panel.
Organization: USHA MARTIN LIMITED, Jamshedpur, India
Duration: January 2002 to June 2005.
Designation: Instrument Technician
Activities
Maintenance of Field Instruments and ISO-documentation according to PMS (Preventive maintenance
Schedule) periodically in production plant.
Process monitoring and control by PLC (Siemens S7 300) and SCADA system, Startup and Shut down as
per the specified standard operating systems.
Participation in emergency drills, hazards analysis, safety meetings, Task risk assessment (TRA), incident
and near miss reporting
Calibration and troubleshooting of level, pressure, temperature switches & transmitters, pressure safety
valves, pressure relief valves, safety relief valves, and portable gas detector etc.
Calibration of pressure temperature gauges, control valves and smart transmitters.
Read and understand P&I & wiring diagram / drawings.
Equipment: 375, 475 HART communicator, AMC (Dpi 620 advance modular calibrator), Druck & Amtek pres
sure calibrators, Druck Trx, Tk3, mA source, Snapshot for windows CE and Digital Fluke Multimeter.
Transmitters: Pressure, Flow, Level, Temperature. SMART Transmitters of Rosemount, Yokogawa, Endress +
Hauser, Ultra Sonic Flow Meter, Vortex Flow Meters, Electromagnetic Flow Meters, & Coriolis Flow Meter.
Valves: On-Off Valves, Control Valves with smart Positioner Fieldview DVC 6010, 6020 & 6030, Masoneilan,
Siemens, Samson, Adamas, Severn Glocon. Anti-surge Control Valves, Sequence Ball Valves (Orbit Valves).
MOV’s of Rotork.
Skills and Knowledge
-Able to handle pressure without letting it detracts from the quality of work.
-Dependable and able to act with discretion.
-Strong interpersonal, verbal and written communication skills.
-Strong researching skills.
-Fluent in written and spoken English.
-Computer literate.
4. Technical Qualifications:
Certificate: 3 Years Diploma in Electronics and Communication
Duration: July 1998 to July 2001.
Institution: Oxford Polytechnic, First Phase,
J.P.Nagar, Bangalore, INDIA
Major Subjects: Digital Electronics, Analog Electronics, Radar and Microwave Engineering, Industrial Electron
ics, Communication Engineering.
Educational Qualifications:
Certificate: 10th (Matriculation)
Duration: March 1996 to March 1998
Institution: Rajasthan Vidya Mandir Sakchi, Jamshedpur, INDIA.
Major Subjects: Physics, Mathematics, Chemistry, and Biology.
► Computing Skills: MS Office, Word, Excel and Power point.
► Operating System: Windows 98/2k/XP/Vista/Windows2007.
Personal Data
Total Experience 13 Years
Name as In Passport Mohammad Hasnain
Age 34 Years
Date of Birth June 02, 1981.
Sex Male
Marital Status Married
Language Known English, Hindi, Urdu, Arabic
Nationality Indian
Religion
Nearest Airport
Current Salary
Expected Salary
Expected Time To Relocate
Islam
Kolkata
6500 SR
Negotiable
2 months
Current location Al Jubail, Saudi Arabia
Notice Period Two month
Mailing Address Millat Nagar,M.P.Road, Jugsalai,
Jamshedpur-831006, Jharkhand, India.
Passport Detail
Passport No M0943950.
Date of Issue 23/09/2014.
Date of Expiry 22/09/2024.
Place of Issue Ranchi
Date: 23-08-2016 Mohammad Hasnain