HOD / Dept. Manager / Sr. tech Professional Leader-Instrumentation


Last Updated: 4th February 2018 (over 4 years ago)

Address
India

E-mail
Locked

Phone Number
Locked

Gender
Male

Age Range
45 to 54

Qualification Level
Degree

Languages
English, Hindi

Summary

Lead, & Head of Instrumentation and Control Systems, Telecommunications Department, handle the team more than 50 staff members have been managed during recession period as effectual to meet the tough challenges such as productivity, billability more than 92%, and 100% chargeability of team at levels, as effective utilization of local nationality, and made the delivery of projects on schedule, within man-hours & cost budgets, with high quality, and achieve the client’s satisfactions etc.

Overall 21 years’ experience in Instrumentation, Control System & Telecom Engineering covering from Conceptual, Feasibility Studies / DBSP, Front End Engg. Design (FEED), FEL-2, FEL-3, Proposal/ Bidding, Basic / Detail Engineering, LSTK, EPC, PMC / EPCM for Greenfields, Brownfields, Debottlenecking Projects for Offshore & Onshore, GOSP, Oil & Gas, Water/NGL/Oil pipelines, terminals and Refineries, Petrochemicals, Chemicals, S-PVC, Sulphuric Acid Plants, Polymers, Mining sectors

Effective engineering discipline management & leadership skills to possess a broad understanding of each engineering disciplines and project procedures, and also develop the strategic perspective, teamwork, empowerment, innovation, ethical behavior and satisfaction on the project or program

Workload assessments, and identify the availability of resources for forecast engineering workloads, planning and allocation of resources on the projects as cost effectively, also as needed to deploy the right resources on critical tasks to achieve the specific goals.

Conduct the annual appraisals, recognitions and promotions for staffs

Moreover, responsibilities to generate administrative and technical standard specifications, guidelines / work instructions and procedures, and also provides technical oversight, staffing coordination, discipline support to LSTK proposal bid preparation. Also responsible to train and mentor / development of junior level and / or low competent staff, and general inter-departmental coordination. Oversees multiple Instrumentation leads across multiple projects (typically within one or more business units). Interface with the Project Management teams and Clients to attend the reviews of the engineering studies, design drawings and documents, and material and equipment specifications. To resolves engineering issues by applying acceptable principles (recommended practices), codes, standards and practices.
As a Lead Engineer is a responsible for manage the team of engineers & designers and provide quick technical directions/ resolutions against issues during design/engineering and development of projects, to achieve the significant milestones and enhanced productivity and schedule/progress even also for fast tract projects. also responsible to Create and manage the instrumentation scope work for project, work-hours estimation for execution of project, planning and scheduling of job activities, preparation of document index, manpower loading/ task allocation, resource/ software utilization. Monitoring the productivity/efficiency and ensure quality of instrumentation deliverables, coordinating with inter-disciplines for to/from inputs, squad checks of drawings /documents, interface (reporting / review meetings) with the Project Management teams and Clients, extensive interaction with vendors, subcontractors / LSTK package suppliers, also make site visits whereas applicable for data gathering, input validations / design verifications. To establish the work share with other offices / consortiums and keep close co-ordination to get successful results within timely frame to complete the fast track projects as on scheduled.

Technical involvement in P&IDs’ development for Instrument and Control portion, preparation/ review of procedures, work instructions, philosophies & design basis, detailed specifications including automation systems( i. e. DCS, ESD, HIPPS, TMS, F&G, RTU/SCADA, WHC, PDMS, SDAUS, CCS, VMS, CMS, LDS, MPFM), and also Custody metering, analyzers, Vibration Monitoring, Tank gauging, Security System, Foundation fieldbus implementation, Control valves, On-Off / ESD valves, Safety Relief

devices, Pressure Regulating device, Flow Instruments, Pressure Instruments, Level Instruments, Temperature Instruments, Signal / Communication Cables, Instrument installations / Hook-ups etc. Create and develop the Instrument Index database, Set Point Index, I/O List for DCS/PLC (ESD/HIPPS) /F&G / RTU, Instrument data sheets, Instrument Sizing calculations (Control Valves, Relief Valves, Flow Elements, and thermo well vibration calculations), Utility consumptions ( Power, Pneumatic, Purge Fluids, Calibration/Testing/Sampling gases) calculations for Instrumentation and also heat load calculations, Review the interlock narratives, Cause & Effect Diagrams /SAFE charts, and also prepare the graphics, functional schematics, logic/SAMAS diagrams, Participate HAZOPs & PHSER, SIL assignments, SIF implementation, SIL verification and validation, SIS/ESD/HIPPS I/O allocations, Cable / Wiring Termination drawings / Interconnection diagrams etc. Cable/Conduit/Drum/JB schedules, Segment / Loop Diagrams, FF segment validations, Cable Block Diagrams, JB/ Panel wirings, hook-up drawings, Integration of all package units /third party PLCs along with Plant DCS to achieve functionality of overall plant as prescribed, Also prepare the Instrument location layouts, Cable block diagrams, Cable tray routing layouts, Control Room layouts, F&G device layouts, Fire Zone Layouts, MCT details drawing, MTO, Preparation of the erection tenders, Develops / incorporates the inputs to/from inter-disciplines for the interface points. SPR (3D PDS) modeling Reviews.
Procurement involvement including preparation of Material Requisitions, offer evaluations / TBA and carried out technical discussion with vendors, Purchase ordering, Reviews / Approvals of vendor documents, Pre-FAT & FAT activities carried out at suppliers’ shops.

FEED preparation including assessments for instrumentation technology, scope matrix development for EPCs, interface point schedule preparation, man power loading & task allocation for FEED development, involved in review & development of Licenser P&IDs, Cause & Effects, Instrument list, I/O list, Set point list, Design basis, Instrument Philosophies & Specifications, Project approved vendor list, Main frame agreement with suppliers for standardization (Instrumentation), Pre-HAZOP participation and its comments incorporation, Main cable route layout, PIB / Satellite rack room / Control room layouts, Plant F&G layout, Installation Sketches, Instrument Material Guide, Project Schedule, Project procedures, Project cost estimation, response on Bidder’s queries/clarifications, Bidders’ qualification and deviation / assumption analysis, Technical bid evaluations, Contract Awards, Project management with LSTKs / EPCs during detail engineering and construction.

PMC - Highly professional competence, creative and dynamic leadership skills in PMC tasks which cover aspects such as planning, dedication, leading, organizing, guiding, coordinating, complementing, supplementing, supervising, motivating, inspiring, aligning, value enhancing, monitoring, controlling, Recording issues or escalating where necessary. Focusing, Solving problems, conflicts management, managing project scope and change control and escalating issues where necessary, Managing project evaluation and dissemination, synthesize and integrate all the aspects for each activities of the entire project
PMC objective is of course to achieve set and stipulated visions, policies, common understanding of goals & strategy and project objectives as deliverables usually in terms of but not limited to primary triple objectives of time, cost and quality and secondary objectives of excellence in all aspects of design, construction, investment, safety and safe environmental, third objectives to identify opportunities and focus proactive risk management to creates clear differentiating advantage.
Manage interfaces as key challenge, notably the identification of where contractors’ scope overlap or of any unassigned scope. Management of supplier/contractual relationships
Exceptional PMC skill to execute and manage EPC activities in effective and efficient manner, to use excellent progress monitoring methodology and produce a progress reports, Review and update the risk register, Maintain a project blog and also understanding to deliver a successful project.
Develop supervising plans for EPC contractor’s activities on Instrumentation and Control system’s project scope and lead their proficient execution of relevant areas.
Review and approve all engineering deliverables related to Instrumentation and Control system, problems of EPC contractor’s activities to avoid massive delay in design and construction and also resolves engineering issues by applying acceptable principles (recommended practices), codes, standards and practices and get the Client’s approval on particular issues. Identifies drawings/ documents errors omissions or modification done during construction, same to be informed EPC to as-built drawings/documents.
Review EPC contractor’s design standards and details as they are provided ensuring the project requirements are satisfied
Attend the project meeting and coordinate with other project groups, sub-contractors, suppliers for engineering execution with respect to quality and management solutions to improve the efficiency of a project engineering and to avoid repeat problems/queries on technical matters.
Attend factory acceptance tests to confirm EPC contractor supplied equipment and materials if necessary
Support construction and commissioning activities at site
Attend functional loop tests to ensure the system functions are met with project requirements,
Experience of large complex and multi process units’ plant projects. Knowledge, Skills & Qualification for project execution for design, procurement, construction and commissioning and also thorough knowledge of engineering practices and economic principles, calculation methods, international codes and standards, procedures, and specifications.

Bid (Proposal), review of ITB documents for scope identification, interface point, term & conditions, special requirement, planning & scheduling, man power loading & task allocation for Bid preparation & submittal, preparation of Technical queries and getting clarification from PMC/Owner’s Representative, Further development of FEED documents such as P&IDs (Process & Utilities), Instrument List, I/O List, Layouts as applicable for estimation etc; Preparation of MRs’ for various Instruments and Control systems to acquire the budgetary quotations, TBAs, Preparation of the tender for subcontract (erection), Preparation of bill of quantities and cost estimation, Man-hours estimation for project execution, Preparation of proposal deviations & assumptions for qualification, Preparation of other documents as demanded by ITB and PMC/Owner’s Representative.

Construction supervision including the material tracking, erection planning and scheduling, manpower loading/task allocation, early work start-up such as instruments’ calibration and testing as applicable, fabrication of instrument supports, trays / miscellaneous items as applicable, Tray & cable laying, Instruments /JBs/Panels/Cabinet hook-up at final location, cable/wiring termination/tagging/Ferruling/dressing etc; Sealing of cable penetration at wall/panel etc; loop checking, Instrument impulse flushing & leak check, supervision of package units’ erection work, preparation of punch lists and clarified with erection contractors.

Pre-commissioning, Start-up/Commissioning, man task allocation for the execution of start-up activities, involved in impulse flushing & sealing fluid fill-up whereas applicable, instrument line-up, leak check, installation adjustments of the instruments and performance verification correlate with process dynamics. Conformity of SAT, settlement and hand over of project.

Familiar with Industry Codes, Standards and Practices like API, ASME/ANSI, ISA, BS, UL, NEC, NACE,
NFPA, IEEE, IEC, AGA, ISO, MSS, Practices and also Bechtel, SHELL (DEP) & SAUDI ARAMCO Standards
& Engineering Practices.

Expertise in DCS, ESD, HIPPS, TMS, F&G, RTU/SCADA, WHC, PDMS, SDAUS, CCS, VMS, CMS, FPFM, LDS, Foundation Field Bus systems’ detail engg. from conceptual to commissioning. Participation in Design Review Meetings, HAZOPs, & SIL / SIF classifications. SIL / SIF implementation, Verification and Validation.

Also expertise in field instrumentations such as Analyzers, Vibration & Temperature Monitoring, Tank Gauging system, Custody transfer metering skid, Fire & Gas Detection, Integration of package units with overall plant. Sizing calculations (Control Valves, Relief Valves, Flow Elements, and thermo well vibration etc.), and calculation of various utility consumptions and loads.

Well conversant with INtools (Smart Plant Instrumentation –SPI), MS-office, Instru Cal Ver-8.1, Flowel 4 and fair exposure in SP-3D, PDS, SPR, PDMS.

Education

NORTH MAHARASHTRA UNIVERSITY, College of Engineering, Dhule, Maharashtra, INDIA
B. E. Instrumentation & Control Systems

   Jun 1991
— May 1996

B. E. (INSTRUMENTATION), Passed out from NORTH MAHARASTRA UNIVERSITY, Jalgaon, Maharashtra, INDIA, in May 1996 with 1st Class and scored 62%.

Major subjects : Instrumentation, Process Control, Control System Engineering, Digital Processing, Electronics, Fibre Optic Communication.

Experience

JACOBS ENGINEERING INDIA PVT. LTD. Mumbai, INDIA
Manager -INSTRUMENTATION

   Mar 2013
— Mar 2016

As a Lead Engineer is a responsible for manage the team of engineers & designers and provide quick technical directions/ resolutions against issues during design/engineering and development of projects, to achieve the significant milestones and enhanced productivity and schedule/progress even also for fast tract projects. also responsible to Create and manage the instrumentation scope work for project, work-hours estimation for execution of project, planning and scheduling of job activities, preparation of document index, manpower loading/ task allocation, resource/ software utilization. Monitoring the productivity/efficiency and ensure quality of instrumentation deliverables, coordinating with inter-disciplines for to/from inputs, squad checks of drawings /documents, interface (reporting / review meetings) with the Project Management teams and Clients, extensive interaction with vendors, subcontractors / LSTK package suppliers, also make site visits whereas applicable for data gathering, input validations / design verifications. To establish the work share with other offices / consortiums and keep close co-ordination to get successful results within timely frame to complete the fast track projects as on scheduled.

Technical involvement in P&IDs’ development for Instrument and Control portion, preparation/ review of procedures, work instructions, philosophies & design basis, detailed specifications including automation systems( i. e. DCS, ESD, HIPPS, TMS, F&G, RTU/SCADA, WHC, PDMS, SDAUS, CCS, VMS, CMS, LDS, MPFM), and also Custody metering, analyzers, Vibration Monitoring, Tank gauging, Security System, Foundation fieldbus implementation, Control valves, On-Off / ESD valves, Safety Relief

devices, Pressure Regulating device, Flow Instruments, Pressure Instruments, Level Instruments, Temperature Instruments, Signal / Communication Cables, Instrument installations / Hook-ups etc. Create and develop the Instrument Index database, Set Point Index, I/O List for DCS/PLC (ESD/HIPPS) /F&G / RTU, Instrument data sheets, Instrument Sizing calculations (Control Valves, Relief Valves, Flow Elements, and thermo well vibration calculations), Utility consumptions ( Power, Pneumatic, Purge Fluids, Calibration/Testing/Sampling gases) calculations for Instrumentation and also heat load calculations, Review the interlock narratives, Cause & Effect Diagrams /SAFE charts, and also prepare the graphics, functional schematics, logic/SAMAS diagrams, Participate HAZOPs & PHSER, SIL assignments, SIF implementation, SIL verification and validation, SIS/ESD/HIPPS I/O allocations, Cable / Wiring Termination drawings / Interconnection diagrams etc. Cable/Conduit/Drum/JB schedules, Segment / Loop Diagrams, FF segment validations, Cable Block Diagrams, JB/ Panel wirings, hook-up drawings, Integration of all package units /third party PLCs along with Plant DCS to achieve functionality of overall plant as prescribed, Also prepare the Instrument location layouts, Cable block diagrams, Cable tray routing layouts, Control Room layouts, F&G device layouts, Fire Zone Layouts, MCT details drawing, MTO, Preparation of the erection tenders, Develops / incorporates the inputs to/from inter-disciplines for the interface points. SPR (3D PDS) modeling Reviews.
Procurement involvement including preparation of Material Requisitions, offer evaluations / TBA and carried out technical discussion with vendors, Purchase ordering, Reviews / Approvals of vendor documents, Pre-FAT & FAT activities carried out at suppliers’ shops.

FEED preparation including assessments for instrumentation technology, scope matrix development for EPCs, interface point schedule preparation, man power loading & task allocation for FEED development, involved in review & development of Licenser P&IDs, Cause & Effects, Instrument list, I/O list, Set point list, Design basis, Instrument Philosophies & Specifications, Project approved vendor list, Main frame agreement with suppliers for standardization (Instrumentation), Pre-HAZOP participation and its comments incorporation, Main cable route layout, PIB / Satellite rack room / Control room layouts, Plant F&G layout, Installation Sketches, Instrument Material Guide, Project Schedule, Project procedures, Project cost estimation, response on Bidder’s queries/clarifications, Bidders’ qualification and deviation / assumption analysis, Technical bid evaluations, Contract Awards, Project management with LSTKs / EPCs during detail engineering and construction.

PMC - Highly professional competence, creative and dynamic leadership skills in PMC tasks which cover aspects such as planning, dedication, leading, organizing, guiding, coordinating, complementing, supplementing, supervising, motivating, inspiring, aligning, value enhancing, monitoring, controlling, Recording issues or escalating where necessary. Focusing, Solving problems, conflicts management, managing project scope and change control and escalating issues where necessary, Managing project evaluation and dissemination, synthesize and integrate all the aspects for each activities of the entire project
PMC objective is of course to achieve set and stipulated visions, policies, common understanding of goals & strategy and project objectives as deliverables usually in terms of but not limited to primary triple objectives of time, cost and quality and secondary objectives of excellence in all aspects of design, construction, investment, safety and safe environmental, third objectives to identify opportunities and focus proactive risk management to creates clear differentiating advantage.
Manage interfaces as key challenge, notably the identification of where contractors’ scope overlap or of any unassigned scope. Management of supplier/contractual relationships
Exceptional PMC skill to execute and manage EPC activities in effective and efficient manner, to use excellent progress monitoring methodology and produce a progress reports, Review and update the risk register, Maintain a project blog and also understanding to deliver a successful project.
Develop supervising plans for EPC contractor’s activities on Instrumentation and Control system’s project scope and lead their proficient execution of relevant areas.
Review and approve all engineering deliverables related to Instrumentation and Control system, problems of EPC contractor’s activities to avoid massive delay in design and construction and also resolves engineering issues by applying acceptable principles (recommended practices), codes, standards and practices and get the Client’s approval on particular issues. Identifies drawings/ documents errors omissions or modification done during construction, same to be informed EPC to as-built drawings/documents.
Review EPC contractor’s design standards and details as they are provided ensuring the project requirements are satisfied
Attend the project meeting and coordinate with other project groups, sub-contractors, suppliers for engineering execution with respect to quality and management solutions to improve the efficiency of a project engineering and to avoid repeat problems/queries on technical matters.
Attend factory acceptance tests to confirm EPC contractor supplied equipment and materials if necessary
Support construction and commissioning activities at site
Attend functional loop tests to ensure the system functions are met with project requirements,
Experience of large complex and multi process units’ plant projects. Knowledge, Skills & Qualification for project execution for design, procurement, construction and commissioning and also thorough knowledge of engineering practices and economic principles, calculation methods, international codes and standards, procedures, and specifications.

TECHINT INDIA PVT. LTD., Thane, INDIA
Principal Engineer - Instrumentation & Control System

   May 2010
— Feb 2013

As a Lead Engineer is a responsible for manage the team of engineers & designers and provide quick technical directions/ resolutions against issues during design/engineering and development of projects, to achieve the significant milestones and enhanced productivity and schedule/progress even also for fast tract projects. also responsible to Create and manage the instrumentation scope work for project, work-hours estimation for execution of project, planning and scheduling of job activities, preparation of document index, manpower loading/ task allocation, resource/ software utilization. Monitoring the productivity/efficiency and ensure quality of instrumentation deliverables, coordinating with inter-disciplines for to/from inputs, squad checks of drawings /documents, interface (reporting / review meetings) with the Project Management teams and Clients, extensive interaction with vendors, subcontractors / LSTK package suppliers, also make site visits whereas applicable for data gathering, input validations / design verifications. To establish the work share with other offices / consortiums and keep close co-ordination to get successful results within timely frame to complete the fast track projects as on scheduled.

Technical involvement in P&IDs’ development for Instrument and Control portion, preparation/ review of procedures, work instructions, philosophies & design basis, detailed specifications including automation systems( i. e. DCS, ESD, HIPPS, TMS, F&G, RTU/SCADA, WHC, PDMS, SDAUS, CCS, VMS, CMS, LDS, MPFM), and also Custody metering, analyzers, Vibration Monitoring, Tank gauging, Security System, Foundation fieldbus implementation, Control valves, On-Off / ESD valves, Safety Relief
Bid (Proposal), review of ITB documents for scope identification, interface point, term & conditions, special requirement, planning & scheduling, man power loading & task allocation for Bid preparation & submittal, preparation of Technical queries and getting clarification from PMC/Owner’s Representative, Further development of FEED documents such as P&IDs (Process & Utilities), Instrument List, I/O List, Layouts as applicable for estimation etc; Preparation of MRs’ for various Instruments and Control systems to acquire the budgetary quotations, TBAs, Preparation of the tender for subcontract (erection), Preparation of bill of quantities and cost estimation, Man-hours estimation for project execution, Preparation of proposal deviations & assumptions for qualification, Preparation of other documents as demanded by ITB and PMC/Owner’s Representative.

Construction supervision including the material tracking, erection planning and scheduling, manpower loading/task allocation, early work start-up such as instruments’ calibration and testing as applicable, fabrication of instrument supports, trays / miscellaneous items as applicable, Tray & cable laying, Instruments /JBs/Panels/Cabinet hook-up at final location, cable/wiring termination/tagging/Ferruling/dressing etc; Sealing of cable penetration at wall/panel etc; loop checking, Instrument impulse flushing & leak check, supervision of package units’ erection work, preparation of punch lists and clarified with erection contractors.

Pre-commissioning, Start-up/Commissioning, man task allocation for the execution of start-up activities, involved in impulse flushing & sealing fluid fill-up whereas applicable, instrument line-up, leak check, installation adjustments of the instruments and performance verification correlate with process dynamics. Conformity of SAT, settlement and hand over of project.

Familiar with Industry Codes, Standards and Practices like API, ASME/ANSI, ISA, BS, UL, NEC, NACE,
NFPA, IEEE, IEC, AGA, ISO, MSS, Practices and also Bechtel, SHELL (DEP) & SAUDI ARAMCO Standards
& Engineering Practices.

Expertise in DCS, ESD, HIPPS, TMS, F&G, RTU/SCADA, WHC, PDMS, SDAUS, CCS, VMS, CMS, FPFM, LDS, Foundation Field Bus systems’ detail engg. from conceptual to commissioning. Participation in Design Review Meetings, HAZOPs, & SIL / SIF classifications. SIL / SIF implementation, Verification and Validation.

Also expertise in field instrumentations such as Analyzers, Vibration & Temperature Monitoring, Tank Gauging system, Custody transfer metering skid, Fire & Gas Detection, Integration of package units with overall plant. Sizing calculations (Control Valves, Relief Valves, Flow Elements, and thermo well vibration etc.), and calculation of various utility consumptions and loads.

Well conversant with INtools (Smart Plant Instrumentation –SPI), MS-office, Instru Cal Ver-8.1, Flowel 4 and fair exposure in SP-3D, PDS, SPR, PDMS.

JACOBS ENGINEERING INDIA PVT. LTD. Mumbai, INDIA
Principal Design Engineer - Instrumentation & Control System

   Dec 2006
— May 2010

FEED preparation including assessments for instrumentation technology, scope matrix development for EPCs, interface point schedule preparation, man power loading & task allocation for FEED development, involved in review & development of Licenser P&IDs, Cause & Effects, Instrument list, I/O list, Set point list, Design basis, Instrument Philosophies & Specifications, Project approved vendor list, Main frame agreement with suppliers for standardization (Instrumentation), Pre-HAZOP participation and its comments incorporation, Main cable route layout, PIB / Satellite rack room / Control room layouts, Plant F&G layout, Installation Sketches, Instrument Material Guide, Project Schedule, Project procedures, Project cost estimation, response on Bidder’s queries/clarifications, Bidders’ qualification and deviation / assumption analysis, Technical bid evaluations, Contract Awards, Project management with LSTKs / EPCs during detail engineering and construction.

PMC - Highly professional competence, creative and dynamic leadership skills in PMC tasks which cover aspects such as planning, dedication, leading, organizing, guiding, coordinating, complementing, supplementing, supervising, motivating, inspiring, aligning, value enhancing, monitoring, controlling, Recording issues or escalating where necessary. Focusing, Solving problems, conflicts management, managing project scope and change control and escalating issues where necessary, Managing project evaluation and dissemination, synthesize and integrate all the aspects for each activities of the entire project
PMC objective is of course to achieve set and stipulated visions, policies, common understanding of goals & strategy and project objectives as deliverables usually in terms of but not limited to primary triple objectives of time, cost and quality and secondary objectives of excellence in all aspects of design, construction, investment, safety and safe environmental, third objectives to identify opportunities and focus proactive risk management to creates clear differentiating advantage.
Manage interfaces as key challenge, notably the identification of where contractors’ scope overlap or of any unassigned scope. Management of supplier/contractual relationships
Exceptional PMC skill to execute and manage EPC activities in effective and efficient manner, to use excellent progress monitoring methodology and produce a progress reports, Review and update the risk register, Maintain a project blog and also understanding to deliver a successful project.
Develop supervising plans for EPC contractor’s activities on Instrumentation and Control system’s project scope and lead their proficient execution of relevant areas.
Review and approve all engineering deliverables related to Instrumentation and Control system, problems of EPC contractor’s activities to avoid massive delay in design and construction and also resolves engineering issues by applying acceptable principles (recommended practices), codes, standards and practices and get the Client’s approval on particular issues. Identifies drawings/ documents errors omissions or modification done during construction, same to be informed EPC to as-built drawings/documents.
Review EPC contractor’s design standards and details as they are provided ensuring the project requirements are satisfied
Attend the project meeting and coordinate with other project groups, sub-contractors, suppliers for engineering execution with respect to quality and management solutions to improve the efficiency of a project engineering and to avoid repeat problems/queries on technical matters.
Attend factory acceptance tests to confirm EPC contractor supplied equipment and materials if necessary
Support construction and commissioning activities at site
Attend functional loop tests to ensure the system functions are met with project requirements,
Experience of large complex and multi process units’ plant projects. Knowledge, Skills & Qualification for project execution for design, procurement, construction and commissioning and also thorough knowledge of engineering practices and economic principles, calculation methods, international codes and standards, procedures, and specifications.

CHEMTEX GLOBAL ENGINEERS INDIA PVT. LTD.
Sr. Instrumentation Engineer

   Aug 2005
— Nov 2006

As a Lead Engineer is a responsible for manage the team of engineers & designers and provide quick technical directions/ resolutions against issues during design/engineering and development of projects, to achieve the significant milestones and enhanced productivity and schedule/progress even also for fast tract projects. also responsible to Create and manage the instrumentation scope work for project, work-hours estimation for execution of project, planning and scheduling of job activities, preparation of document index, manpower loading/ task allocation, resource/ software utilization. Monitoring the productivity/efficiency and ensure quality of instrumentation deliverables, coordinating with inter-disciplines for to/from inputs, squad checks of drawings /documents, interface (reporting / review meetings) with the Project Management teams and Clients, extensive interaction with vendors, subcontractors / LSTK package suppliers, also make site visits whereas applicable for data gathering, input validations / design verifications. To establish the work share with other offices / consortiums and keep close co-ordination to get successful results within timely frame to complete the fast track projects as on scheduled.

Technical involvement in P&IDs’ development for Instrument and Control portion, preparation/ review of procedures, work instructions, philosophies & design basis, detailed specifications including automation systems( i. e. DCS, ESD, HIPPS, TMS, F&G, RTU/SCADA, WHC, PDMS, SDAUS, CCS, VMS, CMS, LDS, MPFM), and also Custody metering, analyzers, Vibration Monitoring, Tank gauging, Security System, Foundation fieldbus implementation, Control valves, On-Off / ESD valves, Safety Relief

devices, Pressure Regulating device, Flow Instruments, Pressure Instruments, Level Instruments, Temperature Instruments, Signal / Communication Cables, Instrument installations / Hook-ups etc. Create and develop the Instrument Index database, Set Point Index, I/O List for DCS/PLC (ESD/HIPPS) /F&G / RTU, Instrument data sheets, Instrument Sizing calculations (Control Valves, Relief Valves, Flow Elements, and thermo well vibration calculations), Utility consumptions ( Power, Pneumatic, Purge Fluids, Calibration/Testing/Sampling gases) calculations for Instrumentation and also heat load calculations, Review the interlock narratives, Cause & Effect Diagrams /SAFE charts, and also prepare the graphics, functional schematics, logic/SAMAS diagrams, Participate HAZOPs & PHSER, SIL assignments, SIF implementation, SIL verification and validation, SIS/ESD/HIPPS I/O allocations, Cable / Wiring Termination drawings / Interconnection diagrams etc. Cable/Conduit/Drum/JB schedules, Segment / Loop Diagrams, FF segment validations, Cable Block Diagrams, JB/ Panel wirings, hook-up drawings, Integration of all package units /third party PLCs along with Plant DCS to achieve functionality of overall plant as prescribed, Also prepare the Instrument location layouts, Cable block diagrams, Cable tray routing layouts, Control Room layouts, F&G device layouts, Fire Zone Layouts, MCT details drawing, MTO, Preparation of the erection tenders, Develops / incorporates the inputs to/from inter-disciplines for the interface points. SPR (3D PDS) modeling Reviews.
Procurement involvement including preparation of Material Requisitions, offer evaluations / TBA and carried out technical discussion with vendors, Purchase ordering, Reviews / Approvals of vendor documents, Pre-FAT & FAT activities carried out at suppliers’ shops.

KBR-AMCDE, Al-Khobar, Saudi Arabia
Instrumentation Engineer

   May 1996
— Jun 2005

Technical involvement in P&IDs’ development for Instrument and Control portion, preparation/ review of procedures, work instructions, philosophies & design basis, detailed specifications including automation systems( i. e. DCS, ESD, HIPPS, TMS, F&G, RTU/SCADA, WHC, PDMS, SDAUS, CCS, VMS, CMS, LDS, MPFM), and also Custody metering, analyzers, Vibration Monitoring, Tank gauging, Security System, Foundation fieldbus implementation, Control valves, On-Off / ESD valves, Safety Relief

devices, Pressure Regulating device, Flow Instruments, Pressure Instruments, Level Instruments, Temperature Instruments, Signal / Communication Cables, Instrument installations / Hook-ups etc. Create and develop the Instrument Index database, Set Point Index, I/O List for DCS/PLC (ESD/HIPPS) /F&G / RTU, Instrument data sheets, Instrument Sizing calculations (Control Valves, Relief Valves, Flow Elements, and thermo well vibration calculations), Utility consumptions ( Power, Pneumatic, Purge Fluids, Calibration/Testing/Sampling gases) calculations for Instrumentation and also heat load calculations, Review the interlock narratives, Cause & Effect Diagrams /SAFE charts, and also prepare the graphics, functional schematics, logic/SAMAS diagrams, Participate HAZOPs & PHSER, SIL assignments, SIF implementation, SIL verification and validation, SIS/ESD/HIPPS I/O allocations, Cable / Wiring Termination drawings / Interconnection diagrams etc. Cable/Conduit/Drum/JB schedules, Segment / Loop Diagrams, FF segment validations, Cable Block Diagrams, JB/ Panel wirings, hook-up drawings, Integration of all package units /third party PLCs along with Plant DCS to achieve functionality of overall plant as prescribed, Also prepare the Instrument location layouts, Cable block diagrams, Cable tray routing layouts, Control Room layouts, F&G device layouts, Fire Zone Layouts, MCT details drawing, MTO, Preparation of the erection tenders, Develops / incorporates the inputs to/from inter-disciplines for the interface points. SPR (3D PDS) modeling Reviews.
Procurement involvement including preparation of Material Requisitions, offer evaluations / TBA and carried out technical discussion with vendors, Purchase ordering, Reviews / Approvals of vendor documents, Pre-FAT & FAT activities carried out at suppliers’ shops.

FEED preparation including assessments for instrumentation technology, scope matrix development for EPCs, interface point schedule preparation, man power loading & task allocation for FEED development, involved in review & development of Licenser P&IDs, Cause & Effects, Instrument list, I/O list, Set point list, Design basis, Instrument Philosophies & Specifications, Project approved vendor list, Main frame agreement with suppliers for standardization (Instrumentation), Pre-HAZOP participation and its comments incorporation, Main cable route layout, PIB / Satellite rack room / Control room layouts, Plant F&G layout, Installation Sketches, Instrument Material Guide, Project Schedule, Project procedures, Project cost estimation, response on Bidder’s queries/clarifications, Bidders’ qualification and deviation / assumption analysis, Technical bid evaluations, Contract Awards, Project management with LSTKs / EPCs during detail engineering and construction

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