CV: MOHAMMED MUBASHIR AHMED (**+Years Electrical Engineer)

Phone: +917********* E-mail:-adb8xs@r.postjobfree.com

CAREER SUMMARY

Graduate Electrical & Electronics Engineer, with13 years of experience with an eminent professional in the industry and hands on experience in the field of Electrical by being a part of the dedicative team of the organization for Power distribution projects, Oil & Gas EPC projects (Offshore and On Shore).

Professional Skills & Experience

Having effective project management, multitasking and time management skills.

Knowledge of codes NEC, IEC, NEMA and NETA and Lightning protection according to NFPA 780.

Planning & scheduling assignments to achieve pre-set goals within time parameters. Formulating long term/short term strategic plans to enhance operations.

Ability to learn quickly is my forte that has helped me successfully manage various jobs given.

Ability to work with a team of dedicated professionals for achieving the deadlines for the execution of work.

ARAMCO SAP NO:-70015392

Working with : - L&T MFF Hazira, India (Sep 2018 to till date)

Position. : - Electrical Engineer (Saudi Aramco Project)

Worked at. : - Pragati Engineering Management Services (from June 2017 to Aug 2018)

Client :-Saudi Aramco as Electrical Engineer

Location : - L&T Hazira, INDIA.

Project :-Offshore SFNY4Deck Platform, 3 GAS PDM Project (BI-10-00909/02015/01263)

Worked at : - ABS-AMERICAN BUERIO OF SHIPPING (from Feb 2016 to June 2017)

Client :-Saudi Aramco as Electrical Engineer

Location : - Jazan Refinery Project, KSA.

Project :-CRUDE PROJECT (BI-10-0055-0009) EPC-09

Worked at : - Intertek Moody International (from Jan-2015 to Dec-2015)

Client :-Saudi Aramco as Electrical Engineer

Location :-L&T Hazira, INDIA.

Project :-MIDYAN GAS PROCESSING FACILITIES (BI-10-031**-****)

Job Profile:-

Performing review and ensuring technical accuracy and quality of Engineering Electrical deliverables such as design calculations against standards specifications, drawings, purchase requisitions, technical bid evaluations, BOM, Installation drawings and Material Storage Preservation along with FAT, SAT etc.

Knowledge of Electrical International according to Client Standards, IEEE, ANSI, NEC, API, NEMA, IEC, these meeting with the Installation requirement as per Electrical Area Classification and Fire proof requirements.

Ensures adherence to client procedures, specifications and guidelines.

Ensuring HAZOP studies carried out Assess the likelihood of these hazards being realised and the consequences using the Risk Assessment Matrix, ESD and RTU 24 V DC battery sizing.

Review SLD, Schematic Drawings, Short Circuit calculation, sizing feeder which supplies distribution equipment.

Arc Flash Analysis and Mitigation, Protection relay co-ordination, Transient Stability analysis studies.

Review NMR for vendor documents, drawings to ensure specifications for Electrical into Mechanical packages.

Equipment Data sheet, Power system operation and control review meeting with installation requirement.

Interconnection diagram and Cable, Conduit or race way schedule along with installation detail drawings.

Interaction with other discipline to resolve installation issues during execution phase.

Interaction with team for testing, pre-commissioning and start-up activities during construction phase.

Reviewing contractual obligations, schedule plans and procedures to verify if they comply with the requirement.

Assuring material status at site as per the work forecast to achieve project progress with quality assurance.

Review Inspection deliverables and resolve problems emerging during the inspection activities. Ensure that all inspection and tests are witnessed and reviewed.

Issue and administer the project reports as necessary and ensure follow-up.

To conduct regular internal Audits for different departments to ensure that the organization is fulfilling the requirement of Quality Management System as per ISO Standards.

Preparation of project closeout documents like, O&M manuals, As-built drawings, Warranty certificates, Equipment energization package.

Monitor project progress and two weeks look ahead through weekly progress meetings.

Assist in the successful commissioning, flawless start-up and normal operational activities through equipment inspection activities based on QA/QC procedures and reliability centered maintenance techniques.

Offshore platform fabrication with major Electrical, Instrumentation and ICCP works.

Major Accomplishments in the offshore related activities- installation and commissioning activities, the major work carried-out to achieve project task and to comply with company standards, NEC and NETA, installation of SG SF6, 13.8KVPower Transformer 13.8/.48KVA ONAN/ONAF, LV Switch Rack. Material receiving and installation of NiCad Battery bank NAVAID system, AFD MV submersible Motors. RTU panel installation to communicate with DCS. ESD to perform emergency shutdowns for SSV, SSSV, Production line velocity checks, Wellhead control along with Fire related Fuisible plug activation, Hand Switch controlling. Witness the calibration of PI, PDT, PZV, TI, TW, and Stroke test for CV, ZV. Installation and testing of Instrument Tubing for Liquid and Gas lines to comply with slope and length requirement. Installation of Orifice plate according to flow direction. Installation of MOV installation and performing Stroke test. Receiving Electrical and Instrumentation material to install on the offshore platform and witnessing pre-commissioning. Installation of ICCP Rectifier along with Negative, Positive Junction boxes

Major Accomplishments in the onshore and refinery related activities- installation and commissioning activities, the major work carried-out to achieve project task and to comply with company standards, NEC and NETA for test acceptance criteria, installation of Power Transformer 20MVA ONAN/ONAF, 3.25MVAONAN/ONAF and NGR 13.8KV/4.16KV, MV SG 13.8KV with 15KV VCB Equipped and installation of Cable Bus Duct 4.16KV 3000A, also involved witnessing SAT for the Pre Commissioning test. DRY type transformer 225KVA along with Power Panel 225KVA. Installation of Lightning Air terminals along with down conductor to comply with the NFPA 780 requirement and perform Ground grid resistance testing. Material receiving and installation of NiCad Battery bank with UPS system 208V output. Material receiving and installation of MCC, AFD with the rating 4.16KV and 480V respectively for MV and LV Motors. Space heater distribution panel for Motors winding protection against entry of solid or liquid contaminants. Power System Analysis installation and cable termination. IRP Interposing relay panel installation to communicate with DCS and ESD. Witness the calibration of PI, PDT, PZV, TI, TW, and Stroke test for CV, ZV. Installation and testing of Instrument Tubing for Liquid and Gas lines to comply with slope and length requirement. Installation of Orifice plate according to flow direction. Installation of MOV installation and performing Stroke test. Receiving Electrical and Instrumentation material to install and test the module along with heat exchanger unit.

Worked as: Electrical Engineer E&I, At: RHM & SONS Company (April 2012 to Oct-2014)

Client:-Saudi Aramco

Project: - SHAYBAH-NGL P/L PROJECT

- BERRI CUASEWAY PROJECT ONSHORE FACILITIES.

- PIPELINE REHABILITATION PHASE – V

Responsibility as E&I Engineer:-

Overall supervision on execution of all electrical installation works and operation of projects in accordance with the Engineering Standards.

Performing review and ensuring technical accuracy and quality of Engineering Electrical deliverables such as design calculations against standards specifications, drawings, purchase requisitions, technical bid evaluations, BOM, Installation drawings and Material Storage Preservation along with FAT, SAT etc.

Review SLD, Schematic Drawings, Short Circuit calculation, sizing feeder which supplies distribution equipment.

Prepare project status and monitoring reports and guide team to achieve the tasks per the project plan.

Attend to Kick-off meeting as per project requirements.

Updating and revision of drawings according to requirements changes and modifications carried out in the field.

Assist in the revolution of conflicts and difficult situations by providing supporting documentation, policies and procedures.

Effectively interact with all the MEP team and have good mediation and issue resolution skills.

Perform all core administrative and management tasks.

Review project deliverables and resolve issues emerging during the site activities. Ensure that all construction works and tests are witnessed and reviewed.

Assist in the successful commissioning, flawless start-up and normal operational activities through equipment inspection and maintenance activities based work procedures.

Responsible for all aspects of underground work including cable pulling, installing instruments & threaded rod; install duct bank, tray, ladder rack, confine space entry, small power and lighting, terminating and gladding cables to comply NEC and NETA as acceptance criteria. Participated in the installation of Power Transformer with the rating of 13.8KVA ONAN/ONAF, MV SG 13.8KV with 15KV VCB Equipped and installation of Cable Bus Duct 4.16KV 3000A. Installation of Solar panel with UPS system 110V output. MCC, AFD with the rating 4.16KV and 480V respectively for MV and LV Motors. Space heater distribution panel for Motor winding against entry of solid or liquid contaminants. Installation of RTU to communicate with DCS and ESD. Installation of ESD, MOV, Instruments, Surface Safety Valve, SSSV, PV area lighting and performing Illumination test.

Activity Monitored- Cathodic Protection- ICCP and Temporary CP.

Installation of Rectifier, MMO anode, TA-4 Deep Anodes for thrust anchor, thrust boring.

Installation of three pin test station,2pcs for thrust boring both side 1pcs for thrust anchor

Below grade exothermic welding of CP cable of each KM for single pin Test station.

Make Bonding a parallel pipe as per the standard of SAES-X-400-01

Check the potential reading of anode & each single pin test station as per standards.

Worked as: Electrical Engineer, At: Caravan Housing Solution (Nov 2007 to Jun-2011)

Responsibility as Electrical Engineer:-

Examined installations and observed operations to ensure conformance to design and equipment specifications, and provided technical assistance to field personnel in the areas of low voltage distribution equipment and low voltage motors/generators.

Supervised a team of 4 electricians responsible for cable pulling, tray installation, high level wiring of lights, small power and lighting, making off circuits in distribution boards; responded and provided technical assistance to electrical equipment problems within the company-owned facilities.

Develop thorough understanding of contract plans and specifications including one-line diagrams, cable and conduit schedules and loop diagrams.

Participate in company interface and meetings & Interface with other disciplines for coordination.

Issue and administer the project reports as necessary and ensure follow-up.

Preparation of project closeout documents like, O&M manuals, As-built drawings, Warranty certificates, DLP (defect liability program) chart etc.

Assist in the successful commissioning, flawless start-up and normal operational activities through equipment inspection and maintenance activities based work procedures.

Coordinate with Project Manager, MEP coordinators for smooth implementation of work schedule.

Successfully achieved installation and maintenance of 500KVA and 100KVA Generator along with Changeover Switch 600A. Installation of Power cable and grounding cable and performing testing and termination. Preparing Building load schedule and assembling DB and SMDB and performing Breaker current injection test and IR test. Installation of area lighting and performing Illumination test.

Worked as: Electrical Site Engineer, At: ICSA India LTD (Jul 2006 to Oct-2007)

Client :-Govt. Electricity Board- Andhra Pradesh- INDIA.

Project : - 1) R.G.G.V.Y. (Rajeev Gandhi Gruha Vidhuth Yojana), 2) 33/11KV Sub Station Construction under JBIC Project Govt. of A.P., 3) H.V.D.S. (High Voltage Distribution System). (APCPDCL)

Responsibility as Site Electrical Engineer.

Equipment and systems installation, including transformers and distribution boards and coordinates inspection of electrical sites to ensure systems are up to International code and company standards.

Reviewing contractual obligations, schedule plans and procedures to verify if they comply with the requirement.

Ensure the electrical system is not overloaded and that power is allocated properly between different loads.

Capable to present complex ideas and relay instructions to the team during site activities.

Capable to apply academic knowledge to new tasks and to keep up with rapid changes in technology.

Successfully completed installation of 11KV overhead transmission line with AAAC conductor along with distribution transformer 63KVA, 25KVA and installation of surge arrestor and an expulsion fuse cutout. Installation and termination of cable and DB to load and conducting test. To ensure proper Cable splicing & other installations prior to final inspection of client inspector. Report work deficiencies to concern authorities and recommend corrective action to be taken. Preparing snag list of site in the final stage of the project.

COMPUTER SKILLS SUMMARY - Auto cad.

-N Auto desk 3D Modelling

-EALPS

-Microsoft Office Suite

Personal Information:

Date of Birth : 04th JUNE 1984;

Citizenship : Indian;

Religion : Islam.

Marital status : Married.

Language Known: English, Telugu, Urdu and

Arabic (Read).

Academic & Professional Qualifications:

EDUCATIONAL& TECHNICAL QUALIFICATIONS

EDUCATION CATEGORY

INSTITUTE / UNIVERSITY

Bachelor of Engineering

Electrical & Electronics Engineering

J.N.T.U.

Intermediate (12th Year)

AP State Board

Alpha J.R. College

S.S.C (10th)

AP State Board

St.Alphonsus High School

Academic Projects during education

Title: Design & Manufacture of two Pole Air Cooled Gas Turbo Generator

Client: BHARATH HEAVY ELECTRICALS Limited, HYD. (B.H.E.L.)

About it: 1) 10 to 56MVA 4Pole design, air cooled.

2) 50 to 220MVA 2Pole design, air cooled.

3) 220 to 350MVA 2Pole design, hydrogen cooled.

Cylindrical laminated rotor design or salient pole rotor design. These generators have normally been of TE construction with integral air to water heat exchangers. Design was based on stator and rotor temperature rises giving accepted standard total temperature based on an ambient air temperature of 40 C. The standard generator rating was matched to the steam turbine rating at design steam condition. The gas turbine uses compressed and heated air as the power medium. Power output is a function of air flow, pressure, and temperature. For most operating conditions, the two-pole generator is a thermally limited device. Increased electrical output will result in a proportionate increase in losses and winding temperature rise. Thus, the total temperature limitations of the windings can be maintained and higher temp... rises allowed if the temp... of the cooling air is reduced. One of the prime advantages of the gas turbine for peaking applications is its ability to be started and stopped quickly. The gas turbine generator set is loaded rapidly, often achieving full load in less than two minutes after receiving the signal to start. Preventing the buildup of dirt and other foreign substances with in the generator is important to insure long trouble-free life. Many gas turbine generators are installed not only for peaking service, but also to provide startup power for an adjacent steam power plant, or emergency power for nuclear plant auxiliary motors.

The application of a two-pole air cooled cylindrical rotor generator to a gas turbine driver is considerably different than that historically used for application with steam turbines.

I hereby declare that all the information provided above is true to the best of my knowledge, and I apply with full confidence for your relevant post to serve your organization to the best of my level.

Best regards,

MOHAMMED MUBASHIR AHMED

Electrical Engineer

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