Construction Project Manager
Synergific Solutions
Total years of experience :26 years, 1 Months
SPARK: Presently working as Construction manager MEP Data Center project for Jones Engineering Quantum Switch project, SPARK King Salman Energy Park - KSA
CIT: Incinerator Installation contractor for CIT in NEOM - KSA
UFMC: Construction Manager for UFMC project Yanbu for various ELV systems, Sliding Gates, Cranes and Port Area Lighting - KSA
AMC: Engineering Manager for Arabian Maize Co, Yanbu facilities revamp for ELV systems - KSA
AL SHAYA: Construction Manager for Al Shaya Warehouse E-commerce ELV works in Riyadh - KSA
Taking Care of Multiple projects and sites
Mobile power generator repair and maintenance activities.
Crusher Plant expansion and maintenance projects
Asphalt hot mix plants revamp & modification projects
Aggregate, Cement & Concrete batching plants maintenance, operations and development projects.
Projects from power plants to power transmission & distribution
220KV to 440 V AC GIS, AIS, Capacitor Banks, 200 KVAr to 100 MVAr, Transformers 100KVA to 50MVA
Solar and Wind power projects 2000 KW to 5 MW
Generators from 20 KVA to 3000 KVA
UPS and other utilities
Operation and maintenance activities for Water Treatment Plants
Erection & maintenance of Tower cranes and Gantries
Metro Stations Maintenance DC traction systems
Maintenance of Vertical & Horizontal transport systems (lifts, escalators, conveyors)
maintenance of HVAC&R projects of various capacities
1) COMPANY: Arkad Saudi Arabia
DESIGNATION: Senior Project Engineer
START DATE: 04/2017 END DATE: 10/2017
DEPARTMENT: Pipelines and Terminals
FUNCTION: Project Completions
PROJECTS:
• For Saudi Aramco Projects Pipeline project delivery
• Master Gas Program Phase - II and Fadhili Gas Program
• engineering, procurement, construction and commissioning of a pipeline network totaling 1, 118 km in length and varying diameters reaching 56 inches and extending over a distance greater than 1, 000 km.
• The scope also includes EPC work for valve stations, metering systems, launcher and receiver stations, fiber optic cables as well as road and rail crossings.
• Development and review of EPC Package
• In-charge for entire project execution from construction to procurement.
• Monitoring of entire design and construction alignment to Saudi Aramco specifications.
• Monitoring and supervision of several construction crews from Civil, Mechanical, Electrical & Instrument.
• Prepare planning and schedules and look ahead for entire construction of project.
• Prepare equipment and man-hour estimates.
• Comply with HSEQ as per Aramco Standards.
2) COMPANY: Stock And Flow Projects Pvt. Ltd. India
DESIGNATION: Construction Engineer
START DATE: 07/2016 END DATE: 03/2017
DEPARTMENT: Installations and Completions
FUNCTION: EPC packaged solutions for power and hydrocarbon industries.
PROJECTS:
• Provide construction for turn-key solution packages.
• Fuel oil handling system. Low pressure piping /Drinking water/Hydrocarbon pipelines.
• Bulk storage tanks and fuel farms, Mechanical structures (Frames, Ducts, Hoppers, Bends, Reducers, Conveyor support structures, Pipe racks etc.
• Immersion, Outflow and inline electrical Heaters, Steam heaters, Filtration, Heating and Pumping Skids, Filters and Strainers, Flash and Condensate tanks.
• Delivery of AFC deliverables to meet fabrication schedule.
• Focal point for interface with construction management team on assigned facility.
• Integration of design schedule to fabrication schedule.
• Integration of design schedule to procurement schedule.
• Systems engineering integration across the disciplines.
• Expediting of engineering and design work to suit the procurement schedule.
• Approval of deliverables delegated by Engineering Manager.
• Act as focal point for discipline leads for multi-discipline issues that requires expediting or resolution.
• To monitor and review engineering progress with Project Services and Engineering disciplines.
• To review engineering budgets and performance and initiate control measures including adjustments to manning levels.
• To monitor receipt and review cycle for vendor documents and identifies any problem areas.
• To represent engineering at Procurement status meetings.
• To assist with development of Design Change Notices.
• To assist with the development of, and approval of, Engineering Queries.
• To assist with responses to site queries
• Developing the MEICA, Mechanical, Electrical, Instrument, Control & Automation solutions for all projects, by understanding the clients’ requirements and specification.
• Working closely with the client and project teams to ensure a high quality solution delivered on time to the client.
• Working with the Project Managers/Engineering managers to ensure the solution is delivered within the allocated budget.
• Identify and develop new business for PMC/PMT Electrical, mechanical, engineering, with industrial power construction project management works focusing on complex facility infrastructure construction, renovations, retrofits, upgrades, building controls and automation, energy services, renewable technology, mining & metals processing and Oil & gas solutions.
• Develop business networks in Electromechanical/Mechatronic solutions range from preassembled, stick built & skid units various pumps, compressors, generators, boilers, tanks, DB’s and containment modules to multi box plant rooms fully wired and functionally tested in the factory.
• Developing new electromechanical solutions, whether this is incorporation a new technology to clients existing engineering facility or adding a new solution to client.
• congregate global Business goals by optimization of the process technology through implementation of improvement projects by definition and implementation of MET (Most Effective Technology), setting competitive standards, and closing asset utilization gaps.
• Assure plant level improvements align with the (PSTP) Plant Specific Technology Plan, thereby closing local performance gaps and increasing Asset Capability (AC).
• Provide plant level improvement project support, which may include fulfilling roles in the regional project execution work process (ex. Global Project Methodology (GPM), Six Sigma, etc.)
• Support/Assist the TICA Technology Implementation for Competitive Advantage work process to develop and implement Plant Specific Technology Plans in alignment with the Global Technology Plan (including data collection, gap analysis, idea generation, prioritization, improvement project implementation, and review of results).
• Manage commissioning activities done by the EPC contractor for 500 Kms of Treated water Pipeline for various Maaden Mining sites.
• Package 1: Transport Pump Station (TPS) and 71KM Pipeline up to Master Pump Station which consist of Transfer Pump Station inclusive of all facilities with fence and Operation building, SEC room, Interconnecting Piping and fittings, Transfer Pumps, 71KM Pipeline installation up to nozzle of Water Storage Tanks at MPS, Pressure Reducing Valve, Relief Valves, Gear Operated Valves and associated Electrical, Instrumentation and Communication equipment’s.
• Package 2: Master Pump Station (MPC) and 233 KM Pipeline up to KM304 marker which consist of Master Pump Station inclusive of all facilities with fence, Office Building and Pump House Building, Guard house, SEC room, Interconnecting Piping and fittings, 233KM Pipeline installation from KM71 to KM304 Marker, valves and associated Electrical, Instrumentation and Communication equipment’s.
• Package 3: Ad-Duaihi Storage Facility and 116KMS Pipeline up to Ad-Duaihi which consist of Ad-Duaihi Storage Facility inclusive of all facilities with fence, Generator Room, Pump Shelter and Operation Building, Guard House, Interconnecting Piping and fittings, 116KM Pipeline and FOC installation from KM304 to Ad-Duaihi, Pressure Reducing Valve Station, Relief Valves, Gear Operated valves and associated WORK’s related to Electrical, Instrumentation and Communication equipment’s.
GOTS Gas Operations Technical Support & Planning Division.
• Involve/Contribute/perform Offshore and Onshore focal Point for Installations, Control and operation of Main and Emergency power generation equipment and Electrical Operation and Switching.
• Offshore and Onshore focal point for PPM’s, fault diagnosis and corrective maintenance and installation of Electrical, Instrumentation, Control & Automation system equipment.
• Plan/Monitor/Supervise/interface GES, EPC, LSTK and liaise/coordinate with SA PMT/PMC, SA Plant operations and maintenance team and ensure equipment performance and reliability and new project business case development are inclined and synchronized and updated in SA system.
• Ensure that all changes are handled in according to Management of Change procedures.
• Take responsibility of discipline representative for major projects and feasibility studies, providing technical guidance including specification, FAT, SAT and comply with SA standards.
• Conduct/Plan/Schedule vendor co-ordination meetings, project HAZOPS and SIL verification and SIS studies and design review meetings,
• Responsible for the initiation and project support for C and C1 SA projects for the approval of business case.
• Responsible for preparation of DBSP (design basis scoping paper) and project deliverables for major C & C1 projects.
• Perform detail engineering study of plant power, instrumentation, control and automation systems as per Aramco engineering standards.
• Perform detail testing and commissioning activities related to electromechanical systems based on Aramco standards.
• Perform turnaround for Pipeline including central process plant (CPP), remote on-shore and off-shore clusters gathering gas from wells, flowlines and pipelines connecting clusters to CPP.
• Review EPCM/PMC/LSTK scope of work and project engineering documents, perform review and conduct review sessions related to contractor engineering documents and works.
• Perform electric power systems, short-circuit, protective coordination, load flow, motor starting, arc flash hazard analysis.
• Produce project engineering documents including one-line diagrams, control schematics and equipment layout drawings.
• Develop electrical network architectures, protection schemes, electrical layouts and understand plant /facility processes.
• Develop knowledge and understanding of IEEE standards, NFPA 70E and NEC.
• Initiate/contribute/utilize studies related to Reliability, Availability, Maintainability (planned and unplanned maintenance)for gas plants, power plants thermal equipment, process control and instrumentation, turbo machinery etc.
• Lead Failure Mode and Effects Analysis efforts for power plant assets/systems: Steam Turbine, Boiler/HRSG, Generator, Balance of Plant.
• Utilize strong understanding and provide necessary inputs to process control philosophy and control systems such as Distributed Control System (DCS), Safety Instrumented System (SIS), Fire & Gas Protection & Detection System (FGS).
• Utilize Strong understanding and ability to read and explain comprehend technical documents such as P&ID’s, Data Sheets, Instrument Drawings, Schematics & Diagrams etc., in concurrence to project technical documentation and scope.
• Coordinate and manage overall planning and resource utilization for E&I Services. Focus on forecasting and scheduling using analysis of production targets and production data including material, equipment and personnel utilization.
GOCPMD Gas Operations Capital Program Management Division
Responsible for weekly Gas Operations VP meetings submittals and agenda, prepare forecast and create KPI's for VP Sunday call performance for integrity and projects.
Responsible for complete project management through the installation, testing and commissioning, Design, Erection, and Maintenance of Photo Voltaic Power Plants, Steam turbine, Diesel generating units, UPS and battery banks, power transmission and distribution substations.
Provide leadership and accountability inclusive of detailed electrical engineering and construction support for capital projects from conceptual stage through successful completion with oversight of outside consultants, if needed.
Review/revise and conduct specialist DBSP (design basis scoping paper) and business case development deliverables and upload it to engineering database matrix.
Review and incorporate historical data from past projects, subcontracts, productivity analysis reports, etc. into bottoms up cost estimates.
Review proposal specifications, drawings, attend pre-bid meetings, etc. to determine scope of work and required contents of the estimate
Planning, visiting, conduct meetings and interview Operations, Maintenance and Engineering personnel to obtain the data, and gather subject matter expert opinion to utilize FMEA analyses to baseline capabilities and forecast RAM.
Carryout the Pre-commissioning and commissioning activities for Generator & Aux like Generator Gas System, Stator Cooling water system, Seal oil system etc.
Review and witness Hydro test, Chemical cleaning, Steam Blowing of TG and Aux system piping, electrical installations.
Conduct/witness/support pre- commissioning, commissioning of TG Aux like Feed water systems ( both Motor Driven and Turbo Driven), Condensate system & condenser Air evacuation system, Aux Steam System, Chemical dozing systems etc.
Witness Commissioning and testing of all static equipments like HP/ LP Heaters, Deaerator, PHEs etc. Also monitor commissioning schedule and implementing catch up plan in case of delay.
Planning and Preparation of Commissioning documents related to Commissioning activities like Commissioning Schedule, Commissioning Procedures, and Commissioning Spares based on project scope.
Quality checking of site work, and performing inspection of the Project material / Components & Checking/ Inspection of the Site Execution work.
Monitoring that proper quality standards are maintained at sites. Compliance to applicable manufacturing codes and Implementation of Field quality assurance plans and mainly comply to Aramco Standards.
Support the development of Reliability Center Maintenance to enhance the Asset Performance Management digital product.
Plan layout of electric power generating units, cable trays/trunks and cable ladder coordination, pneumatics lines and distribution lines and stations.
Prepare and study technical drawings, specifications of electrical systems, and operations conform to Aramco standards requirements.
Study/review/improvise, existing electrical load and energy consumption analysis and utility rate structure analysis.
Study and review Accurate system performance calculations, System proposal design and calculations, 3D contractor proposal design and modeling system.
Coordinate/Develop Gate processes G1: Techno commercial Feasibility, G2: Adequacy of Business Case, G3: Engineering Design and Execution Strategy.
Work as gatekeeper during project phases from initiation to execution FEL 0 - Initiation, FEL 1 - Business Case development leading to Gate 1, FEL 2 - Study leading to Gate AS (Alternative Selection), FEL 2 - DBSP development leading to Gate 2, FEL 3 - Project Proposal development and Finalize FEL leading to Gate 3, Execution - Detailed Design, Execution - Procurement, Execution - Construction, Operation - Commissioning, Operation - Start-up, Operation - Close-Out.
For Heap Leach, Adsorption & Desorption Recovery, Ore Beneficiation, Comminuting & Crushing, Carbon-in-column, Carbon-in-leach, Metallurgy, Mineral Extraction and Refining Gold plant Projects.
Took charge as Superintendent EICA, (PMT) later took responsibilities as assigned by the Project Manager, Engineering Manager, Operations Manager and Mine Manager of the stakeholder.
Actual responsibilities included to take charge of project engineering and construction engineering.
Responsible for the Design and Construction of GOLD MINES development, extraction & refinery project.
Interfacing with multiple organizations to review and discuss project scope and estimate basis and consult on company estimating methods/procedures.
Gave technical support in the review of design packages and drawings and supported Project Management and contracting personnel with bid analysis and contract negotiations.
Supervised the engineering activities (Process, Electrical, Piping, Mechanical, I&C, Civil/Structural).
Participated in the construction planning and turn-around activities (contracting strategy, CWP planning and review, constructability reviews, scheduling).
Acted as field engineer/Inspector during the construction phase (primary engineering point of contact for all site contractors) Ensured involvement of all key stakeholders (Operation, Safety, Inspection, Maintenance, Management).
Liaised with multiple third party licensor and licensed technologies and multi-disciplinary technical teams;
Utilize project execution strategies/plans and execute all aspects of projects from Engineering kick-off till Handover/Closeout.
For Various Multi Specialty and Super specialty Hospital Construction. Defense Research
Laboratory construction. Power Plant and Desalination Plant Maintenance, HVAC&R
maintenance and operations projects.
Took charge as acting Project Manager and Construction Manager on various occasions.
Managed and lead project engineering team of multiple engineering disciplines and directly reporting to the Engineering Manager.
Responsible as focal point and managed the day-to-day engineering activities on assigned project
Performed staffing on assigned project and works with resource managers to make necessary adjustments.
Prepare/Plan/Review - ETQ Engineering technical query, STQ Site technical query, FCN Field change notice, SCN Specification change notice, DCN Design change notice, SDDR Supplier deviation disposition request, and CDR construction deficiency report.
Multi-discipline engineering management and coordination, Interface Management with Client, existing facilities and Third Parties.
Develop/Review PCS Project completions system, COWR carry over work register, CPCR commissioning preparation check record, MC - dossiers and packages, MCCR mechanical completions check record, ECCR, ICCR, MCSI mechanical completions status index, ECSI, PLR punch list register, NCR registers, RFI registers.
Worked for Exploration & Production departments from drill rigs maintenance to LPG plants Brownfield expansions. Also involved in energy optimization & efficiency projects, port and harbor revamping expansion, rail car loading project.
MOC & EXECUTIONS
Pre-commissioning, Commissioning, and Startup Plan.
Mechanical completions and system turnover sequence.
Startup execution plan preparations.
MAINTENANCE
Evaluate, design, and recommend changes in maintenance activities to increase reliability of existing equipment reduce repair costs and minimize product interruptions.
Provide coordination between the Production, Project, Process and Corporate Engineering Departments regarding capital project implementation including preparation of AFE’s.
Provide ongoing engineering assistance to operations and maintenance. Troubleshoot process operating problems, investigate equipment failures, conduct special tests, develop reports and provide technical assistance as required.
Develop and institute plans for preventive/predictive maintenance on equipment, routine replacement of equipment and improvement of material of construction. Supervise installation, monitor performance and make recommendations to improve reliability and reduce cost.
Provide troubleshooting and technical support during planned and unplanned outages.
COMMISSIONING
Co-managing the pool of Testing & Commissioning site resources: Testing & Commissioning Managers, Testing & Commissioning Engineers and testing equipment.
Sharing of Best Practices and Returns on Experience (ROE) in terms of Testing & Commissioning activities.
Participate in engineering and process safety reviews; HAZIDs and HAZOPs, Risk Management reviews, SIMOPS reviews, Operations Readiness Reviews, Pre-Start Up Safety Reviews
Attend related FAT's, EFAT's and SIT's
Monitor Punch lists population, follow-up and clearance, Support/lead the Commissioning Start-up manager in resolving NCR and SQ.
Support commissioning activities after plant modifications or new plant post engineering.
TIE IN AND SHUTDOWN COORDINATOR
Provide Tie In/Shutdown expertise to field construction for permanent and temporary works, ensuring that the work is completed safely, efficiently and to quality in accordance with the applicable specifications and in line with accepted engineering practices.
Initiate flawless-start-up and table top exercises with flawless E&P, work-pack and completions team with a project start-up-plan or work through OTS operator training simulator.
Manage consumables associated with the operation of the RSU's, TMX, Fireblade (tm) and auxiliary equipment.
Work with the Well Servicing Team on RCFA (Root Cause Failure Analysis) to continually improve failure frequency.
For Support services to O & G companies, Stadium and Hospital MEP construction services.
Manage operations & Maintenance of company owned Asphalt plants, Stone crushing quarry, Ready Mix Concrete plants. Manage operations & Maintenance of equipment rental & hiring division for Power Generators, Cranes and Excavation Equipment.
• Ensuring all discipline Engineering & Design work is executed in accordance with the IMS Protocols/Processes and Project Execution and Quality Plans.
• Ensuring all discipline Engineering & Design solutions are cost effective, safe and fully compliant with current legislation, applicable codes & standards and design criteria.
• Ensuring the appropriate Technical Integrity Management processes are planned and appropriately executed (Design Reviews, Technical Audits, etc) by demonstrable competent personnel.
• Ensuring discipline related change is identified on projects (whether resulting in changes in Home office Professional Services costs, procured equipment costs, materials & sub-contract costs or schedule delay) are identified proactively and Deviation Alerts raised.
• Active leadership in Company safety program by regularly attending safety meeting, completing job audits, working with crews to ensure Job Safety Analysis (JSA) are completed.
• Lead the Non Productive Time (NPT) reviews with the service providers and captures technical and operations follow up actions.
• Create, Maintain, and Disseminate best practices and lessons learned operational and technical bulletin (OTB), construction technical bulletin (CTB) database.
For Refinery Inspections, Turnaround and Maintenance, pipelines & Terminals, Booster Stations, pig launchers and slug catchers, Tank Farms instrumentation & pumping stations. Energy Wind farms, Power T&D, Water injection plants, Pumps and Compressors and instrumentation for various Distillate, Hydrocrackers, Reformers, Lube processing units, catalytic de-waxing units, hydro-treaters, coke calciners, visbreakers. Emergency power supplies & etc.
Summary: Initiate / conduct special studies for improving refinery and petrochemical facilities or operations, and provide specialized technical / consulting service in engineering fields, in accordance with procedures and in compliance with quality standards, to optimize operations.
Technical Support: Prepare designs, processes and related data for engineering problems to ensure that work is completed as per deadline and engineering standards and PRC procedures.
Engineering Studies: Analyze engineering problems, with respect to scope, economic value, long range planning and budgetary considerations in order to support the development and formulate the basis for engineering studies in any of several basic or special engineering fields. Execute studies and analysis as need base or as instructed by Department Management.
Support for Project Management: Support for engineering projects, including scope definition, interrelationship, physical solution definition and cost estimation, and supervise project execution.
Reliability: Monitor/Assess the probability of a part to perform its stated function at nominal parameters for the desired period when used per the specified conditions.
Maintainability: Confirm the probability that a failed item will be restored to adequately working condition.
Preventive maintenance: Monitor/Assess planned, periodic, and specific schedule to keep an item/equipment in stated working condition through the process of checking and reconditioning, measure these actions as precautionary steps undertaken to forestall or lower the probability of failures or an unacceptable level of degradation in later service, rather than correcting them after they occur.
Corrective maintenance: Perform unscheduled maintenance and repair to return items/equipment to defined state to the limit of small deficiencies or small failures.
Predictive maintenance: Utilized modern measurement and signal processing methods to accurately diagnose item/equipment condition during operation.
For company owned asset maintenance and relocation's of heavy construction plants, machinery and equipment for Roads, Bridges, Tunneling, Excavations landscaping, rural electrification of power supply and street lighting and infrastructure projects.
Power T&D from 33Kv, 13.6Kv, 11Kv, 9.9Kv, 6.Kv, 4.16Kv, 3.3Kv Grids & networks.
Power generation. (Diesel generators, gas and steam turbines, wind power generation)
Generator protection systems, protective relays.
Auto Main failure panels and Auto Transfer switches.
Bus and Differential protection systems.
Power Transmission. (Protection relays and systems)
Power Distribution (GIS, Sf6, ACB’s, AB switches & Transformers ONAN, ONAF, OFAF, OLTC & AUTO, Capacitor Banks).
TIA totally integrated automation systems (iMCC-hardwired systems & iMCC-network systems).
MCC (Motor control centers).Motor starters and combination starters, VFD, FVNR, FVR, RVAT, FVPW, WYE-DELTA, Solid state & soft starters systems, open & closed transition starters.
ALTIVAR constant and variable torque systems, ALTISTART- soft starter systems.
SSOCR solid state over load relays and TM thermal magnetic protection systems.
MCP Motor circuit protector, TVSS Transient voltage surge suppressors & EMC electromagnetic comp ability circuits systems.
Power correction systems, AHF active harmonic filters systems, PFCC power factor correction capacitors systems.
DAS data acquisition system, MCS modulation control system, SCS sequence control system, FSSS furnace safety supervisory system.
Significant knowledge in HART systems. (Highway addressable remote transducer) protocol, communicator, instruments & calibrations.
FISCO fieldbus intrinsically safe concept. Function blocks for PID (proportional/integral/derivative).
Understanding of Ethernet protocols (e.g., TCP/IP, SNTP, SNMP, etc.) & PROFIBUS & MODBUS.
Understanding of fieldbus function block applications I/O (AI/AO, DI/DO) VFD virtual field device, VCR virtual communication relationships, Input Selector (ISEL) Function Block, Integrator (INT) Function Block, Signal Characterizer (SGCR) Function Block.
ITCC integrated turbine compressor control systems & critical turbo-machinery control system.
ICS (Instrument control systems) P&ID’s and I/O and line relays. Various sensors, ignition
control relays, temperature control & monitoring, flow meters, load cells, gas leak detectors, pressure control & monitoring, pneumatic and hydraulics systems and control, valves etc.
HRGU - High resistance grounding units.
UCP (Unit Control Panels) for automatic batch control and process control
FACP & FACU (Fire Alarm Control Panel & Control Unit, F&G fire and gas systems.
PLC, PMC & MC (Programmable logic controllers, programmable master controllers and micro controllers. SCADA and OPC. Knowledge of HMI.
Power systems: Transformers, Switchgear, Circuit Breakers, Vacuum Interrupters, Network Protection & Control Gear, as well as Design, Execution and Servicing of Turnkey T&D as well as Sub-Station Projects and Solutions including complete end to end Renewable projects. Industrial Systems: wide spectrum of High and Low Tension rotating machines (motors and alternators), inverters & converters, stampings, as well as railway transportation and signaling equipments, ranging from 20W to 25MW and generators ranging from 1KVA to 70MVA. Consumer Products : CG manufactures and markets a wide spectrum of products ranging from fans, light sources and luminaries, pumps and household appliances, such as geysers, mixer grinders, toasters, irons and electric lanterns.
Providing customer care solutions for electrical machines and generation machines.
Installations and repair of transformers, circuit breakers, electrical motors and panels.
Installations and repair for CNC machines and vertical lathes.
provide complete stage inspection of parts using various Inspection tools like CMM, Trimos, and measuring instruments like dial gauges, vernier, micrometer, height gauges, bore indicators etc
Installations and repairs for pneumatic systems, compressors, air jacks and control valves.
Installations and repairs in alternators for generators, automatic voltage regulators, exciters etc.
Installations of various electrical motors from low voltage to high voltage and various capacities.
380VAC to 6.6 KV AC. 0.5 KW to 500 KW. 120 VDC to 440 VDC motors.
Installations of various power lines and distribution panels. From 100 AMPS to 5000 AMPS.
Work on development of proposals including: writing and/or reviewing technical specifications, estimating design man-hours and materials, supporting sourcing for vendor quotations, directing designers and draftsmen on drawing requirements, and the development of clarifications and exceptions as well as technical responses.
Interface with internal and external team members such as Principal engineers, Project Engineers, Electrical Designers, Physical Designers, Draftsmen, Project managers, and support organizations.
Define processes, procedures, perform RCA’s (Root Cause Analysis), perform corrective actions, and validate process control.
Responsible for design of protection schemes for industrial and utility substation applications including one-lines, three-lines, AC/DC schematics, and relay settings.
Work with design team to develop panel and interconnect wiring as well as panel layouts and elevations.
A Four Year class room and workshop based training academic program of engineering studies in Electrical and Electronics engineering focusing on detailed knowledge of electrical networks, electrical energy converters and equipments that uses electromagnetic field theory, electrical energy distribution systems etc. The field of Electrical engineering involves transmission and generation of electrical power, electrical circuit design, electronics, instrumentation, control system, understanding electrical and electronic networks etc. Electrical engineering is considered to deal with the problems associated with large-scale electrical systems such as power generation and transmission and motor control, whereas electronic engineering deals with the study of small-scale electronic systems including computers and integrated circuits. It includes the design and building of electronic circuits based on the flow of charge through different materials. Alternatively, electrical engineers are usually concerned with using electricity to transmit energy, while electronic engineers are concerned with using electricity to transmit information.