Engineering Development Sample Resume Format in Word Free Download

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LICENSE:        CA License: E10266.

Self taught for PE exam and successfully passed in 1979 (preceded by EIT exam taken in 1977). Professed as a PE licensed engineer with no interruption since 1979 until present time. Never had any legal action taken against my work.

PROFESSIONAL GOALS:

1. Principal/Chief Electrical Power Engineer for a large Campus including computer data centers, research labs, offices, network operations, program developments and other ops. Attending to Campus power requirements, energy management, metering and sub-metering for the purpose of energy carbon footprint reduction and emergency power provisions and safe activation. Leading the providing of uninterruptible power (UPS) for computers and other electronics sensitive to short power glitches. Leading plant services, maintenance, scheduling outages, response to emergency blackouts and brownouts. Leading to the COBO (Continuity of Business Operations) and activities for electrical power and lighting related to safety operations. Leading the review of new projects scope of work or SOW. Similar performance as an in-house principal consultant.
2. Project Leader for projects with over 51% electrical weight. Planning, budgeting, scheduling and developing criteria (the project scope of work or SOW). Leading project development including single line diagrams, short circuit calculations, coordination studies, arc flash studies, equipment power plan to scale, conduit plans, schematic diagrams, ladder diagrams and specifications. Leading bidding for major equipment (long lead) purchase, bidding for construction, construction progress, testing procedures for major project milestones and final tests, start-up and commissioning, turn key operation and launching initial operation and maintenance procedures. Initiation of training and establishment of operation. Similar performance as an in-house principal consultant.
3. Consulting for the electrical branch of any A&E firms, peer reviews for projects with under 49% electrical weight. Supporting the project leaders (Architect, Mechanical, Construction Manager, … etc.) and assisting with project development including single line diagrams, short circuit calculations, coordination studies, arc flash studies, equipment power plan to scale, conduit plans, schematic diagrams, ladder diagrams and specifications. Assisting with bidding for major equipment (long lead) purchase, bidding for construction, shop document review, construction progress, testing procedures for major project milestones and final tests, start-up and commissioning, turn key operation and launching initial operation and maintenance procedures. Assisting with training and establishment of operation. Assisting projects with all aspects: marketing, estimating, bidding, budgeting, technical support, scheduling and financial cost tracking, implementing cost efficiency measures, implementing quality control, client satisfaction and assuring continuity with new and old customers.
4. A&E for Ground Support for Aerospace projects. All above applied to critical satellite launch operations.
5. A&E for large computer data centers and network equipment. All above applied to this field. Included is A&E for rack mounted equipment, Power Distribution Units (PDUs), Emergency Power Off (EPO) systems in conjunction with fire alarm and shut down system, other alarms and security systems. A&E with raised floor and ISO-BASE application.
6. A&E for Petroleum Industry, Fossil and Nuclear Power Plants. All above applied to this field.

PERSONAL BELIEFS:

The success of a team will be always much sweeter and will outshine any disjointed success of any individual. Any team will never fail as long as each team member accepts no failure as an option.

SUMMARY:     Over 30 Years experience in engineering/development, design, construction, start-up and operation/maintenance for facilities (above and underground) and associated electrical equipment, critical power (generators, UPS-es,) and related distribution/transmission and UFER/XIT copper grounding. Included are lightning and SPD/TVSS (surge suppressor devices/total voltage suppression systems) included, area and task lighting, controls, monitoring and alarms, protection devices for all over current and overvoltage/under voltage events and power failures (black-out or brown-out). Familiar with IEEE standards. Updated with all new and state-of-the-art technologies. Expert in analyzing and providing new or improving existing systems reliability (Tiers I, II, III, IV) safety for personnel and preservation of equipment, optimizing performance and cost efficiency. Self starter, fluent/efficient in developing the criteria and scope of work based on initial inputs, conceptual architecture, engineering and design, construction documentation for bidding and execution, review bids and technical submittals, construction observation, developing start-up procedures, assisting with start-up and commissioning turn-key operations. Developing one-line (single line) diagrams, control ladder diagrams, wiring and termination diagrams, power plans, conduit and other raceway layouts, equipment plans and specifications. Familiar with short-circuit analysis (MVA and Impedance methods) employing SKM or equivalent software. Familiar with setting coordination of cascaded protective devices based on time-current characteristics. Eliminating SPFs (single points of failures), performance of failure analyses, reports and diagrams. Familiar with codes NEC, NFPA and UBC, UMC chapters. Familiar with related DOD and UFC requirements. Secured areas, secured facilities, maintaining classified areas. Excellent in communication, oral and written and working well with personnel at all other levels and all other expertise. Proficient and productive in CAD as a mean of speedy communication. Developed own excel programs for engineering applications/calculations. I am fluent in all PC (Personal Computer) applications in the office for design, engineering, reports, presentations, keeping records and communication/interface with others. I am a heavy user of Microsoft Excel, Word, Power point, MS-project (Gant charts), Adobe Acrobat. Using advance methods for load calculations including excel based spreadsheets specially programmed for electrical panel schedules and circuitry. I am a spec writer.

PERSONAL ACHIEVEMENTS

I am very proficient in Excel. I am the creator (1983) of the Spread Sheet Panel Schedule program, an application to Excel (and, prior to Bill Gates creation of Microsoft Windows, an application to Lotus 123 program). It is an interactive program with links and math formulas keeping track of all distribution panels on Campus, matching the information from single line (one line) diagrams. It is used for load information, quick load calculations, quick access to intimate data from the power panels and distribution boards, plan check to City Building department, scheduling partial/selective planned power outages, keeping client informed of current configuration of entire distribution system from utility POC, through the Distribution Boards, gutters, taps and splices and panels, all the way to each receptacle, computer, motor or appliance). I implemented this program at The Aerospace Corporation (TAC) starting in 1986 and completed it within the first few months from the time I started to work there. My program captured all campus and leased buildings (approx 25 buildings, counting hundreds of panels and distribution boards) into a valuable data bank. At Northrop I did the same from 1983 to 1986 (in Lotus 123 since Bill Gates did not invent Microsoft Windows yet). I am willing to share that expertise at the new job.

EDUCATION: Post-Graduation 1973 (after 2 years in University) from Poly Technical Institute included protective devices and transmission lines at the academic level.

MSEE 1970 (after 5 years in University) from Poly Technical Institute included all specialties of electrical engineering, associated material science and business/economics at the academic level.

I was always attracted by practical/business applications branch of engineering rather than theoretical/academic/university environment.

Inclination to electronics and electrical apparatus from early ages (junior high) including practice at my owned home lab and other extra curriculum technology hobby clubs.

JOB HISTORY:

THE AEROSPACE CORPORATION: 25 Years, from October 1986 to present time.

AGO Campus major power remodels at all voltage levels: medium voltage (4160 Volt) and 480/277/208 Volt building systems, generators, major UPS systems, protections and other improvements.

Generators ranging from the AGO 6000 KVA generator bank, the bldg C1 500 KVA UPS, the bldg A5 2x240=480 KVA UPS, A5 2000 KVA Generator, the bldg D8 80 KVA UPS, several 200 and 350 KVA Generators for the A6 labs, support for launch systems (STARS/DRC) like 2x40 = 80 KVA, and 2x30 = 60 KVA, a 30 KVA generator at Vandenberg, a 40 KVA UPS at Cape Canaveral and later a one 100 KVA generator at the same Cape ERD lab, a 2x40=80 KVA UPS for A6-labs, a 15 KVA UPS for the A2/2055 labs, various modifications to the 480V and 208/120V distribution systems, specially to eliminate the SPFs (Single Points of Failure) resulting from my campus risk analysis. From 1997 to 2008 I initiated, performed the A&E and completed the construction of the multi phase medium voltage (4160 Volt), approx. $14 million project that replaced the radial/nodal antiquated distribution system (with cascading SPFs) with a Ring Loop Distribution system having no SPF. I also re-routed underground cables from heavy traffic roads (with failing manholes) to lesser traffic routes and installed modernized manholes at the same time. I finalized the group of projects with a system of controls and alarms using copper and a command and control decentralized system using a ring of fiber optic based instruments.

In parallel I had a multitude of projects for ground support, IT facilities (rack mounted equipment), and working in tandem with teams providing Network (fiber optics and copper). Various control system engineering and safety systems for labs. Usage maximization/optimization of building local life/safety generator to include critical business systems.

Most of my projects ended with me commissioning the installation by organizing, scheduling, witnessing and approving the major equipment start-up procedures and bring the system to the maximum specified guarantee of functionality.

For most projects I was a self starter, from collecting the entire set of initial ideas, verbal and written, from the client and transforming them into the reality with turn-key operations and/or plug & play machinery and installations. Had zero tolerance to any kind of failure in any level shape or form. Technical failure was never an option to compromise for.

NORTHROP CORPORATION, Hawthorne: from 1983 to 1986.

Similar work applied to facilities including R&D labs, IMU testing labs, Microelectronics, clean rooms, power, lighting, Generator and UPS systems, construction documents and construction observation, start-up and commissioning.

ROCKWELL, Anaheim: from 1982 to 1983.

Similar work applied to facilities including submarine facilities simulators, R&D labs, Microelectronics, clean rooms, power, lighting, lighting/energy saving large scale projects Generator and UPS systems, construction documents and construction observation, start-up and commissioning.

PETRO CHEMICAL and NUCLEAR Industry and process facilities, in LA and Orange County, California (Southern California Edison, Santa Fe Engineering, Marmac Engineering, US Navy Facilities, Hallanger Engineers, Holmes and Narver, Anheuser Busch, Bechtel Corporation): from 1976 to 1982.

Power distribution, transmission lines, substations, pumping stations and refinery plants, petroleum tank farms process plants, off-shore drilling stations, generators, UPS systems, protection, controls, alarms, wiring diagrams, single lines, control diagrams, short circuit calculations, voltage drop mitigation, power plans, details, all phases development, design, engineering, construction and start-up/commissioning.

EUROPE: from 1970 to 1976

A&E and start-up for power generating stations, substations, switchgear, all phases of development, engineering, design, construction observation, start-up and commissioning. Working engineering, providing start-up and emergency interventions for large metropolitan cities electrical grids for utility companies.

HOBBIES:

Sports (all sports, but lately reduced to mostly milder forms of skiing, ping pong, swimming, water polo, racquet ball).

Other: Movies, mountain climbing, garden, chess, sight seeing, occasional viewing concerts, theater, ballet, music, stage plays, cooking with or without recipes.

Languages:

Proficient, speak, read, and write: English, Romanian, and Russian

Get By, read, write: Spanish, Italian.

Not exactly foreign to me, read: French, German and Portuguese

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