Job Details
Why Halliburton? How about global opportunities, interesting work within small cohesive teams,
extensive training, and the opportunity to take your career wherever you want it to GO, with
all the support and stability of
a truly global organization. With more than
72,000 employees in approximately 80 countries,
Halliburton is one of the largest and most respected energy services companies
in the industry. Since 1919, our customers have relied on our industry-leading
technologies, scientific expertise and, most importantly, our knowledgeable and
experienced professionals to help them meet the world's demand for energy.
Whether you are a new graduate seeking your first job, or an
experienced professional looking to make a career change, we have fantasticopportunities across our organization. Are you ready to GO?
Under direct supervision, prepares and deploys
real-time geomechanical modeling applications in the field and office
environment. Provides recommendations to the client that aide in the prevention
or elimination of formation fluid influx, drilling fluid loss, and
wellbore instability. Participates in the quality control processes defined by
the practice and interacts with other technical professionals to ensure
modeling solutions are timely, robust and of exceptional quality. Promotes
safety awareness and environmental consciousness. Ensures compliance with
Health, Safety, and Environmental (HSE) regulations and guidelines. Promotes
and takes an active part inquality improvement processes. Skills typically acquired through
completion of undergraduate degree in engineering or geoscience and at least 1 years of experience in
drilling operations. Graduate degree in engineering or geoscience preferred.
Knowledge of onshore and offshore drilling practices is required. Ability to
demonstrate technical aptitude to standards is required. Must possess good
communication, supervisory, interpersonal leadership, good verbal
communication, presentation, technical writing, arithmetic, data entry, and
recording skills. Proven competency in relevant computer software including
Drillworks. Must possess relevant offshore certificates as required. Experience
using data transfer systems such as WITS and WITSML. Must be able to explain
and apply pore pressure, in situ stress, and rock mechanical property modeling
into regional and field level interpretation under general supervision. Able to
generate basic pre-drill pore pressure and geomechanics solutions to be
utilized for well planning applications. Can support geomechanically dependent
drilling operations and make reasonable recommendations for optimal well
construction. Certifiable knowledge in one core G&G application and able to
support some sub-products (poststack/pal, tdq, rave, earthcube, contour
assistant, compass, wellplan, Sun, SGI, and IBM workstations). Some systems
support capability for the geoscience and engineering professions, ability to
work in client server environment. 2+ years of UNIX / PC knowledge. Proven
competency in 1D Pore Pressure and In situ Stress Modeling using Drillworks
(Proficient), 2D Wellbore Stability Modeling using Drillworks (Foundation), Compartment
Pressure modeling using Drillworks SafeSeal (Foundation), WITS & WITML
Connections with outside vendors (Proficient), prepare and present project results
(Proficient), and provide sales support for real-time and pre-drill projects
(Proficient). Locations may be remote and physically challenging; Fear
of flying, water or heights would disqualify a
potential applicant. Should be able to teach and mentor Drillworks Standard
software package at various locations.
Halliburton is proud
to be an equal opportunity employer.
Location
(W037)
LGC Lagos
Plot
90 Ajose Adeogun Street
Victoria
Island, Lagos, LAG
Miscellaneous Information
|
Contract Type:
|
Regular
|
Working Time:
|
Full-time
|
Internal Job Title:
|
HC161-ESG-Field
Prof-RT Geomechanics, I
|
Reference Code:
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NB00244870_EXT_000
|
Start Date:
|
07/11/2013
|
Compensation
Information
Compensation
is competitive and commensurate with experience.
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