|February 28, 2007, 20:27||
LS-DYNA Career Opportunity
SEND RESUME TO Myers@electroniccareers.com
Job Title: Engineering Analyst III Department: Engineering
Summary: Conducts analyses on designs of experimental, prototype, or production parachutes and deployment systems and related components.
Supervisory Responsibilities: This position has no supervisory responsibilities with the exception of coaching and mentoring of Analyst I & II â€" Engineering staff.
Major Responsibilities and Duties: • Leads engineering analysis activities in support of development and design of parachute systems programs. • Prepares technical solutions and designs to meet customer specifications during bid process. • Formulates or devises methods of computer analysis or simulation to assist in analysis. • Leads development and advancement of the company's modeling capabilities and techniques. • Leads the identification and preparation of risk assessment information during all phases of a program. • Interfaces with program managers, customers, and vendors. • Defines test instrumentation needed to gather data for subsequent analysis. • Oversees test data reduction and the interpretation of test results. • Follows general company policies and procedures and develops / implements companies polices and procedures as they relate to analysis activities.
Physical Demands: The position requires that the employee is frequently required to stand, walk, sit, and use hands to grasp objects, reach with hands and arms, talk or hear. The employee is frequently required to lift and/or move up to 10 pounds, occasionally lift and/ or move up to 25 pounds, and infrequently lift and/or move up to 50 pounds. The employee is required to have close, distance, and color vision and the ability to adjust focus.
Work Environment: Environment is general moderate office where the employee may be exposed to toxic and caustic chemicals (toner) and airborne particles (common paper dust). While in the plant or offsite, the employee may be exposed to wet humid conditions, fumes or airborne particles, toxic or caustic chemicals, work near moving mechanical parts, outdoor weather conditions, extreme hot or cold, and risk of electrical shock.
Skills & Knowledge: • Detailed knowledge of aeronautical, mechanical or electrical engineering design principles, practices, and procedures. • Working knowledge of office machines and PC computers. • Extensive experience with specialist analysis software including LS Dyna, Optistruct, Hypermesh, DCLDYN, and test equipment software. • Working knowledge of at least one scientific programming language, e.g. FORTRAN. • Applies advanced mathematical concepts such as plane and solid geometry and trigonometry. Utilizes fractions, percentages, ratios and proportions. • Reads, analyzes, and interprets periodicals, professional journals, and technical procedures. Writes reports, correspondence, and procedures in English. • Effectively presents information and responds to questions from customers and managers. • Writes reports, business correspondence, and procedures/ effectively presents information and responds to questions from managers, vendors, and customers. • Utilizes office software applications such as Word, Excel, Outlook and PowerPoint. • A working knowledge of AutoCad and Solid Works is desired.
Education: Bachelor's degree in Engineering or Scientific field from four year college. A graduate degree is desirable.
Experience: A minimum of four years of related experience.
E-mail resume to email@example.com
|Thread||Thread Starter||Forum||Replies||Last Post|
|post graduate opportunity in CFD application in Military||teguhtf||Main CFD Forum||0||January 31, 2011 22:30|
|FSI using cfx and ansys vs ls dyna or dytran||HAYATE||CFX||1||September 21, 2007 15:11|
|FSI using fluent and abaqus vs ls dyna or dytran||HAYATE||FLUENT||2||September 18, 2007 08:16|
|FSI using abaqus and star cd vs ls dyna or dytran||HAYATE||CD-adapco||0||September 16, 2007 03:27|
|career in CFD||gama||Main CFD Forum||5||August 1, 2006 03:43|