Tom Sadeghi

Aerospace engineers design and develop the technology that is used in commercial aircraft, space exploration, national defense systems, and in private air and space ventures. They design flight vehicles and therefore the systems that are wont to operate them. Aerospace engineers could also be those that design the structure of the vehicle itself or could be involved within the design, development and construction of varied vehicle components and systems. Some engineers are involved in all of these processes. Aerospace engineers are required to possess a high degree of scientific knowledge in several disciplines, including, but not limited to: statistics, thermodynamics, aerodynamic, propulsion, and structural design. Braches of the Aerospace Field Aerospace jobs fall under two major categories: Aeronautic and Astronautic. Aeronautic engineers work with aircraft development, design, construction and testing. Astronautic engineers are those that develop and deploy spacecraft....

The need for an aviation consultant is much felt because of the constantly changing nature of the aviation sector. The aviation sector meddles with many issues, and to resolve them, experienced professionals are needed. An aviation consultant, which is a job that needs a lot of experience and expertise, should have all the necessary skills and qualifications that are required by the job. Tom Sadeghi is one such aviation consultant who has a doctoral degree in computer and electrical engineering from Rensselaer Polytechnic Institute. He has seven years of academic experience in addition to 18 years of experience in aerospace defense industries. For his entire life, Tom has lived in New York City, and recently he has moved to the city of Boston, where he will be sharing his expertise with the nearby aerospace industries. Dr. Tom Sadeghi has worked in the aerospace industries for 30 years in the States. Initially, he started working as a Control and Computer Engineer, and later o...

Tom Sadeghi shares information about the Scientific and Technical Aerospace Reports Includes powered and free-flight trajectories; and orbital and launching dynamics. N91-11777% Telecommunications. GEOSTATIONARY ORBITAL CROWDING: AN ANALYSIS OF PROBLEMS AND SOLUTIONS M.S. Thesis Robert Murrell Wilkison, Jr. 1990 249 p Sponsored by AFIT, Wright-Patterson AFB, OH (AD-A224681; AD-E501254, AFIT/CI/CIA-90-055) Avail; NTIS HC/MF A11 CSCL 22/3 Geostationary orbital crowding is currently a pressing international issue. The disagreement lies between undeveloped and developed nations as to whether geostationary equity or efficiency should be the emphasis of international orbital slot and frequency allocations. The primary desire of less developed nations is an assurance that fundamental satellite resources will be available when they are ready. This can only be realized if the international community sets aside resources for their exclusive use, to be usable later. The developed countries...