Winter 2012 Class DescriptionsAs of 5/22/2013 4:33:33 AMTax Planning for BusinessThis practice simulation course will be taught by J. Phillip Adams., a Partner in the New York office of Skadden, Arps, Slate, Meagher & Flom, LLP. The
professor will submit to the seminar cutting-edge problems which he
has faced in practice. The students will resolve those problems by
structuring transactions to accomplish the client's business goals
within the framework of non-tax legal requirements, without incurring
unnecessary tax liabilities and in a manner that otherwise optimizes
the client's tax posture. Typically, the students will be assigned to
work in teams. With each problem, the students submit their solutions
in writing, and one team will present its solution to the class
orally. The professor will discuss and evaluate the teams' solutions
in light of the one that was employed in practice. Prior to the
students preparing and submitting their solutions, there will be
lectures and discussion of the tax issues involved in each problem.
The goal of the practice simulation course is to immerse the students in the process of approaching problems from a transactional perspective. The students will be given a set of facts and objectives, and will be required to
determine what steps should be taken to achieve those objectives. An
additional goal is to provide the students with exposure to the manner
in which experienced lawyers utilize their skills to solve complex
problems.
The principal issues on which the problems will focus are corporate
tax issues, but other areas will likely be covered. For example,
partnership tax issues are certain to arise, as well as issues
involving the taxation of financial instruments. In recent semesters,
problems have involved, among other matters, complex tax-free
corporate mergers, corporate divisions (spin-offs), acquisitions of
controlling interests in non-U.S. corporations, and transactions
designed to illustrate the difference between legitimate tax planning
and abusive corporate tax shelters. 3.00 hours
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