Theodore Cardos > Kirkland & Ellis International LLP > London, England > Lawyer Profile

Kirkland & Ellis International LLP
30 ST MARY AXE
LONDON
EC3A 8AF
England
Theodore Cardos photo

Work Department

Investment Funds

Position

Theodore Cardos is a private funds partner in the London office of Kirkland & Ellis International LLP. Theodore’s practice primarily involves structuring, negotiating and documenting complex business transactions in the private funds secondary market, including traditional portfolio sales, structured secondaries, synthetic secondaries, stapled secondary offerings, preferred equity and fund recapitalizations. Theodore also advises private funds in connection with direct co-investments and other transactional matters.

Career

2015 to present Kirkland & Ellis International LLP; 2011-2015 Debevoise & Plimpton

Education

New York University School of Law (J.D. 2010); University of Missouri (A.B. 2002)

Lawyer Rankings

London > Investment fund formation and management > Private funds

(Next Generation Partners)

Theodore CardosKirkland & Ellis International LLP

Kirkland & Ellis International LLP continues to handle numerous high value fund closings, representing a vast array of private investment fund sponsors worldwide, alongside a booming secondaries practice. The team is led by Richard Watkins, who is recommended for his handling of complex private fund structuring and related transactional work, including multiple liquidity related transactions. Watkins is supported by a strong bench, including credit, real estate and private equity fund formation expert Anand Damodaran, the liquidity transactions focused Andrew Shore, and levered and unlevered parallel arrangement structures specialist Amala Ejikeme. Theodore Cardos is another central name in the team, offering expertise in synthetic and stapled secondary offerings as well as other transactional forms. Amy Fox, Aleksander Bakic and Catherine Gokah are all also integral team members who are noted for their expertise in the private funds space.