John Lawrie - Computer Sciences Chairman
Chairman
Mr. John Michael Lawrie is Chairman of the Board, President, Chief Executive Officer of the Company. Mr. Lawrie became a member of the Board of Directors on February 7, 2012, President and Chief Executive Officer of CSC on March 19, 2012, and Chairman of CSC on December 15, 2015. Prior to joining CSC, he served as Chief Executive Officer of UKbased Misys plc, a leading global IT solutions provider to the financial services industry, from November 2006 to March 2012. From 2008 to 2010, Mr. Lawrie also served as the Executive Chairman of AllscriptsMisys Healthcare Solutions, Inc., an industry leader in electronic health record solutions. Prior to that, Mr. Lawrie was a general partner with ValueAct Capital, a San Franciscobased private investment firm, from 2005 to 2006. He served as Chief Executive Officer of Siebel Systems, Inc., an international software and solutions company, from 2004 to 2005. Previously, Mr. Lawrie spent 27 years with IBM where he held various leadership positions, including Senior Vice President and Group Executive, responsible for sales and distribution of all IBM products and services worldwide General Manager for operations in Europe, the Middle East and Africa and General Manager of Industries for the Asia Pacific. Mr. Lawrie is the former lead independent, nonexecutive Director of Juniper Networks, Inc., and is also a Trustee of Drexel University, Philadelphia. since 2015.
Age | 62 |
Tenure | 9 years |
Phone | 703 245-9675 |
Web | www.csc.com |
John Lawrie Latest Insider Activity
Tracking and analyzing the buying and selling activities of John Lawrie against Computer Sciences stock is an integral part of due diligence when investing in Computer Sciences. John Lawrie insider activity provides valuable insight into whether Computer Sciences is net buyers or sellers over its current business cycle. Note, Computer Sciences insiders must abide by specific rules, including filing SEC forms every time they buy or sell Computer Sciences'shares to prevent insider trading or benefiting illegally from material non-public information that their positions give them access to.
John Lawrie over a year ago Acquisition or disposition of TLG Acquisition securities by John Lawrie |
Computer Sciences Management Efficiency
Computer Sciences' management efficiency ratios could be used to measure how well Computer Sciences manages its routine affairs as well as how well it operates its assets and liabilities.The company has 2.2 B in debt with debt to equity (D/E) ratio of 1.42, which is OK given its current industry classification. Computer Sciences Corp has a current ratio of 1.21, demonstrating that it is in a questionable position to pay out its financial commitments when the payables are due. Debt can assist Computer Sciences until it has trouble settling it off, either with new capital or with free cash flow. So, Computer Sciences' shareholders could walk away with nothing if the company can't fulfill its legal obligations to repay debt. However, a more frequent occurrence is when companies like Computer Sciences Corp sell additional shares at bargain prices, diluting existing shareholders. Debt, in this case, can be an excellent and much better tool for Computer to invest in growth at high rates of return. When we think about Computer Sciences' use of debt, we should always consider it together with cash and equity.
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Found 5 records | CHAIRMAN Age | ||
Simon To | HUTCHMED DRC | 62 | |
Takashi Kawamura | HUTCHMED DRC | 74 | |
Clarence Granger | Ultra Clean Holdings | 69 | |
James Herbert | Neogen | 77 | |
David ibnAle | Ultra Clean Holdings | 46 |
Management Performance
Return On Equity | -76.21 | |||
Return On Asset | -0.0029 |
Computer Sciences Corp Leadership Team
Elected by the shareholders, the Computer Sciences' board of directors comprises two types of representatives: Computer Sciences inside directors who are chosen from within the company, and outside directors, selected externally and held independent of Computer. The board's role is to monitor Computer Sciences' management team and ensure that shareholders' interests are well served. Computer Sciences' inside directors are responsible for reviewing and approving budgets prepared by upper management to implement core corporate initiatives and projects. On the other hand, Computer Sciences' outside directors are responsible for providing unbiased perspectives on the board's policies.
Phongphanu Sawettarun, Independent Director | ||
Siriporn Lawattanatrakul, Managing Director | ||
Thitiwut Bunsuk, Director | ||
Lang Nguyen, Vice Chairman of the Board of Management | ||
Harrison Cookenboo, Independent Director | ||
Akihiko Kato, Director | ||
Mark Foster, Director | ||
Junichi Motono, Director | ||
Diep Nguyen, Deputy General Director of Business | ||
Peter Rutland, Director | ||
Ryan Cheung, CFO | ||
Robert Woods, Director | ||
Truong Bui, Managing Director, Deputy General Director | ||
Hai Ngo, Deputy General Director | ||
Kien Nguyen, Deputy General Director | ||
Ichio Otsuka, Director | ||
Lizabeth Zlatkus, Non-Executive Director | ||
Minh Nguyen, Deputy General Director | ||
Ratree Chanthum, Company Secretary, Secretary to the Board of Director and Executive Committee | ||
Takayuki Sasou, Director | ||
Phornwut Sarasin, Vice Chairman of the Board | ||
Suphasri Suthonthan, Managing Director of Finance and Accounting | ||
Thanh Dao, Chairman of the Board of Management | ||
Hisashi Nakajima, Director | ||
Thanh Lai, Deputy General Director | ||
Jeremy Ross, Director | ||
Yoshiki Miyatani, Director | ||
Neil DeSilva, Head, M&A and Investor Relations | ||
Herman Bulls, Director | ||
Suwimon Keeratipibul, Independent Director | ||
Ross McElroy, Director | ||
George Price, Director-Investor Relations | ||
Akiyoshi Toba, President Director | ||
Thuy Dao, Permanent Vice Chairwoman of the Board of Management, Deputy General Director | ||
Craig Schneider, Director | ||
Stephen Hilton, Executive Vice President General Manager - Global Infrastructure Services | ||
Mukesh Aghi, Director | ||
Pornwut Sarasin, Vice Chairman of the Board | ||
Hang Dinh, Finance Director, Deputy General Director | ||
Dung Nguyen, Deputy General Director | ||
Peter Wilson, CEO | ||
James Smith, Executive VP of Global Bus. Services and General Manager of Global Bus. Services | ||
Bruce Churchill, Director | ||
Khanh Han, Member of the Board of Management | ||
Huong Nguyen, Deputy General Director of Human Resources | ||
Brian MacDonald, Director | ||
Naphaphorn Temisrisuk, Company Secretary, Secretary of Executive Board | ||
Tuan Doan, General Director, Member of the Board of Management | ||
Sathit Chanchaowakun, Independent Director | ||
Dai Tran, Chief Accounting Officer | ||
William Deckelman, Executive VP and General Counsel | ||
Thongcha Srisook, Personnel Manager | ||
Hisatoshi Itsubo, Director | ||
Sherman Dahl, President CEO | ||
Phuong Dang, Deputy General Director | ||
Philai Piamphongsan, Independent Director | ||
Toan Bui, Deputy General Director | ||
Neil Manna, Principal Accounting Officer, Vice President Controller | ||
John Lawrie, Chairman of The Board, CEO and President Chairman of Executive Committee, Member of Audit Committee and Member of Compensation Committee | ||
Ashish Mahadwar, Executive VP and General Manager of Emerging Bus. Group | ||
Paul Saleh, CFO and Executive VP | ||
Nam Tran, Member of the Board of Management | ||
Rut Tanthasetthi, Managing Director of Factory | ||
David Zolet, Executive VP and General Manager of North American Public Sector | ||
Sachin Lawande, Director | ||
Diane Wilfong, Principal Accounting Officer, VP and Controller | ||
Panthep Supachaiyakit, Executive Vice President | ||
Thep Wongwanit, Chairman of the Board, Independent Director |
Computer Stock Performance Indicators
The ability to make a profit is the ultimate goal of any investor. But to identify the right stock is not an easy task. Is Computer Sciences a good investment? Although profit is still the single most important financial element of any organization, multiple performance indicators can help investors identify the equity that they will appreciate over time.
Return On Equity | -76.21 | |||
Return On Asset | -0.0029 | |||
Profit Margin | (0) % | |||
Operating Margin | 4.28 % | |||
Current Valuation | 11.01 B | |||
Shares Outstanding | 170.88 M | |||
Shares Owned By Insiders | 0.39 % | |||
Shares Owned By Institutions | 95.20 % | |||
Number Of Shares Shorted | 11.55 M | |||
Price To Earning | (88.70) X |
Some investors attempt to determine whether the market's mood is bullish or bearish by monitoring changes in market sentiment. Unlike more traditional methods such as technical analysis, investor sentiment usually refers to the aggregate attitude towards Computer Sciences in the overall investment community. So, suppose investors can accurately measure the market's sentiment. In that case, they can use it for their benefit. For example, some tools to gauge market sentiment could be utilized using contrarian indexes, Computer Sciences' short interest history, or implied volatility extrapolated from Computer Sciences options trading.
Pair Trading with Computer Sciences
One of the main advantages of trading using pair correlations is that every trade hedges away some risk. Because there are two separate transactions required, even if Computer Sciences position performs unexpectedly, the other equity can make up some of the losses. Pair trading also minimizes risk from directional movements in the market. For example, if an entire industry or sector drops because of unexpected headlines, the short position in Computer Sciences will appreciate offsetting losses from the drop in the long position's value.The ability to find closely correlated positions to Merck could be a great tool in your tax-loss harvesting strategies, allowing investors a quick way to find a similar-enough asset to replace Merck when you sell it. If you don't do this, your portfolio allocation will be skewed against your target asset allocation. So, investors can't just sell and buy back Merck - that would be a violation of the tax code under the "wash sale" rule, and this is why you need to find a similar enough asset and use the proceeds from selling Merck Company to buy it.
The correlation of Merck is a statistical measure of how it moves in relation to other instruments. This measure is expressed in what is known as the correlation coefficient, which ranges between -1 and +1. A perfect positive correlation (i.e., a correlation coefficient of +1) implies that as Merck moves, either up or down, the other security will move in the same direction. Alternatively, perfect negative correlation means that if Merck Company moves in either direction, the perfectly negatively correlated security will move in the opposite direction. If the correlation is 0, the equities are not correlated; they are entirely random. A correlation greater than 0.8 is generally described as strong, whereas a correlation less than 0.5 is generally considered weak.
Correlation analysis and pair trading evaluation for Merck can also be used as hedging techniques within a particular sector or industry or even over random equities to generate a better risk-adjusted return on your portfolios.Check out Trending Equities to better understand how to build diversified portfolios. Also, note that the market value of any company could be tightly coupled with the direction of predictive economic indicators such as signals in state. You can also try the Bollinger Bands module to use Bollinger Bands indicator to analyze target price for a given investing horizon.
Other Consideration for investing in Computer Stock
If you are still planning to invest in Computer Sciences Corp check if it may still be traded through OTC markets such as Pink Sheets or OTC Bulletin Board. You may also purchase it directly from the company, but this is not always possible and may require contacting the company directly. Please note that delisted stocks are often considered to be more risky investments, as they are no longer subject to the same regulatory and reporting requirements as listed stocks. Therefore, it is essential to carefully research the Computer Sciences' history and understand the potential risks before investing.
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