eDiscovery Data Migration Analyst

The world of investing is fascinating yet complex. While hundreds of first -time investors are turning to the markets to help pay for their homes, send their children to college and secure their futures the mission of the Securities and Exchange Commission (SEC) is becoming all the more vital. GDIT is excited to support the SEC in as it seeks to protect investors, maintain fair, orderly, and efficient markets, and facilitate capital formation. The SEC ISS program is a comprehensive IT program charged with operating, managing, and advancing the SEC's IT infrastructure. Our dynamic program team of IT leaders and large and small business partners is seeking bright, energetic and talented individuals to join us as we bring our innovative IT Service Delivery solutions to SEC. Currently; we are seeking an eDiscovery Data Migration Analyst. The selected candidate must a US Citizen (without dual citizenship) and able to obtain a Public Trust Suitability clearance, per contract requirements. Since 1934 the SEC has been restoring and ensuring investor confidence in our capital markets by providing investors and the markets with more reliable information and clear rules of honest dealing. Are you ready to do your part and support all Americans in this mission? The responsibilities for candidates in this role include, but are not limited to the following: Duties: Performs electronic discovery data analysis and migration in support of record retention, litigation, compliance, and similar legal matters. Extract, convert, and load eDiscovery files for searching in SEC tools. Logs request, obtains authorization, and tracks and reports all activity related to data extraction requests. To qualify, you must meet these basic qualifications: Must have a minimum of 5 years of related experience fulfilling electronic discovery requests. Must have experience working with CasePoint and/or similar digital forensics tool and must possess foundational experience with Windows Server, data extraction, transformation, and loading.