Software Engineer - C++

  • Competitive
  • Greenwich, CT, USA Greenwich CT US
  • Permanent, Full time
  • Interactive Brokers
  • 20 Jun 18 2018-06-20

Software Engineer - C++

Company Overview

IBG LLC, a subsidiary of Interactive Brokers Group, Inc. (NASDAQ: IBKR) is a direct access electronic broker catering to the needs of professional and frequent traders, institutional investors, financial advisors, and introducing brokers. Our clients have access to more than 120 market centers in 26 countries from a single account. We are the lowest cost provider of brokerage services and the largest U.S. electronic broker based on daily average revenue trades executing over 800,000 trades per day.[1]  Our employees are part of a dynamic, multinational, fast-paced, results-oriented team working to provide our customers with state-of-the-art trading technology, superior execution capabilities, worldwide electronic access, and sophisticated risk management tools.
 
 

 
[1] Figures as of  January 1, 2018. Information on the company can be found at www.interactivebrokers.com
Click the link to view a short video with a few words from current Interactive Brokers employees: https://www.interactivebrokers.com/en/index.php?f=31899

Job Description and Responsibilities

Interactive Brokers was founded by a software engineer to rewrite the rules of trading by automating anything and everything. Software development is the lifeblood of our firm, and it shows. Our engineers command respect in the firm and have competitive compensation packages.
 
Junior and Senior level positions are available.
- Brokerage trading platform development and maintenance.
- C++ software development for UNIX server. 

Qualifications

- Technically oriented, proactive, and enthusiastic, with extreme attention to detail.
- Bachelor's in Computer Science, Mathematics, Physics or similar (masters/PhD a plus).
- English written/verbal communication skills.
- C++, Object Oriented Programming, Networking, STL
- Working, in-depth knowledge of data structures and algorithms