EMBEDDED C++ SYSTEMS ENGINEER FOR HIGH FREQUENCY TRADING
EMBEDDED C++ SYSTEMS ENGINEER FOR HIGH FREQUENCY TRADING. NY OR LA, $200K/+BONUS.
FIRM:
A leading fully automated algorithmic trading firm in US, has an emerging senior position within an elite high frequency trading team. The position is for an experienced Embedded Systems Engineer to conceive, design, develop and deliver an ultra-low latency embedded software/hardware/network solution for running multiple high frequency strategies.
ROLE:
- This role will demand/expect knowledge of higher level software development around C++, Linux/ Windows technology and Optimizing this platform by using network and systems programming, as well as other advanced techniques.
- The environment is collaborative, fast paced and challenging, most suited to a highly driven individual with a great amount of pride in their work and a desire to work in a performance related and rewarding team.
REQUIREMENTS:
- A strong background in data structures, algorithms, and object-oriented programming, preferably in C++ or Java.
- Designing, implementing, and deploying high-frequency trading algorithms
- Exploring trading ideas by analyzing market data and market microstructure for patterns and creating tools to analyze data for patterns
- Contributing to libraries of analytical computations to support market data analysis and trading, Developing, augmenting, and calibrating exchange simulators
- Augmenting, improving, redesigning, and/or re-implementing low-latency/high-throughput production trading environment, which collects data from and disseminates orders to exchanges around the world
- Developing systems that provide easy access to historical market data and trading simulations
- Building risk-management and performance-tracking tools
- PhD, bachelor’s, and master’s in computer science, mathematics, physics, electrical engineering, and related fields are highly desirable.
CONTACT:
If you find this role of interest, please submit your application to apply@mavenalpha.com quoting the reference SAM. Alternatively, please call our offices at 646-502-8555 and ask to speak with SAM for a confidential discussion. Thank you for your interest and we look forward to engaging with you
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