Low Latency C/C++ Developer in London - International Hedge Fund

Oxford Knight is seeking a Low Latency C/C++ Developer for an international hedge fund in London. This full-time role is ideal for experienced developers already based in the UK with existing right-to-work, though foreign applicants are encouraged to enquire. The position offers a competitive salary of £64,712.59, with the unique advantage of working on greenfield projects within an established systematic fund.

Job Description

This pivotal role within a brand new HFT operation, spun out of an established systematic fund, places you at the heart of cutting-edge financial technology. You will be instrumental in developing low-latency C/C++ solutions, contributing to high-frequency trading strategies across a diverse range of asset classes in international markets.

Working within a small, agile team in the London office, you'll have the autonomy to tackle greenfield projects without the typical corporate red tape. The focus is on technological innovation and collaborative problem-solving, leveraging significant business buy-ins to drive impactful development.

Requirements

• Proven expertise in C/C++ development, particularly in low-latency environments.
• Experience with high-frequency trading (HFT) systems or similar performance-critical applications.
• Strong understanding of data structures, algorithms, and system design.
• Ability to work effectively in a collaborative, fast-paced team setting.
• Excellent problem-solving skills and a proactive approach to development challenges.
• Applicants must possess existing right-to-work in the UK.

Benefits

• Competitive, market-leading salary package.
• Opportunity to work on greenfield projects within a well-established and funded systematic fund.
• Exposure to a wide range of asset classes and international markets.
• Collaborative and innovative work environment with a focus on technology.
• Significant autonomy and impact within a small, dynamic team.

How to Prepare

For Nigerian and African immigrants targeting a Low Latency C/C++ Developer role, refining your technical portfolio to align with UK market expectations is crucial. Focus on showcasing your expertise in high-performance computing and low-latency systems. Highlight any experience with financial trading platforms or real-time data processing, ensuring your CV is structured in a clear, concise UK format. A strong LinkedIn profile, optimized for UK recruiters, will also significantly boost your visibility.

Since this role prefers UK-based applicants with existing right-to-work, if you are a foreign applicant without this status, your cover letter must compellingly articulate your exceptional skills and how they directly address the fund's specific needs, potentially making a case for sponsorship despite the stated preference. Emphasize transferable skills and any UK-recognised certifications or professional registrations that demonstrate your commitment and capability.

• Update your CV to a UK-centric format, focusing on quantifiable achievements in low-latency C/C++ development.
• Optimize your LinkedIn profile to highlight relevant technical skills and experience in HFT or similar fields.
• Prepare a compelling cover letter that addresses the UK right-to-work preference head-on, if applicable, by emphasizing unique value.
• Gather professional references from previous employers, ideally those with international recognition.
• Brush up on system design, data structures, and algorithms relevant to high-frequency trading.

Visa Sponsorship & Foreigner Eligibility

Visa sponsorship is not explicitly advertised for this Low Latency C/C++ Developer position, with Oxford Knight preferring UK-based applicants who already hold existing right-to-work. While foreign applicants may still apply, they should confirm their eligibility and potential for sponsorship directly with the employer. If your status is borderline, it is advisable to clearly state your current situation and inquire about the company's flexibility regarding sponsorship in your application.