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Jump Trading

Speed, probability and low-latency C++ under exchange constraints.

Proprietary trading 3 mapped rolesTrack CTrack ETrack D

Full posting not imported — mapping inferred from track data.

Mapped roles

3 roles

Technology Engineer (Platforms / Infrastructure)

ExperiencedTrack C

Jump's technology page describes platforms spanning hardware, software and distributed systems, from low-level networking to large-scale compute.

C++Low latencyConcurrencyCPU architectureNetworking

Low-Latency Hardware/FPGA-adjacent Software Engineer

ExperiencedTrack E

Official page lists custom ASIC, FPGA and platform development for low-latency and compute-intensive workloads.

Distributed systemsDatabasesStreamingMarket dataReliability

Trading / Signals / AI-ML Team Member

ExperiencedTrack D

Jump's careers page lists AI/ML, Technology, Trading and Signals as its groups.

PythonStatisticsML foundationsResearch pipelinesTime series

Published expectations & research notes

5 notes
  • Jump builds proprietary network infrastructure and three large purpose-built research data centers plus 100+ co-located compute environments near global exchanges.
    Sourcedretrieved 2026-11-09www.jumptrading.com
  • Jump's stack includes custom ASIC/FPGA development for low-latency workloads and high-performance software frameworks written in C++, Python, Go, and Rust.
    Sourcedretrieved 2026-11-09www.jumptrading.com
  • Jump's CTO: 'We build our own hardware, run large-scale AI workloads, and move faster than most tech companies. You can design something on Monday and see it in production by Friday.'
    Sourcedretrieved 2026-11-09www.jumptrading.com
  • Engineers get ownership from day one — design, test and deploy in production — and the culture is described as autonomy, speed and trust with visibility across the entire technical stack.
    Sourcedretrieved 2026-11-09www.jumptrading.com
  • Jump's careers page organises hiring around AI/ML, Technology, Trading and Signals groups, with dedicated campus recruiting contacts for students and new grads.
    Sourcedretrieved 2026-11-09www.jumptrading.com

Competency areas

10
  • cpp
  • low latency
  • concurrency
  • networking
  • computer architecture
  • systems design
  • python
  • machine learning
  • markets
  • algorithms

Preparation assessments

C++ Knowledge Assessment12q · 30mProbability Assessment12q · 30mSystems Design Assessment8q · 35m

Relevant curriculum modules

5 modules
Level 8 — High-Performance C++Cache locality, data-oriented design, SIMD, benchmarking and the measurement discipline.
Low-Latency DesignLatency budgets, kernel overheads, kernel-bypass concepts and measurement discipline.
NetworkingFrom the OSI model to sockets, multicast and the latency properties of networks.
Computer ArchitecturePipelines, caches, branch prediction and the hardware realities behind program performance.
Quantitative Interview AlgorithmsStreaming statistics, order books, simulation and the patterns quant interviews actually use.

See how these roles map to your learning path

Every track above is backed by a phase-by-phase curriculum with lessons, drills and assessments.

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