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HFT NETWORKING & LOW-LATENCY ENGINEERING CERTIFIED COURSE

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About Course

The HFT Networking & Low-Latency Engineering – Certified Course is designed to provide advanced practical knowledge of High-Frequency Trading (HFT) networking, ultra-low-latency communication, high-performance packet processing, and network optimization. Learners will explore TCP/UDP, kernel bypass, DPDK, RDMA, NIC tuning, CPU and IRQ optimization, packet capture, multicast networking, latency measurement, and deterministic network performance. Through hands-on labs and industry-oriented projects, participants will learn to design, analyze, and optimize highly responsive networking environments used in financial markets, algorithmic trading, data centers, and other latency-sensitive applications.

Key Features of Course Divine:

  • Collaboration with E‑Cell IIT Tirupati
  • 1:1 Online Mentorship Platform
  • Credit-Based Certification
  • Live Classes Led by Industry Experts
  • Live, Real-World Projects
  • 100% Placement Support
  • Potential Interview Training
  • Resume-Building Activities

Career Opportunities After HFT Networking & Low-Latency Engineering:

  • HFT Network Engineer
  • Low-Latency Network Engineer
  • Network Performance Engineer
  • HFT Infrastructure Engineer
  • High-Performance Network Engineer
  • Network Systems Engineer
  • Data Center Network Engineer
  • Linux Performance Engineer
  • Network Software Engineer
  • Low-Latency Infrastructure Architect

Essential Skills You Will DevelopHFT Networking & Low-Latency Engineering:

  • HFT Network Architecture & Low-Latency Design
  • Ultra-Low-Latency Network Optimization
  • TCP/UDP & Multicast Performance Tuning
  • Kernel Bypass Networking with DPDK
  • RDMA & High-Speed Network Technologies
  • NIC, RSS, RPS & XPS Optimization
  • CPU Affinity, IRQ & NUMA Optimization
  • Microsecond-Level Latency Measurement
  • Packet Processing & Traffic Analysis
  • Network Benchmarking & Performance Engineering

Tools Covered:

  • DPDK (Data Plane Development Kit)
  • RDMA / RoCE
  • Linux Kernel Networking Tools
  • Wireshark
  • tcpdump
  • iPerf3
  • ethtool
  • Linux perf
  • eBPF / XDP
  • Pktgen-DPDK
  • TRex Traffic Generator
  • Solarflare / NVIDIA NIC Tools
  • OpenOnload
  • GDB

Syllabus:

Module 1: HFT Networking Fundamentals

  • HFT architecture and networking requirements
  • Latency, jitter, throughput and determinism
  • Market data and order communication flows

Module 2: TCP/UDP & Multicast Networking

  • TCP/UDP performance characteristics
  • Low-latency multicast communication
  • Market data distribution and packet handling

Module 3: Linux Kernel & Network Stack

  • Linux networking stack architecture
  • Kernel tuning and socket optimization
  • CPU affinity and interrupt management

Module 4: NIC Performance Optimization

  • NIC architecture and driver tuning
  • RSS, RPS, XPS and multi-queue optimization
  • Hardware offloading and latency reduction

Module 5: Kernel Bypass Networking

  • Kernel bypass concepts
  • DPDK architecture and packet processing
  • OpenOnload and accelerated networking

Module 6: RDMA & High-Speed Networking

  • RDMA fundamentals
  • InfiniBand and RoCE
  • Zero-copy and high-performance communication

Module 7: CPU, NUMA & System Optimization

  • CPU pinning and core isolation
  • NUMA-aware application design
  • IRQ and cache optimization

Module 8: Latency Measurement & Benchmarking

  • Microsecond-level latency measurement
  • Packet timestamping and benchmarking
  • Network performance profiling

Module 9: HFT Network Design & Reliability

  • Low-latency data center architecture
  • Redundancy and high availability
  • Network monitoring and fault analysis

Module 10: Advanced HFT Networking Projects

  • End-to-end low-latency optimization
  • High-performance market data processing
  • Real-world HFT networking projects

Industry Projects:

  • HFT Market Data Multicast Optimization Project
  • Ultra-Low-Latency TCP/UDP Communication Project
  • DPDK-Based High-Speed Packet Processing Project
  • RDMA/RoCE Low-Latency Communication Project
  • NIC & Kernel Performance Tuning for HFT Systems
  • CPU, IRQ & NUMA Optimization Project
  • Microsecond-Level Network Latency Benchmarking
  • Low-Latency HFT Data Center Network Design Project

Who is this program for?

  • HFT & Trading Technology Engineers working with low-latency infrastructure
  • Network Engineers specializing in high-performance networking
  • Low-Latency Engineers optimizing latency-sensitive systems
  • Network Performance Engineers focused on microsecond-level optimization
  • Linux & Systems Engineers working on performance-critical infrastructure
  • Data Center Engineers managing high-speed trading environments
  • Network Software Engineers developing high-performance communication systems
  • HPC Engineers & Developers working with DPDK, RDMA and high-speed networking
  • IT & Engineering Students aspiring to enter HFT and advanced networking careers

  • How To Apply:

    Mobile: 9100348679

    Email: coursedivine@gmail.com

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