Principal Algorithm Developer - L1

Principal Algorithm Developer - Layer 1 Simulation (Waveform & Modem Algorithms)
Location: Abu Dhabi

PLEASE NOTE: THIS ROLE REQUIRES RELOCATION TO ABU DHABI

Are you a senior expert in wireless waveform and modem algorithm development, ready to shape next-generation communication systems? Join a cutting-edge technology organization in Abu Dhabi that is pioneering advanced tactical, wireless, and secure communication platforms. This is your opportunity to lead the development of core PHY/L1 algorithms that power high-reliability, high-performance modem architectures.

As a Principal Algorithm Developer - L1 Simulation, you will serve as a technical authority for waveform and modem algorithm architecture, simulation, optimization, and system integration. You will collaborate closely with architects, hardware designers, DSP engineers, and system teams to deliver world-class communication solutions.

Key Responsibilities

Advanced Waveform & Algorithm Development

• Design and optimize waveform algorithms to maximize bandwidth efficiency, SNR, robustness, and error resilience.
• Develop core PHY algorithms for modulation/demodulation, error correction, channel estimation, equalization, synchronization, and frequency offset correction.
• Explore and evaluate advanced DSP techniques for improved spectral efficiency, reliability, and performance across diverse wireless communication systems.

Simulation, Validation & Performance Analysis

• Simulate and validate waveform algorithms using MATLAB, Simulink, Python, or equivalent tools.
• Conduct detailed performance testing across complex channel models (fading, noise, interference, Doppler, mobility).
• Benchmark PHY/L1 algorithms using metrics such as BER, SNR, throughput, spectral efficiency, and implementation complexity.

Real-Time Optimization & Hardware Considerations

• Optimize algorithms for real-time deployment on FPGA, DSP, and ASIC platforms.
• Evaluate computational requirements, memory footprint, pipeline structures, and architectural trade-offs.
• Support hardware teams during FPGA/DSP implementation and troubleshooting.

System Integration & Cross-Functional Collaboration

• Work closely with waveform architects, hardware teams, embedded software developers, and system engineers to integrate algorithms into full modem solutions.
• Participate in system-level design reviews, code reviews, and collaborative troubleshooting sessions.
• Contribute to end-to-end L1 modem architecture discussions, ensuring high-quality, scalable algorithm design.

Documentation, Reporting & Technical Leadership

• Produce high-quality documentation for algorithm design, simulation methodology, performance analysis, and integration procedures.
• Prepare technical reports and presentations for engineering leadership and non-technical stakeholders.
• Provide mentorship and guidance to junior engineers and algorithm developers.

Requirements

• Masters degree in Electrical Engineering, Telecommunications, Computer Science, or a related field; Ph.D. strongly preferred.
• 12+ years of experience developing algorithms for wireless communication modems (5G, WiFi, WiMAX, SDR, tactical radio, or similar systems).
• Deep understanding of wireless communication standards, PHY-layer protocols, and modern waveform technologies.
• Proficiency in MATLAB/Simulink, C++, Python, or equivalent algorithm development tools.
• Strong expertise in DSP algorithm implementation and optimization.
• Proven experience with hardware-oriented implementation on FPGA, DSP, or ASIC platforms.
• Strong knowledge of communication channel models (fading, interference, noise) and modem performance metrics.
• Demonstrated success working in cross-functional engineering environments and contributing to large-scale system integration efforts.

Ready to Lead the Future of Wireless Waveform & Modem Innovation?

If you're passionate about designing and optimizing world-class waveform algorithms for next-generation communication systems, APPLY NOW and join a team shaping the most advanced secure wireless technologies.