Role Summary
We are seeking an experienced AI Engineering Manager to lead the development of Vision AI and Edge Intelligence systems for real-time, low-latency applications.
The role focuses on building end-to-end AI systems across perception models, multimodal intelligence, real-time inference optimization, and edge deployment. This position emphasizes production-grade delivery, system performance, scalability, and real-world deployment quality.
Key Responsibilities
Vision AI Development & Edge Real-Time Inference
• Lead end-to-end Vision AI development, including object detection, segmentation, tracking, video understanding, and semantic scene understanding
• Drive the adoption of multimodal and vision-language models, including MLLMs, VLMs, and Vision Agent architectures for natural-language interaction and agentic perception workflows
• Design and optimize low-latency inference pipelines for edge deployment, balancing model accuracy, latency, compute efficiency, memory usage, and deployment feasibility
• Apply model optimization techniques such as quantization, pruning, knowledge distillation, TensorRT, ONNX, or similar production inference frameworks
• Ensure real-time system performance for production applications
Cross-Functional Integration
• Work closely with platform, system, and RAN teams to integrate AI capabilities into commercial products
• Translate product requirements into robust AI system designs and implementation plans
• Ensure AI solutions meet real-world deployment constraints, including latency, compute, reliability, and maintainability
Team Leadership
• Lead, mentor, and grow a high-performing AI engineering team
• Define the technical roadmap for Vision AI and Edge Intelligence capabilities
• Evaluate, adopt, and operationalize emerging AI technologies and system architectures
Required Skills & Experience
• Strong background in computer vision, deep learning, and production AI system development
• Proficiency in PyTorch, TensorFlow, or equivalent deep learning frameworks
• Hands-on experience with detection, segmentation, tracking, video analytics, or related vision AI applications
• Practical experience with model deployment and optimization using ONNX, TensorRT, or similar tools
• Proven ability to build and scale AI systems from prototype to production
Preferred Skills
• Experience with multimodal learning, vision-language models, foundation model adaptation, MLLMs, VLMs, or related multimodal AI systems
• Knowledge of Vision Agent concepts, including vision-language reasoning, video question answering, video summarization, visual grounding, and agentic interaction with live or recorded video streams
• Knowledge of distributed inference systems and cloud-edge collaborative architectures
• Experience with Kubernetes, containerized deployment, or cloud-edge infrastructure
• Background in real-time video processing, telecom systems, robotics, or Physical AI applications
Education & Qualifications
• Bachelor’s degree or higher in Computer Science, Artificial Intelligence, Electrical Engineering, or related technical field
• Master’s or PhD preferred for senior candidates or candidates with strong research background
• Strong foundation in machine learning, deep learning, or applied mathematics is highly desirable
Experience Requirements
• Minimum 8 years of relevant industry experience in AI / Machine Learning / Computer Vision
• Expert in Nvidia Metropolis, experience in Nvidia Isaac, Cosmos and Omniverse desired
• Proven track record of delivering production-grade AI systems in real-world environments
• Experience in edge AI, real-time systems, or large-scale deployment is highly preferred
SYNAXG TECHNOLOGIES PTE. LTD.
SynaXG, a dynamic force in the telecommunications industry, envisions becoming a global top-10 provider of O-RAN infrastructure in the 5G and Hyperconverged AI domain, with its headquarters situated in Singapore. The company's mission is centered around democratizing cellular technology, empowering...
Read more about the companyCopyright © 2026 Grabjobs Pte.Ltd. All Rights Reserved.