Afaq Afaq Saeed-Master’s Thesis Researcher – Multiview Perception Evaluation
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Master’s Thesis Researcher – Multiview Perception Evaluation
Volkswagen AG
- Developed an evaluation framework for AI-generated multiview driving videos intended for perception and embodied-AI/VLA-related training workflows.
- Designed automated checks for temporal coherence, cross-camera consistency, semantic correctness, and multiview geometric quality, exposing failure modes relevant to autonomous systems.
- Combined classical computer vision, learned visual representations, and vision-language models to convert complex video artifacts into measurable engineering signals.
- Built repeatable benchmarking and failure-analysis workflows to support model comparison, data-quality decisions, and system-improvement discussions.
Working Student – Mapping & Robotic Perception
NavVis GmbH
- Developed image- and point-cloud-based algorithms for detecting and localizing reference markers in mobile-mapping data from real sensor systems.
- Built an RGB–LiDAR pipeline using image-based candidate selection, point-cloud filtering, plane estimation, clustering, coordinate transformations, and geometric center recovery.
- Evaluated approximately 20 test mappings, achieving around 2.5 mm marker-center localization error and locating approximately 85% of target markers in the prototype workflow.
- Debugged sensor-data and geometry issues, created VTK-based visualization tools, and documented test scenarios, accuracy results, and recurring failure cases.
Working Student – Multimodal 3D Reconstruction
Fraunhofer IIS
- Investigated vision- and audio-based methods for estimating indoor geometry, comparing their robustness across seven real environments.
- Built photogrammetry and NeRF reconstructions and aligned them with audio-derived room estimates for multimodal spatial reasoning.
- Analyzed sensor-specific limitations, including visually difficult glass surfaces and acoustically absorbing structures, to identify complementary fusion strategies.
- Trained and evaluated learning-based models on HPC systems and presented experimental findings through technical posters, prototypes, and documentation.
MLOps Consultant – ML Platform Engineering
Sayraab
- Supported a scalable containerized ML environment with authentication, resource quotas, monitoring, reproducible workspaces, and automated deployment workflows.
- Worked across software, infrastructure, and user requirements to improve reliability and operational structure for machine-learning experimentation.
CV/ML Intern → Engineer → Team Lead Perception
RoadGauge AI / Strada Imaging
- Progressed from intern to engineer and team lead while developing AI-powered road-inspection and asset-mapping systems operating on uncontrolled outdoor imagery.
- Designed end-to-end pipelines for semantic segmentation, object detection, tracking, traffic-sign recognition, stereo/SfM reconstruction, pavement measurement, and spatial asset localization.
- Contributed to systems used across approximately 5,000 km of road inspection, reducing manual review effort by up to 90% and supporting three major clients.
- Integrated stereo-vision software with custom camera hardware and Raspberry Pi edge computers, addressing calibration, synchronization, performance, and deployment constraints.
- Led six perception engineers and coordinated ten data annotators, covering architecture decisions, technical reviews, dataset quality, validation, debugging, and delivery planning.
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Experienced in Information Technology, Construction, Automotive, and Professional Services.
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Experienced in Research and Development, Product Development, Information Technology, and Quality Assurance.
Summary
AI and robotics engineer with 4+ years of professional experience developing computer-vision, machine-learning, and 3D perception systems for mobile mapping, infrastructure inspection, autonomous-driving research, and robotic prototypes. Combines an M.Sc. in Artificial Intelligence with a mechatronics background spanning sensors, embedded systems, control, robot hardware, and software integration. Experienced in Python, C++, PyTorch, ROS/ROS2, RGB–LiDAR processing, point clouds, stereo vision, sensor-data evaluation, edge deployment, debugging, and technical leadership for real-world systems.
Skills
- Robotics & Autonomous Systems: Ros/Ros2, Nav2, Mobile Robotics, Localization, Mapping, Navigation, Sensor Integration, Coordinate Transformations, Robot Perception, Control Fundamentals, Real-Sensor Testing.
- Ai & Computer Vision: Pytorch, Tensorflow/Keras, Opencv, Open3d, Pcl, Detection, Semantic Segmentation, Tracking, Stereo Vision, Sfm, Nerf, Lidar Processing, Multimodal And Generative-Model Evaluation.
- Software & Deployment: Python, C++ Working Proficiency, Matlab, Linux, Git, Docker, Cuda, Gcp, Azure Ml, Raspberry Pi, Testing, Benchmarking, Failure Analysis, Performance Evaluation, Technical Documentation.
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Education
Friedrich-Alexander-Universität Erlangen-Nürnberg
M.Sc. Artificial Intelligence · Artificial Intelligence · Erlangen, Germany · 1.7
National University of Sciences and Technology
Bachelor of Mechatronics Engineering · Mechatronics Engineering · Pakistan · 3.63/4.00
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