Become an expert in mathematical imaging, computer vision, and shape analysis
The Master of Science in Engineering MISPA trains highly specialized professionals capable of mastering the mathematical foundations of imaging, geometric modeling, and advanced processing and analysis techniques. This dual expertise (Applied Mathematics + Computer Science/Image) opens the way to cutting-edge careers in R&D, artificial intelligence, and computer vision.
Sectors of Activity
MISPA graduates find opportunities in rapidly growing sectors worldwide.
Industry & Technologies
- Computer Vision
- Artificial Intelligence & Machine Learning
- Robotics & Autonomous Vehicles
- Telecommunications
- Multispectral and Hyperspectral Imaging
- Augmented Reality / Virtual Reality
Health & Biomedical
- Medical Imaging (MRI, CT scan, Ultrasound, PET…)
- Physiological Signal Analysis
- Data Processing for Assisted Diagnosis
Security & Critical Systems
- Automatic Anomaly Detection
- Pattern Recognition and Biometric Identification
- Video Analysis for Smart Surveillance
Geosciences & Environment
- Earth Observation (satellite, drone)
- Spatial Data Analysis or Remote Sensing
- Cartography and Geometric Modeling
Accessible Professions
Upon completion of the Master of Science in Engineering, graduates are eligible for highly qualified positions focused on algorithmics and research:
- R&D Engineer in Image Processing
- Engineer in Computer Vision or in Artificial Intelligence
- Data Scientist specialized in imaging
- Engineer in Signal Analysis and Mathematical Models
- Research Engineer in Digital Geometry
- Visual Analysis Systems Architect
- Consultant in Image Processing or AI
Industrial Partnerships and Application Areas
The MISPA degree is highly recognized in academic and industrial circles. The acquired skills (mathematical rigor, algorithmic mastery) are sought after by major partners.
Established Partnerships
- Biomérieux, CEA, General Electric (GE), LVMH, Philips, Siemens, Thales.
Key Application Areas
- Medical Imaging: Algorithm development for MRI and brain image analysis.
- Defense and Security: Processing and interpretation of satellite images, biometrics.
- Luxury Industry: Appearance modeling and color characterization.
- Quality Control: Computer vision for inspection and robotic guidance.
International Internship Opportunities
Research internships are a powerful driver for international career integration, with examples of prestigious placements:
- McGill University (Canada): Applied research on brain MRI images.
- General Electric Corporate Research Center (USA): Perceptual image processing.
- LVMH Corporate Research Center (France): Modeling and characterization of skin color appearance.
Pursuit of a Doctorate (PhD): The Preferred Path
The Master of Science in Engineering MISPA provides a privileged pathway to a Doctorate (PhD), in France or internationally.
Common Thesis Areas
- Mathematical Imaging and Signal Processing
- Geometric Modeling and Pattern Recognition
- Artificial intelligence applied to imaging (Deep Learning for vision)
- Medical Imaging, Computational Neurosciences
Thanks to the network of partner laboratories (Jean Monnet University, École des Mines de Saint-Étienne, Institut d’Optique Graduate School, École Centrale Lyon…), graduates benefit from excellent integration into research teams.
International Internship Opportunities
Research internships are a powerful driver for integration, with examples of prestigious placements:
- McGill University (Canada): Applied research on brain MRI images.
- General Electric Corporate Research Center (USA): Perceptual image processing.
- LVMH Corporate Research Center (France): Modeling and characterization of appearance.
Career Integration
The MISPA degree is highly recognized in academic and industrial circles.
The acquired skills — mathematical rigor, algorithmic mastery, scientific mindset — are sought after in a context of booming vision and AI technologies.
👉 The majority of graduates find employment or begin a PhD within months of graduation.
❗️ Applications are open from January to April.
Contacts
Academic Director of the Master of Science in Engineering
Administrative contact
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