Habiba Bougherara
Papers
4
Total Citations
15
H-Index
3
About
Habiba Bougherara is a rising force in advanced manufacturing, specializing in the intersection of robotics and additive manufacturing. Her research focuses on developing novel frameworks for robotic 3D printing, pushing beyond the limitations of conventional Cartesian and delta systems. Bougherara’s major contributions include pioneering a robotic coaxial photopolymer extrusion method that significantly enhances the tensile properties of continuous fiber-reinforced composites, a breakthrough for producing stronger, more durable parts. She has also introduced a practical, multi-axis supportless fused filament fabrication technique using volume decomposition, enabling the creation of complex geometries without traditional support structures. Her work on a MATLAB toolbox for reachability analysis and visualization of robotic manipulators provides essential tools for researchers and engineers to optimize robotic workflows. With her most-cited papers already garnering attention—including 5 citations for her 2024 composite work—Bougherara is establishing herself as a key innovator in robotic additive manufacturing, demonstrating how multi-axis freedom can revolutionize material properties and fabrication efficiency.
Research Focus
Key Achievements
Top Papers
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