Antony Hubert J

• Optimized L-PBF process parameters (laser power, scan speed, etc..) to maximize relative density in metal AM parts • Implemented layered and multi-layered Re-melting strategies, reducing surface roughness in L-PBF produced components • Designed and implemented gas circulation routes, Nozzles for ALC2 L-PBF/M machine from scratch • Applied Sample processing, SEM and optical microscopy for microstructural characterization of AM samples.

• Operated SLM machines using CAD/CAM/CFD (CAx) workflows • Contributed to L-PBF/M machine improvement projects • Used CATIA for component design in AM context.

Specialized in BiW, Reverse Engineering techniques, Design Ergonomics, GD&T and Electric Vehicles design. Placed in IID(Institute of Industrial Design) and has been delivering industrial designs as a CAD Modeller, trained over 1000 students and professionals with design and analysing softwares.

Placed in the Design and Manufacturing department. Utilized Reverse Engineering and adaptive techniques to design and manufacture complex custom industrial components with precision.

Learned in depth about transportation and product design. Also skilled up to sketch, Render, and Surface using free hand sketching and softwares. I was involved in a project as an exterior car designer on a 2026 concept car in a team, succeeded and became the winners of ASBC 2019 Bangalore.

Thesis: Production of precise soft magnetic components with Multi Layer Re-melting techniques using Laser Powder Bed Fusion (PBF-LB/M) of Metals. (https://doi.org/10.1016/j.procir.2024.08.060) Key Focus Areas: Parameters optimization Additive Manufacturing (PBF-LB/M) Soft Magnetic Materials (FeSi

Major Project/ Thesis: Porosity Analysis of Cobalt-Chromium Components Developed via Additive Manufacturing for Medical Implant Applications Outcomes: Investigated defect patterns in 3D-printed Co-Cr alloys using metallographic analysis Evaluated SLM printed part density and surface quality for bi