Sudeep Kumar Sahoo, Ph.D. Email & Phone Number

Bengaluru, Ka, In

Voreppe, Auvergne-Rhône-Alpes, France

Lyon, Auvergne-Rhône-Alpes, France

• Incorporated machine learning-based algorithms using Clustering algorithms based upon SciKit Python library for image processing.• Conducted product demonstrations, training, and application support on the Advanced imaging andanalysis portfolio for target segments in material science.

Toulouse, Occitanie, France

• Contributed significantly to new product and technology development by optimizing materials selection and processes.• Led static load analysis and fatigue analysis, offering valuable inputs for product design to enhance overall mechanical performance and ensure structural integrity.• Investigated the influence of residual stress on the machined samples, thereby enhancing our understanding of material behavior on a broader scale.• Estimated the effect of residual stress on the fatigue performance of the specimen-type geometry.• Ensured all activities aligned with GMP, ASTM, and ISO regulations, in addition to qualifying quality system requirements.• Conducted meticulous reviews of ongoing work to assess progress, ensured alignment with project objectives, and provided constructive feedback to team members.

Talence, Nouvelle-Aquitaine, France

Investigating the influence of specimen size effect on the fatigue properties of additively manufactured Ti–6Al–4V alloy: Experimental and Numerical approach. • Organized a Design of Experiments (DOE) to investigate the impact of specimen size and geometry on the mechanical properties of Ti–6Al–4V alloy.• Employed X-ray diffraction (XRD) for crystallographic macro-texture measurements, contributing to a comprehensive understanding of material behavior.• Integrated diverse analytical tools for insightful findings and enhanced research outcomes.• Developed comprehensive test plans, conducted rigorous mechanical testing to refine manufacturing processes, and enhanced mechanical properties through the design of novel alloy systems.

Région De Saint-Nazaire, France

Talence, Nouvelle-Aquitaine, France

Numerical modeling on topology optimization of microarchitecture lattice structures to predict the fatigue response of additively manufactured 3D printed Ti–6Al–4V lattice structures for aircraft structures.• Developed and implemented a numerical model for performing finite element analysis on 3D-printed architected lattice structures, evaluating fatigue and fracture responses.• Accountable for providing technical input for projects, including material selection, product prototype design, characterization, and product optimization.• Played a key role in the material characterization stage, facilitating setup and calibration of material parameters.• Provided Engineering/Scientific insight and improvement solutions for new product development.• Formulated a detailed report to evaluate the work progress and provided the necessary feedback; documented the research analysis and observations for future reference.

Metz, Grand Est, France

Modeling the Mechanical Behavior of the Bi-Phase Materials. • Led the implementation of a Bayesian framework within the Crystal Plasticity Framework, enhancing alloy performance.• Integrated Bayesian hierarchical data-driven models for uncertainty quantification in material parameter estimation.• Engaged in daily update meetings with key manufacturing personnel and generated reports to communicate results with product engineers.• Supervised the work of subordinates for processing (severe plastic deformation) and performing crystal plasticity simulation to interpret the deformation mechanism of High Entropy Alloys (HEAs).

Doctor Of Philosophy - Phd, Materials Engineering

Dissertation: Novel Analytical and Polycrystal Plasticity Approach to Compute Twin-Induced Deformation Behavior, Microstructure.

Master Of Technology - Mtech, Materials Engineering

Bachelor Of Technology - Btech, Mechanical Engineering