Mayank Varshney Email & Phone Number

Nuremberg, Bavaria, Germany

AI Simulation Engineer :• Pioneered the integration of artificial intelligence (AI) techniques to replace finite element method (FEM) simulations, enhancing the speed and efficiency of structural analyses in complex engineering systems with significant cost reduction.• Orchestrated the integration of AI algorithms into simulation workflows, enhancing decision-making processes and optimizing resource allocation in dynamic environments.• Presented research findings on AI-enabled FEM… Show more AI Simulation Engineer :• Pioneered the integration of artificial intelligence (AI) techniques to replace finite element method (FEM) simulations, enhancing the speed and efficiency of structural analyses in complex engineering systems with significant cost reduction.• Orchestrated the integration of AI algorithms into simulation workflows, enhancing decision-making processes and optimizing resource allocation in dynamic environments.• Presented research findings on AI-enabled FEM simulations to clients and symposiums, contributing to the advancement of simulation methodologies and best practices in engineering.Devloper :• Developed a suite of automated scripts that reduced simulation setup time by more than 50%, resulting in significant time and cost savings.• Successfully integrated automation solutions with existing CAE software (ANSYS), enabling seamless workflow automation and improving overall productivity.• Implemented a standardized automation framework, improving consistency and repeatability across CAE analyses, leading to enhanced product quality and reliability.• Developed a comprehensive Blazor-based web application for internal use, streamlining project management processes and increasing team collaboration.• Implemented GitLab CI/CD pipelines to automate build, test, and deployment processes, reducing manual intervention and improving overall software delivery efficiency. Show less

Renningen, Baden-Württemberg, Germany

• Developed a physics based Neural Delay Differential Equations architecture for modelling fluid flow in hydraulic line.• By circumventing spatial discretization, achieved notable reductions in computational time and cost.• Developed AI based precise, speedy, and reliable solution that seamlessly fits into large-scale system simulations.

Sindelfingen, Baden-Württemberg, Germany

Projects: ● Establishment of a process for the multidisciplinary design optimization of the welded joint of a door in OptiSLang (DoE, metamodels, optimization)● Set-up of a process for the optimization of brake discs in OptiSLang (direct optimization using evolutionary algorithms) for natural frequencies.Software used:● Programming: Python for the process flow and for the automation of software.● Optimization and automation software: OptiSLang● FE Preprocessor:… Show more Projects: ● Establishment of a process for the multidisciplinary design optimization of the welded joint of a door in OptiSLang (DoE, metamodels, optimization)● Set-up of a process for the optimization of brake discs in OptiSLang (direct optimization using evolutionary algorithms) for natural frequencies.Software used:● Programming: Python for the process flow and for the automation of software.● Optimization and automation software: OptiSLang● FE Preprocessor: HyperMesh, ANSA● FE Solver: LS Dyna, Abaqus, OptiStruct● Postprocessor: Meta● Operating System: Linux, Windows Show less

Pune Area, India

● Performed Finite Element Analysis on Subsea Tie-In connection systems for CNOOC Liuhua Project on Abaqus Software.● Created scripts/macros for automating pre and post-processing for certain analyses using Python programming.● Conducting trainings and mentoring fellow analysts.

Hyderabad Area, India

As an Engineer II, my roles and responsibilities included:● Performing structural and fatigue analysis of Titus connectors.● Training and mentoring the fellow analysts.● Reviewing the FEA reports.

Hyderabad Area, India

As an Engineer I working with Product Simulation Group at TechnipFMC, following tasks have been performed by me: ● Design calculations, static and dynamic analysis for various TechnipFMC products such as Integrated Satellite Structure(ISS), Integrated Template Structure(ITS), ROV Handle for KC 4-3 connector,flow modules, etc.● Fatigue analysis to determine the fatigue life of 18 ¾-10K Torus IV connector. ● Structural and fatigue analysis to determine the pressure capacity and no.… Show more As an Engineer I working with Product Simulation Group at TechnipFMC, following tasks have been performed by me: ● Design calculations, static and dynamic analysis for various TechnipFMC products such as Integrated Satellite Structure(ISS), Integrated Template Structure(ITS), ROV Handle for KC 4-3 connector,flow modules, etc.● Fatigue analysis to determine the fatigue life of 18 ¾-10K Torus IV connector. ● Structural and fatigue analysis to determine the pressure capacity and no. of working cycles of THMIRT.● Thermal and structural analysis on 9-5/8” Casing Hanger Assembly, to determine the loads generated at the lock ring of Annular Seal Assembly due to the thermal expansion when the well is subjected to production.● Received reviewer status for approving the analysis and related documentation done by other TechnipFMC engineers.● Given trainings on various FE analysis types and approaches to follow.● Mentoring fresh graduates who join the team. Show less

Hyderabad Area, India

As an Associate Engineer working with Structures Manifolds & Interconnection Systems (SMIS) group based in Norway, following tasks were carried out by me:● Performed static structural analysis on various TechnipFMC components such as transport structure, clamps,skids, etc.● Created PDDs for padeyes and bolt calculations.

Faridabad Area, India

Role/Learnings:● Worked on a project named "Thermo-Hydraulic Calculations in Power Plant".● Learned about Heat and Mass balance calculations,through HBD layouts of Thermal Power Plant.

Noida Area, India

Role/Learnings:● Worked on a project named "World Class Manufacturing".● Learned about SOP’s, Root Cause Analysis and its applications.

Master'S Degree, Computational Mechanics Of Materials And Structures (Commas), 1.4

Focus: ● Machine Learning● Mathematics ● Scientific Programming ● Statistical Data Analysis ● Optimization ●Continuum Mechanics ●.

Bachelor’S Degree, Mechanical Engineering

Activities and Societies: Focus: ● FEM ● Solid Mechanics ● Mathematics ● Thermodynamics ● Fluid Mechanics & Dynamics ● Kinematics &.

Higher Secondary School Certificate, 90%

Senior Secondary School Certificate, 85.57%