Shiv Krishna M. Email & Phone Number

Detroit, Mi, Us

Detroit, Michigan, Us

Novi, Michigan, Us

Columbia, Sc, Us

• Developed mathematical models with varying complexity levels (e.g., P4D, P2D, SPM, Lumped, etc.) to capture aging mechanisms, including coupled degradation processes such as SEI formation and lithium plating.• Developed reduced-order porous electrode models accommodating cell non-uniformities (temperature, curvature, manufacturing deviation) and coupled them with degradation mechanisms for Eagle-Picher in-house cells, significantly reducing model generation time from over 24 hours to less than 30 minutes.• Collaborated with NREL to create mechanistic physics-based models, specifically studying the performance of lithium-sulfur cells and analyzing the shuttling process of polysulfides in these cells.• Developed a model-in-the-loop simulation framework for Li-ion battery systems, incorporating physics-based models from the cell level and extending them to the system level.

Columbia, Sc, Us

Advanced Mass Transfer - ECHE 722 (Spring 2021) | Chemical Process Analysis - ECHE 700 (Fall 2020) | Chemical Engineering Lab I - ECHE 460 (Spring 2020) | Chemical Process Analysis - ECHE 700 (Fall 2019) | Mass Transfer - ECHE 322 (Spring 2019) | Separation Process Design - ECHE 440 (Fall 2018)• Conducted office hours to help students understand and solve problems of labs, homework, quizzes, and the final project.• Prepared lecture notes and exams, graded and posted solutions for homework and quizzes, and kept records of scores using Excel.• Occasionally took classes and guided students in applying classroom knowledge to solve applied problems relevant to the industry.

Buffalo, New York, Us

• Developed a model simulating the Electrochemical therapy EChT process in a two-dimensional (2D) axisymmetric environment.• Developed MATLAB LiveLink scripting interface to automate tertiary current distribution and Nernst-Planck models (COMSOL Multiphysics) set up and solving on high-performance computing (HPC) clusters.

Buffalo, New York, Us

• Associated with Garwood Medical Devices, LLC, SUNY Research Foundation, and Dr. Furlani's Laboratory for interdisciplinary modeling and simulation, University at Buffalo.• Supported the project management in the comparison and selection of suitable modeling approaches with low computational complexity and high accuracy• Utilized COMSOL Multiphysics to conduct simulations and constructed a prototype design for a medical device.

Mumbai, In

• Prepared process flow diagrams for the Fluidized Catalytic Cracking Unit (FCCU) at the refinery.

Chennai, Tamil Nadu, In

• Designed and implemented PHASuite, a software system facilitating meticulous and systematic HAZOP analysis, enhancing the capabilities of human experts. Focused on conducting thorough process safety analysis for an Industrial Pharmaceutical Process as the primary objective of the project.

Doctor Of Philosophy - Phd, Chemical Engineering

Master Of Science - Ms, Chemical Engineering

Bachelor Of Technology - Btech, Honors, Chemical Engineering