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TATA Steel Vacancy 2023: TATA Steel has released a notification for the recruitment of Research Associate-Iron Making Res Group (1), and RH SR. Technologist/Technologist GenR4.1 rh.

Research Associate-Iron Making Res Group (1) –

Purpose of the Job

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Basic knowledge of Microsoft Office.
Technical patent/paper writing
Develop a rapid solidification setup for green samples of MMC from slime
Daily Trouble Laser Profile Meter software issues as per customers’ demands
Sample preparation for characterization
Characterization analysis of samples – Optical, XRD, and SEM
Documentation and logging of sample details
Basic knowledge of Microsoft Office.
Technical patent/paper writing
Iron Making Research group of Tata Steel, R&D has been involved in granular dynamics research in pursuit of achieving cost-effective ironmaking. Our work involves process improvement through the design of supercritical material handling equipment across Tata Steel group companies. We have started this journey of designing supercritical bulk material handling equipment using a technique known as Discrete Element Method (DEM). This technique is widely used across the world for solving bulk solid flow-related problems. In 2017 we began developing the expertise and computational resources for the same and started with the design modification of one piece of equipment, which showed promising results after being implemented at the plant. We also developed our state-of-the-art laboratory facility in parallel where we designed and fabricated new equipment using gathered knowledge from some of the domain experts worldwide. Seeing the benefit of the implemented engineered chute, requirements from the plant started increasing and we have been designing 6 equipment per year ever since. The need to improve 30 such supercritical material handling equipment across the Tata Steel group companies has been realized recently. Deliver as per the customer’s requirement in a timely and efficient manner. We are also looking to improve the laboratory facility at Jamshedpur and to build a new laboratory at TSK which will be built using the learnings from the existing laboratory and experience gained over the past years during the work of designing equipment.
We are involved in various aspects of HIsarna iron making, such as design validation of different equipment, development of numerical and physical modeling for different zones, Heat, and mass balance models etc. HIsarna being the new technology, it requires in depth investigation and analysis. Setting up these physical models and performing regular experiments are resource intensive. Perform experiments and generate data from these physical models to gather profound information about the process.
Basic knowledge of Microsoft Office.
Technical patent/paper writing
Troubleshooting existing code
Lab related work for new facility development
Basic knowledge of Microsoft Office.
Technical patent/paper writing

Educational Qualification for TATA Steel Vacancy:

BE, B. Tech / ME, M. Tech/Ph.D. in Chemical Engineering, Metallurgical Engineering, Mineral Engineering & fuel engineering.

Experience: 0 to 3 years of experience will be preferred.

Skills

Overall Job Responsibility

Develop a rapid solidification setup for green samples of MMC from slime
Daily Trouble Laser Profile Meter software issues as per customers’ demands
Sample preparation for characterization
Characterization analysis of samples – Optical, XRD, and SEM
Documentation and logging of sample details
Perform experiments related to ironmaking
Perform CFD simulations for different HIsarna process
Participate in material preparation for CCF physical model Experiments
Participate in performing and establishing an experimental methodology for HIsarna projects
Perform experiments and analyze the data generated.
Development of advanced granular flow laboratory. Conceptualize, design and development of state-of-the-art bulk material characterization equipment.
Establishing an experimental methodology for determining parameters needed for Discrete Element Method (DEM) simulation for granular flow for industrial applications.
Development and documentation on suitable bulk material characterization techniques for complex solid flows through material handling equipment.
Performing experiments at the lab and generating useful information needed for solving actual plant scale problems
Drive the process of designing, developing and implementing new equipment, and methodology.
Taking responsibility for a team to motivate for providing maximum output. Identifying problem areas and resolving them.
Troubleshooting existing code
Knowledge of Matlab, C, C++, Python
Converting code to Python from other platforms
Development of database for customized software platforms