Debashish Banerjee Email and Phone Number
π Engineer & Researcher with 5 Years in Nuclear Science βοΈMy journey has been marked by a relentless pursuit of knowledge, innovation, and a commitment to excellence in the field. Engaged in impactful R&D projects, my contributions span from creating reference designs and assessing compatibilities to modeling prototypes of clay used for nuclear waste disposal. My roles extended to scripting multitasking codes, developing molecular models, running atomistic simulations and managing end-to-end project dynamics, including data analysis, discrepancy resolution, and impactful presentations to stakeholders. ππβοΈ Aerospace EnthusiastAs an Aerospace engineer, I am captivated by the boundless possibilities of space exploration. Keeping a keen eye on the latest developments, my enthusiasm extends to diverse segments like satellites and hydrogen technologies. I believe in staying at the forefront of the aerospace industry, ready to embrace new challenges and contribute to its evolution.π Current Pursuit: MBA in Power ManagementCurrently, I am channeling my engineering background and research mindset into the dynamic realm of Power Management. Pursuing an MBA, I am passionate about acquiring a holistic understanding of the energy sector, blending technical expertise with strategic management. This journey not only reflects my commitment to professional growth but also signifies my dedication to bridging the gap between technical and managerial realms in the energy industry.Skills:Nuclear EngineeringNuclear Waste ManagementComputational Molecular ModelingAerospace EngineeringResearch and DevelopmentSatellite TechnologyHydrogen for Space ExplorationProject ManagementStrategic PlanningCross-functional CollaborationContinuous LearningAchievements:Talked about my research findings at international conferences like CMS (Clay Minerals Society), USA 2020, and GFA (Groupe Francais Des Argiles), France 2021.Looking Forward:I am eager to leverage my diverse background and ongoing MBA education to contribute meaningfully to the intersection of nuclear, aerospace, and power management. Open to collaborative opportunities and excited about the transformative journey ahead! π‘π
Ducon Infratechnologies Ltd
View- Website:
- duconinfra.co.in
- Employees:
- 57
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Project ManagerDucon Infratechnologies LtdThane, Mh, In -
Project ManagerDucon Power Systems (I) Private Limited Nov 2023 - PresentIndia -
Business ConsultantIeds (Integrated Engineering Design Solutions) Jun 2023 - Oct 2023United States
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Research Fellowship (Doctoral Contract)Imt Atlantique Oct 2017 - Sep 2022Nantes, Pays De La Loire, France1. Reference Designs and Compatibility Assessment:β’ Developed reference designs, compatibility assessments, and acceptance criteria for nuclear waste disposal.β’ Evaluated existing designs, proposing enhancements to ensure long-term safety and performance of waste disposal systems.2. Molecular Dynamics (MD) Simulations:β’ Utilized atomistic Molecular Dynamics (MD) simulations to study molecular-level behavior and interactions.β’ Extracted insights into structural and dynamic properties, aiding in optimizing waste disposal system designs.3. Enhanced MD Simulation Efficiency with GROMACS:β’ Introduced GROMACS, a new MD software, to the research team.β’ Achieved a substantial 40% improvement in simulation run efficiency, enabling faster data generation.4. Multitasking Codes for Supercomputer Simulations:β’ Developed multitasking codes for supercomputer simulations, optimizing computational resource utilization.β’ Reduced simulation time, enhancing productivity and enabling thorough studies of waste material behavior.5. Innovative Molecular Models:β’ Independently designed molecular models for clays, organic molecules, and radionuclides.β’ Models were pivotal in understanding inter-component interactions and behavior under diverse environmental conditions.6. Technical Data Analysis and Reporting:β’ Led technical data analysis, resolved discrepancies, and prepared comprehensive reports.β’ Analyzed experimental and simulation data, derived trends, and drew meaningful conclusions to inform decision-making.7. Effective Presentation and Stakeholder Engagement:β’ Presented research findings to peers, operations staff, and stakeholders at conferences, workshops, and internal meetings.8. Engagement with Stakeholders of the project:β’ Provided assistance to discuss ongoing research and address concerns for future funding.9. Educational Contribution and Practical Sessions:β’ Assisted in nuclear-related lectures and practical sessions for master's students. -
Research InternshipSubatech, Cnrs Sep 2015 - Mar 2016Ecole Des Mines De Nantes1. GEMS Software Introduction and Installation:β’ Introduced and set up the GEMS software, a widely used tool for thermodynamic modeling and calculations in geochemical systems.β’ This software enabled comprehensive analysis of chemical reactions and equilibria within complex systems.2. Designing and formulating new compositions of cement pastes using the GEMS software:β’ Explored various mixtures and compositions of cement pastes through the GEMS software.β’ Studied the properties and behavior of these mixtures under different conditions.β’ The software facilitated the optimization of cement paste compositions tailored for specific applications.3. Validating GEMS results through comparison with PHREEQC softwareβ’ Ensured accuracy and reliability by cross-validating results obtained from GEMS with those from PHREEQC.β’ PHREEQC is another well-known geochemical modeling software, reinforcing the credibility of the thermodynamic calculations conducted with GEMS.4. Investigating the effect of Ordinary Portlandite Cement (OPC) on various solutions:β’ Led a project focused on understanding interactions between OPC and different solution compositions.β’ Explored how these interactions influence cement hydration, durability, and other relevant properties.β’ This research contributed to the knowledge base for optimizing cement performance in practical applications.5. Conducting a thesis on the thermodynamic modeling of experimental dissolution data of cements:β’ Executed a comprehensive thesis involving both experimental work and thermodynamic modeling.β’ Collected dissolution data through experiments and employed thermodynamic modeling techniques for analysis.β’ The goal was to unravel the intricate thermodynamic controls underlying cement dissolution processes.
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Research TraineeIndira Gandhi Centre For Atomic Research (Igcar) May 2014 - Jul 2014Kalpakkam, India1. Breeder Reactor Functionality Familiarization:β’ Gained comprehensive insight into breeder reactor functionality and operation through Reactor Design group participation.β’ Acquired understanding of design principles, safety considerations, and operational specifics unique to breeder reactors.2. Active Role in Safety Checks and Maintenance:β’ Actively engaged in conducting routine safety checks and maintenance tasks for efficient PFBR facility operation.β’ Developed familiarity with safety protocols and maintenance procedures, upholding stringent safety standards.3. Comparative Analysis of FBTR and PWR:β’ Prepared comprehensive report comparing Fast Breeder Test Reactor (FBTR) and Pressurized Water Reactor (PWR).β’ Detailed analysis of features, performance, and safety considerations enriched understanding for informed reactor design decisions.5. Radiation Monitoring for Safety:β’ Monitored radiation levels using Geiger counters and equipment.β’ Ensured a safe work environment, identified radiation hazards, and cultivated awareness of radiation safety.6. Promotion of Safety Protocols:β’ Introduced essential safety protocols, emphasizing their role in accident prevention, risk mitigation, and personnel well-being.7. Effective Risk Identification and Analysis:β’ Proficiently identified and analyzed potential risks linked to PFBR operations.β’ Learned about concepts of risk assessments throughout reactor operation stages, from design todecommissioning.8. Advocating Safety Culture:β’ Emphasized fostering a robust safety culture within the team.β’ Actively promoted safety awareness, encouraged proactive safety approaches, and facilitatedopen safety communication.9. Incident Investigation and Learning:β’ Acquired skills to identify root causes and analyze contributing factors in incidents.β’ Formulated corrective actions for recurrence prevention, contributing to continuousoperational improvement. -
Industrial TraineeHindustan Aeronautics Limited May 2012 - Jul 2012Multiple Locations, India1. LCA Division (Light Combat Aircraft):β’ Studied lightweight aircraft materials and their applications in aircraft design and manufacturing.β’ Learned about the concepts, principles, objectives, functionality, and operation of the division.β’ Gained insights into the production processes, quality control measures, and compliance with industry standards.β’ Observed the coordination between different teams to ensure timely and efficient aircraft production.2. Engine Division:β’ Explored high-temperature resistant materials used in aircraft engines and their significance in engine design.β’ Learned about the principles of material selection, testing procedures, and quality control in engine manufacturing.β’ Gained a comprehensive understanding of engine components, their functionality, and the overall operation of various engine systems.β’ Assisted in quality assurance activities, ensuring adherence to specifications and identifying non-conformities.3. Assisting Quality Control Inspection Officer & Production Manager:β’ Worked closely with the Quality Control Inspection Officer to understand quality control processes and inspections.β’ Assisted in conducting inspections, documenting findings, and ensuring compliance with quality standards.β’ Collaborated with the Production Manager to observe production processes, workflow management, and coordination of activities to meet production targets.4. Assisting Procurement Manager:β’ Provided support to the Procurement Manager in sourcing and procuring materials and components for aircraft production.β’ Assisted in supplier evaluation, negotiation, and contract management.β’ Gained insights into the procurement processes, including requests for quotations, purchase orders, and inventory management.β’ Learned about the importance of cost-effectiveness, quality assurance, and on-time delivery in the procurement function.
Frequently Asked Questions about Debashish Banerjee
What company does Debashish Banerjee work for?
Debashish Banerjee works for Ducon Infratechnologies Ltd
What is Debashish Banerjee's role at the current company?
Debashish Banerjee's current role is Project Manager.
What schools did Debashish Banerjee attend?
Debashish Banerjee attended Ecole Des Mines De Nantes, Upes.
Who are Debashish Banerjee's colleagues?
Debashish Banerjee's colleagues are Pratik Khetle, Jayram Raut, Vikrant Mhatre, Aatif Bijle, Manoj Kushwah, Lolakshi Shetty, Debika Chatterjee.
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