Vivek Halder, Ph.D. Email & Phone Number

Delft, Zh, Nl

De Lier, The Netherlands

🌱🚀 Enhancing Food production: Leading innovative projects to enhance food production, driving solutions from concept to execution with a focus on quality, efficiency, and sustainability.📅 Project Planning: Developing and implementing project plans, including timelines, resource allocation, and budgets, ensuring timely delivery within scope.🤝 Cross-Functional Collaboration: Collaborating with cross-functional teams (R&D, Operations, Quality Control) and external partners to enhance processes and solve complex challenges.⚠️ Risk Management: Proactively identifying risks and implementing mitigation strategies to maintain project momentum.🛡️Regulatory affairs: Navigating regulatory affairs related to seed treatments towards sustainable and compliant solutions.💰 Budget Optimization: Managing project budgets effectively, optimizing resources for maximum impact.🤝 Stakeholder Engagement: Building strong relationships with stakeholders, fostering collaboration and trust for seamless project execution.📊 Project Reporting: Delivering regular project updates, reports, and metrics to senior management for strategic alignment.👥 Team Leadership: Leading and mentoring project teams, nurturing talent to achieve collective goals.🔄 Process Improvement: Applying expertise in project management methodologies and tools to streamline workflows and improve outcomes.🎯 Strategic Alignment: Aligning projects with organizational growth strategies, ensuring innovations are impactful and aligned with market demands.✨Innovation Ambassador: Scouting and pivoting transformative ideas into impactful products, shaping the future of agriculture.

Ghent, Belgium

🌍 Sustainable Solutions: Delivered sustainable solutions to enable crop growth in challenging environmental conditions, aligning with innovation-driven goals.🚀 Innovation Leadership: Led the implementation of a CETSA-based approach to characterize a synthetic non-hormonal plant growth regulator in Arabidopsis, driving scientific innovation.📊 Data Analysis: Conducted in-depth data analysis and provided critical insights to project stakeholders, shaping future strategies and execution roadmaps.👥 Team & Project Management: Managed various project and day-to-day activities of team members, ensuring alignment with project timelines and goals.📑 Project Reporting: Prepared and presented detailed project reports, proposals, and position papers, effectively communicating project status and future directions.🌱 Technology Advocacy: Actively advocated for the impact of agricultural technology through social initiatives, promoting innovation in the field.🤝 Collaboration: Fostered collaboration with interdisciplinary teams, including researchers, operations, and external partners, to drive project success.⚖️ Risk Management: Proactively identified and mitigated risks, ensuring smooth project execution and minimizing disruptions.🔧 Process Optimization: Championed continuous improvement within the research process, applying innovative methods to optimize workflows and increase efficiency.🌟 Leadership Development: Mentored team members, enhancing their capabilities and fostering a positive, results-oriented project environment.

Cologne, Germany

🔬 Plant Biotechnology: Designing and enhancing production of defense metabolites in Arabidopsis plants to improve their biotic stress resistance, advancing plant protection.📊 Data Analytics: Analyzed data to assess compound effectiveness and guide future research directions.📅 Project Planning: Developed and managed research plans to ensure timely, effective experiment execution.📂 Program Management: Coordinated research progress with interdisciplinary teams, managing resources for optimal outcomes.🔬 Assay Development: Developed biochemical assays and optimized testing in 96- or 48-well formats.💊 Active Ingredient Validation: Performed dose-response and SAR analysis, measuring impacts on plant physiology (e.g., root length, leaf area).🔍 Target Identification & Enzyme Assays: Identified protein-ligand interactions and studied enzyme mechanisms in Arabidopsis.⚙️ Scientific Know-How: Operated advanced instruments for fluorescence, absorbance, and plant response analysis, with expertise in specialty ingredients.👥 Team Supervision & Knowledge Transfer: Led research teams, contributed to publications, chemical database reviews, and intellectual property, including patents.

Cologne, Germany

🔬 Screening: Identified bioactive chemical compounds in intact biological samples to enhance plant defense signaling.🧪 Plate Reader Handling: Operated automatic plate readers for fluorescence, luminescence, and absorption monitoring.📊 Assay Standardization: Standardized biochemical assays suitable for microtitre plate formats to streamline testing.📈 Data Analysis: Performed statistical analysis of datasets using Z-score, Z-factor, etc., to select confident hits.🔍 Data Mining: Searched databases (e.g., PubChem, ChEMBL) to identify potential bioactive compounds.🧬 Lead Compound Characterization: Optimized and characterized lead compounds for mode-of-action and target identification studies.🔬 Molecular Biology & Biochemistry: Conducted enzyme-inhibition assays, molecular biology techniques, and microbiological tests on lead compounds.🌾 Crop Protection Applications: Investigated the practical applications of bioactive compounds for crop protection.🌱 Greenhouse Studies: Managed efficient greenhouse and climatic chamber studies using lead active ingredients.📚 Continuous Learning: Expanded knowledge on plant physiology and defense pathways to improve research outcomes.

New Delhi, India

★ Dissection of calcium-dependent protein kinase (CDPKs) in Arabidopsis plants

Kolkata, India

★ Investigation of two metallothionein genes MT2 and MT3 from Typha plants, for their heavy metal tolerance, by domain swapping approach.

Bengaluru, India

★ Characterizing the role of RKpn1 restriction endonuclease in Klebsiella pneumoniaeTechniques used (amongst many):★ Site-directed Mutagenesis, gene cloning★miniprep and midiprep plasmid isolation★Protein purification and characterization

Ph.D. Plant Chemical Biology, Plant Pathology/Phytopathology

Thesis title: Drugged plants talk- A Chemical Genetic Analysis of Salicylic Acid Signaling in Arabidopsis thaliana The Max Planck.

M.Sc. Biotechnology, 4.76 Out Of 6 (Score Of 6 Is The Highest)

B.Sc. Botany/Plant Biology, Chemistry And Zoology, (Class Topper)

All India Senior School Certificate Examination, Biology, 1St Division