Ramesh Devadig, Ph.D, PMP

Experience

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  Nirani Sugar

  Jun 2009 - Apr 2010

  Process Chemist

  Monitored and optimized sugar refining processes, resulting in a 10% increase in sugar yield by implementing advanced monitoring systems and process adjustments.Developed and implemented new crystallization methods, improving production efficiency by 12% and reducing energy consumption by 8% through the redesign of the evaporation system.Conducted regular chemical analysis of sugar cane juice, refining inputs to enhance product consistency and reduced impurities by 15% through optimization of filtration processes.Collaborated with engineering teams to reduce chemical waste by 15%, improving the accuracy of chemical dosing systems and recalibrating equipment, resulting in cost savings and reduced environmental impact.Led process trials for new additives, enhancing sugar quality while reducing overall production costs by 5% through more efficient use of raw materials.Trained production staff on laboratory techniques and reduced testing time by 25% through the development of a new sugar quality testing protocol, leading to faster production cycles.Implemented real-time monitoring and adjustment processes, increasing daily output by 20% by resolving critical crystallization bottlenecks and enhancing process control.Ensured compliance with safety and environmental regulations, contributing to a company-wide sustainability award by reducing the plant’s environmental impact through the introduction of a waste management strategy Show less

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  Indian Institute of Science (IISc), Bengaluru

  Jan 2010 - Jan 2012

  Project Associate

   Successfully initiated and managed collaborations with multiple government agencies, 3 consulting firms, 3 environmental organizations, and 2 waste management companies, fostering interdisciplinary partnerships. Conducted environmental awareness sessions for 500 students and 80 teachers, implemented surveys reaching 300 participants, and organized 10 experimental activities to promote environmental consciousness and training. Mentored and coached 8 project teams, comprising graduate and undergraduate students with diverse backgrounds, ensuring effective collaboration and knowledge exchange across disciplines. Facilitated 10 training sessions resulting in a 30% improvement in the quality of project deliverables, emphasizing continuous improvement and excellence in data collection and integration. Effectively managed and provided guidance for 8 student projects though student project program, overseeing remote teams and ensuring successful project outcomes. Implemented communication methods resulting in a 25% increase in collaboration efficiency and monitored regular updates, facilitating seamless information exchange among team members. Managed and streamlined the data collection process with a team of 40 individuals, resulting in a 20% increase in efficiency across diverse backgrounds in biotechnology, biomedical, civil, and environmental disciplines. Show less

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  National Institute of Technology Karnataka

  Jan 2012 - Jan 2014

  Graduate Researcher at NITK

  As a Graduate Researcher• Collaborated with Mangalore Refinery and Petrochemicals industry to address the treatment problem associated with the oily sludge in petroleum industry.• Developed protocols and testing procedures to characterize key components, including total petroleum hydrocarbons, volatile organic compounds (VOCs), aromatic and aliphatic hydrocarbons.• Implemented aseptic conditions for microbial culture and growth, fermenter setup, ensuring enhanced treatment of oily sludge in presence organic amendments to improve efficiency by 35%.• Played a key role in training and mentoring four undergraduate projects, guiding students in fulfilling their dissertation requirements, facilitating hands-on learning experiences.As a Laboratory Assistant• Proactively managed troubleshooting efforts, reducing lab process downtime by 25%, and concurrently developed and implemented Standard Operating Procedures (SOPs) for Gas Chromatography (GC) and High-Performance Liquid Chromatography (HPLC).• Successfully conducted lab training sessions for 20 undergraduate students and 10 graduate students, adhering to safety standards during lab experiments and operation.• Exhibited a self-motivated approach with a strong sense of ownership and accountability, contributing to the successful implementation of quality standards and productivity measures in all areas of responsibility.• Orchestrated the management and optimization of process flows in the laboratory, implementing efficient procedures related to aseptic conditions and microbial practices.As a Environment Wing Leader• Spearheaded sustainable waste management initiatives in campus, focusing on reducing food waste and implementing organic waste management practices through composting practices.• Initiated and executed impactful awareness campaigns within the organization, educating members about environmental issues and cultivating a culture of responsibility Show less

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  Bharath Biofertilizer

  Jan 2014 - Jan 2020

  Co-Founder and Technical Lead

  Commercialization (Ideation to Launch) Evaluated market need, conducted technology scouting, and cost-benefit analysis Led R&D microbial formulation experiments and DOE as a Subject Matter Expert, driving hypothesis testing Achieved 90% acceptance for the initial Minimum Viable Product (MVP), integrating agile practices  Developed parallel testing field trials protocols, reducing product testing time by 30%, and MVP in real-world agricultural settings, resulting in a 15% increase in crop yield in field testingProcess Development and Technology Transfer  Utilized R&D knowledge to design and optimize formulation processes for consistency, quality, and scalability, while demonstrating experience in transitioning R&D techniques from labs to operational facilities Identified critical parameters impacting scale-up and product diversification technology as a process engineerManufacturing Operations and Production Designed, installed, operated, and maintained a medium-scale microbial formulation manufacturing unit, achieving a 20% increase in production efficiency through the implementation of lean six sigma, Kaizen events, 5S methodology, and operational excellence practices Oversaw operational performance, including safety, security, conduct of operations, environmental management, and adherence to Good Manufacturing Practices, FMEA &RCA, ensuring efficiency and compliance as a manufacturing scientistProject Leadership and Execution Demonstrated an expert level of scientific or technical leadership and management in an area of Biotechnology, and agricultural science related to biofertilizer production Utilized a high level of judgment to make decisions and address complex tasks or issues in operational, product management, manufacturing, and technology domains. Exhibited strong project management skills, demonstrating the ability to influence, lead, and facilitate cross-functional project teams Show less

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  South Dakota Mines

  May 2021 - May 2024

  Research Facilitator

  • Led 7 multidisciplinary and 2 transdisciplinary research projects, seamlessly integrating biotechnology, agriculture, microbiology, biochemistry, corrosion and material science.• Implemented and trained teams in microbiology, electrochemistry, and molecular lab infrastructure, adhering to GLP and ASTM standards, while providing expertise in aseptic lab techniques, troubleshooting, and performance optimization.• Demonstrated expertise in biotechnology, including strain revival, maintenance of anaerobic and aerobic bacteria, DNA/RNA extraction, protein purification, Gram staining, enzyme and metabolite characterization • Spearheaded multiple genomic projects involving 16s RNA sequencing, metagenomics & transcriptomics•Experienced in developing and integrating AI/ML into high-throughput analytical assay for characterization and assessment of biological system.• Working experience of biochemical formulation of cell culture, protein and enzyme extraction, microbial metabolite & failure mode analysis of biological formulations• Led the formulation of advanced thin film nanocomposites, achieving a remarkable 98% antibiofouling efficiency under varying microbial loads.• Development of a machine learning AI model for rapid and accurate assessment of bacterial attachment on 2D material, reducing time by 80% compared to conventional methods.• Proficient in designing and developing microfluidic devices and biomaterials through electrodeposition of exopolysaccharides• Skilled in utilizing advanced characterization tools including SEM-FIB, EDS, EBSD, Raman, TEM, XRD, AFM, MFM, CLSM, NanoIR, Nano Auger, FTIR, ICP-MS, HPLC, GC.• Excellent interpersonal and communication skills, facilitating 3-collaborative project, 5-international and 4-national/regional presentation, 4-publications, 2-conference proceeding papers, 3-technical reports, and involvement in 3 MRI grants and 3 research proposals, and 2 invention disclosure. Show less

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  Loam Bio

  May 2024 - now

  Project Lead and Formulation Scale-up Scientist

  • Leading the transition of R&D findings to large-scale production, collaborating with CMOs to ensure efficient scale-up while meeting product specifications and achieving commercial viability.• Developing novel microbial formulation products by assessing grower feedback and meeting/exceeding customer expectations.• Managing biological formulations, analytical, greenhouse experts, and field-scale team to drive new product development for carbon sequestration technology.• Designing and conducting experiments at lab scale to mimic real-world application scenarios, address scale-up issues and study the failure modes of bioactive formulations• Developing methodologies and capabilities to evaluate formulation product stability during handling, warehouse storage, and application.• Managing communication and collaboration effectively with project sponsors, collaborators, and external partners throughout product development stages, ensuring project milestones are met through regular updates and technical discussions.• Upholding high standards of documentation, recording all experimental work accurately in lab notebooks and project reports, in adherence to regulatory requirements.• Working knowledge of application modes of biological formulation in AgTech equipment such as hoppers, air seeders, and precision planters.• Familiarity working with USDA, EPA, APHIS, PPQ and ASTM regulations Show less