Sagnik Ghatak

Sagnik Ghatak is a highly motivated and intellectually inquisitive 3rd-year Bioengineering student at VIT Bhopal, driven by a passion for translating scientific principles into tangible solutions for healthcare challenges. With a strong foundation in engineering fundamentals and biological concepts, Sagnik seeks to apply their knowledge to address real-world medical problems. Through hands-on experience in research and laboratory settings, Sagnik has developed a keen interest in the fields of biomaterials, tissue engineering, bioinformatics, modeling and simulation of biological systems, Cell Biology, biomechanics, and bioinstrumentation.

Sagnik's commitment to academic excellence has been consistently recognized, as evidenced by consecutive 1st prize wins at the prestigious inter-college biological symposiums RABVIT 2.0 and RABVIT 3.0. Furthermore, Sagnik's expertise in effectively communicating complex scientific concepts was recognized with the Best Scientific Poster Presenter Award at ICMR-NIREH.

• 1st Prize Winner, Debate Competition, RABVIT 3.0 2023, Vellore Institute of Technology Bhopal (VIT Bhopal)
• 2nd Prize Winner, Scientific Poster Presentation, RABVIT 3.0 2023, VIT Bhopal Topic Name ( Brain Computer Interface )
• Dual 1st Prize Winner, Open Stage and Chimera, RABVIT 2022, VIT Bhopal
• Radiation Safety and Protection Certification, Canon Medical Systems USA
• Poster Presenter Award, ICMR NIREH 2023
• Review Journal Manuscript Under Review by ISRRT

1) Mycelium Branching and Simulation

Project Overview

Developed a dynamic simulation of mycelium branching and growth using Net Logo Web and Python.

Key Responsibilities

• Designed and implemented a simulation that accurately models mycelium branching patterns and growth rates.
• Utilized Python scripting to enhance the simulation's complexity and realism, incorporating factors such as nutrient availability and environmental conditions.
• Collaborated effectively with a team of three to design, develop, and test the simulation.

Technical Skills

• Proficient in Net Logo Web and Python programming languages.
• Experience in developing complex simulations using agent-based modeling techniques.
• Strong understanding of mycelium growth processes and factors affecting branching patterns.

Project Outcomes

• Successfully created a realistic and informative simulation of mycelium branching and growth.
• Demonstrated proficiency in Net Logo Web and Python programming languages.
• Enhanced understanding of mycelium growth dynamics and the application of computational modeling in biological research.

2. Novel Technique for Plastic Waste Degradation Using Bacterial Enzymes

Project Overview

Conducted research and developed a novel technique for degrading plastic waste using bacterial enzymes derived from Actinobacteria and cold-adapted microorganisms.

Key Responsibilities

• Researched and identified potential bacteria strains capable of degrading plastic waste.
• Developed and optimized a protocol for culturing and extracting enzymes from the selected bacteria strains.
• Evaluated the effectiveness of the extracted enzymes in degrading different types of plastic waste.
• Prepared and presented a poster showcasing the research findings at the ICMR-NIREH Symposium 2023.

Teamwork and Collaboration

• Collaborated effectively with a team of eight members to conduct research, design experiments, and analyze results.
• Contributed to a dynamic and supportive team environment, sharing ideas and expertise.

Awards and Recognition

• Received the Presenter Award at the ICMR-NIREH Symposium 2023 for outstanding poster presentation.

Technical Skills

• Proficient in microbiological techniques and experimental design.
• Experienced in enzyme extraction, purification, and characterization.
• Familiarity with scientific literature and research methodology.

Project Outcomes

• Successfully developed a new method for degrading plastic waste using bacterial enzymes.
• Demonstrated the potential of bioremediation in addressing plastic pollution.