Environmental Genomics
Computational interpretation of real-world genomic sequence data for environmental biotechnology contexts.
Genomic dataPythonModelling
Biotechnology - Bioinformatics - AI for Sustainable Life Sciences
Antara Chakraborty
Biotechnology student exploring bioinformatics, environmental genomics, and AI-powered sustainable systems.
KIIT biotechnology dual-degree student working across genomic data, AI/IoT sustainability, and student research leadership.
KIIT University
B.Tech & M.Tech Dual Degree in Biotechnology
CGPA 9.02
Till Semester 5, 2025-26
Research Trainee
Environmental Biotechnology Lab
Patent Contributor
IoT + AI/ML vertical farming system
Founder & President
BIOGENIX - AI & Biotechnology Club
Genomic Data Science
Johns Hopkins University specialisation
Profile
Wet-lab foundations with a data-forward research direction.
I am interested in biotechnology that does not stay limited to the laboratory. My focus is on how biological systems, computational methods, and intelligent technologies can work together to solve real-world problems in health, environment, and sustainability.
Wet Lab Biotechnology
Molecular biology and laboratory-method foundations across PCR, electrophoresis, cloning, SDS-PAGE, chromatography, and spectroscopy.
PCRCloningSpectroscopy
Sustainable Intelligent Systems
IoT and AI/ML concept integration for vertical farming, sensor automation, and soil health optimization.
NodeMCUArduinoRaspberry Pi
Research & Projects
Evidence-led work across genomics, sustainability, and structural biology.
Each card is written in a problem, role, methods, and outcome structure so professors and recruiters can scan quickly without losing depth.
ATG CCA TTA
GCT AAG TCC
TTA CGA GGT
AAC TGG CTA
ResearchBioinformaticsSustainability
Environmental Genomics and Bioinformatics-Based Data Analysis
Undergraduate Research Trainee | Aug 2025 - Present
Contributing to environmental genomics research through data analysis, Python scripting, computational modelling, and interpretation of real-world genomic sequence data.
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Context
Environmental biotechnology increasingly depends on the ability to interpret genomic sequence data from complex biological and ecological systems.
Methods
Python scriptingGenomic data handlingBiostatistical analysisComputational modellingData interpretation
Outcome: Ongoing research exposure at the intersection of environmental biotechnology and bioinformatics.
SensorCloudAI
IoT/AISustainability
System for Harnessing IoT and AI/ML for Sustainable Vertical Farming
Student contributor and patent co-author | Sep 2024 - Aug 2025
Worked on a multidisciplinary system integrating sensors, automation, and AI/ML concepts for sustainable vertical farming and soil health optimization.
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Context
Modern agriculture needs intelligent, resource-efficient systems for environmental monitoring, automation, and sustainable food production.
Methods
NodeMCUArduinoRaspberry PiSensor integrationAutomation conceptsAI/ML system thinking
Outcome: Named co-author on Indian Ideation Patent No. 202431099109, issued Dec 27, 2024.
TrainingStructural BiologyWet Lab
Cryo-Electron Microscopy Training Program
Training participant | Jun 2025
Received practical training in Cryo-EM workflows for macromolecular structural biology.
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Context
Structural biology relies on careful sample preparation, vitrification, imaging, and analysis to study macromolecules at high resolution.
Methods
Sample preparationGrid handlingVitrification principlesStructural biology workflowMacromolecular analysis
Outcome: Built exposure to advanced research instrumentation and structural biology applications.
Skills
A domain matrix instead of vague percentage bars.
The portfolio groups skills by evidence and context, making the interdisciplinary profile easier to trust.
DomainDepthEvidence
Bioinformatics & Data Analysis
Data interpretationBiostatistical analysisPython scriptingR programmingPerl
Intermediate
Research trainee role and Johns Hopkins Genomic Data Science Specialisation
Biotechnology & Laboratory Techniques
Molecular cloningPCRGel electrophoresisRecombinant DNA technologyBuffer preparation
Intermediate
Academic training, lab exposure, and structural biology workshop exposure
IoT, Automation & Sustainable Systems
NodeMCUArduinoRaspberry PiSensor integrationAutomation
Applied exposure
Vertical farming project and patent contribution
Communication & Leadership
Technical presentationTeam collaborationAcademic planningStudent club leadershipScientific communication
Strong
Founder and President of BIOGENIX, presentations, and technical sessions
Leadership
Founder & President, BIOGENIX - AI & Biotechnology Club
BIOGENIX was created to encourage biotechnology students to explore how AI, computational methods, and laboratory biology can work together. The goal is to build a student-led space where curiosity, technical learning, and interdisciplinary collaboration can grow beyond the classroom.
AI in biotechnology
Bioinformatics
Wet-lab learning
Student collaboration
Proof
Patent, certifications, training, and academic milestones.
PatentDec 27, 2024
System for Harnessing IoT and AI/ML for Sustainable Vertical Farming
Indian Ideation Patent
ID: 202431099109
Patent contribution related to IoT and AI/ML-enabled sustainable vertical farming systems.
IoTAI/MLVertical farmingSustainability
CertificationCompleted
Genomic Data Science Specialisation
The Johns Hopkins University
ID: P4OW4XP6ZOLD
Six-course specialisation on analysing and interpreting data from next-generation sequencing experiments.
NGSPythonRBioconductorUnix/Linux
CertificationCompleted
mRNAs as Medicines
Moderna
ID: KV2AU9UU07TQ
Explored molecular principles of mRNA therapeutics and their role in infectious diseases.
mRNA therapeuticsMolecular biologyInfectious disease
Contact