B.Tech Biotechnology ยท Research Portfolio

Vivek Tiwari

Biotechnology student focused on genomics, molecular biology, and bioinformatics, with a strong interest in research-driven healthcare and life science innovation.

Genomics Molecular Biology Bioinformatics Research-Driven Learning
ATGCGTAC โ€ข GENOMICS CGTAGGTA โ€ข MOLECULAR BIOLOGY TTGACCAA โ€ข BIOINFORMATICS GGCATCTA โ€ข RESEARCH HEALTHCARE ATGCGTAC โ€ข GENOMICS CGTAGGTA โ€ข MOLECULAR BIOLOGY TTGACCAA โ€ข BIOINFORMATICS GGCATCTA โ€ข RESEARCH HEALTHCARE

A student portfolio shaped around modern life science

This version is now more research-oriented, more profession-matched, and visually closer to a biotech identity rather than a generic neon-tech website.

Hey! I'm Vivek Tiwari, a Biotechnology student with a strong academic interest in molecular biology, genomics, and computational biology.

I enjoy exploring how biological systems can be studied through research methods, lab techniques, and data-driven analysis. My learning journey includes core biotechnology subjects along with growing exposure to bioinformatics and scientific documentation.

I am especially interested in building a profile that reflects research curiosity, practical lab understanding, and a future pathway toward healthcare, life science innovation, and advanced biotechnology applications.

3rd Year B.Tech Biotechnology
6+ Certificates & workshops
4 Academic sample projects
8.4 Current CGPA

Technical and academic focus areas

Skill cards now use soft glassmorphism and cleaner biotech styling, while keeping the original academic direction intact.

๐Ÿงฌ
Molecular Biology
Core subject strength and conceptual understanding
๐Ÿ”ฌ
Microbiology
Laboratory-oriented academic exposure
๐Ÿ’ป
Bioinformatics
Growing interest in computational life sciences
๐Ÿงช
PCR & Gel Electrophoresis
Technique familiarity and workflow understanding
๐Ÿงซ
Cell & Microbial Studies
Basic experimental and observation practices
๐Ÿ“š
Scientific Literature Review
Reading and summarizing research topics
๐Ÿงฒ
BLAST & NCBI Tools
Sequence search and reference-based practice
๐Ÿ“ˆ
Research Presentation
Turning academic learning into portfolio-ready communication

Sample projects with believable biotech direction

Since the current projects are sample-based, these cards are framed as academic and practice-oriented work instead of overstated industry claims.

Academic Project
PCR Analysis Workflow

A structured academic project focused on understanding the workflow of PCR-based amplification, sample preparation logic, and result interpretation in a controlled biotechnology context.

Focus: workflow clarity, experiment documentation, and conceptual understanding of amplification-based analysis.
PCR Lab Notes Biotech Workflow
Mini Research Review
Comparative Study of Microbial Growth Conditions

A review-style study comparing environmental conditions that influence microbial growth, with emphasis on temperature, nutrient availability, and controlled observation methods.

Focus: observation design, comparison framework, and scientific interpretation of microbial behavior.
Microbiology Data Comparison Research Notes
Bioinformatics Practice Project
BLAST-Based Sequence Identification

A practice-driven project using BLAST and NCBI tools to understand sequence matching, similarity checking, and the role of computational tools in biological identification tasks.

Focus: sequence lookup, basic interpretation, and connecting molecular biology with digital analysis tools.
BLAST NCBI Bioinformatics
Lab Technique Documentation
Literature Review on CRISPR Applications

A concise research review on CRISPR-based gene editing applications, covering healthcare relevance, ethical considerations, and the translational potential of genome engineering.

Focus: research reading, summarization, and future-facing biotechnology awareness.
CRISPR Genomics Literature Review

Certificates with clearer credibility layout

Cards now highlight issuer, status, skill relevance, and include a verify/view action so the section feels more professional and less like placeholder content.

๐ŸŽ“
Completed
Introduction to Bioinformatics
Coursera
Skill relevance: sequence analysis basics, computational biology orientation, and digital research exposure.
Issued: Sample Certificate Layout
๐Ÿงช
Completed
Fundamentals of Molecular Biology
NPTEL
Skill relevance: DNA, RNA, protein expression concepts, and stronger theoretical biotechnology foundation.
Issued: Sample Certificate Layout
๐Ÿ”ฌ
Ongoing
Microbiology and Laboratory Safety
Great Learning
Skill relevance: lab discipline, handling practices, and understanding safe biological experimentation.
Status: In progress / replace with actual date
๐Ÿงฌ
Workshop
Genomics & Gene Editing Seminar
University Workshop / Seminar
Skill relevance: CRISPR awareness, genomics trends, and exposure to current research discussion themes.
Issued: Sample Event Credential

Open to academic, research, and learning opportunities

This contact section keeps the portfolio future-focused and aligned with biotechnology learning, projects, seminars, and research-oriented networking.