SYSTEM_READY // SECURE_ACCESS

Biotechnology Student

Focused on Molecular Diagnostics Clinical Systems

Virtual University of Pakistan

LABORATORY PRACTICE CERTIFIED

Currently pursuing a Bachelor of Science in Biotechnology. Combining hands-on laboratory experience in molecular extraction and genomic replication protocols with international certifications in clinical trial practice frameworks (GCP) and Electronic Health Records (EHR) systems.

Contact Research Profile Laboratory Experience

BS.Biotech Academic Focus

6+ Verified Practicals

3 Accredited Certs

VU.pk Host Institution

BS · BIOTECH STUDENT

Operational Philosophy

Scientific Mindset & Learning Journey

An honest, ambitious approach blending academic knowledge with structured administrative discipline and clinical ethics.

Laboratory Curiosity

My study of biotechnology is driven by a deep fascination with life's computational structures—metabolic pathways, nucleic replication, and enzyme kinetics.

Laboratory Rigor: Exactly executing extraction parameters and chemical concentrations to ensure data validity.
Practical Exposure: Active, hands-on learning across PCR thermal cycling and spectrophotometric metrics.
Self-Guided Learning: Completing international accreditations to expand beyond standard classroom theory.

Precision & Clinical Ethics

A dual-degree path in Computer Science and Biotechnology has instilled a systems-oriented mindset, applying logical structuring to biological data.

Logical Precision: Formulating relational datasets, auditing transaction logs, and designing structured code workflows.
Clinical Integrity: Understanding Good Clinical Practice (GCP) guidelines to secure human subject safety.
EHR Systems Interest: Structuring data dispatch models for electronic medical records and database synchronization.

Verified Coursework

Practical Laboratory Experience

Demonstrating practical competency across molecular isolation and chemical analytics. Verified academic workflows from Virtual University.

EXP_MODULE_01 GENOMICS

DNA Extraction (Organic Method)

Genomic DNA isolation from tissue matrices utilizing organic extraction solvents. Employs phenol-chloroform mixtures to selectively denature and separate cellular proteins from high-purity nucleic acids.

01 Cell Lysis Buffer

02 Phenol-Chloroform Addition

03 Phase Separation

04 Alcohol Precipitation

EXP_MODULE_02 GENOMICS

DNA Extraction (Inorganic Method)

DNA extraction utilizing the inorganic salting-out method. Employs concentrated saturated salt matrices (like NaCl) to precipitate out cellular proteins, eliminating toxic organic reagents.

01 Enzymatic Lysis

02 High-Salt Protein Precip

03 Centrifugal Pellet Audit

04 Ethanol Wash & Elution

EXP_MODULE_03 GENOMICS

RNA Extraction

Isolation of fragile total RNA fractions from cellular matrices. Strictly managing organic denaturation (guanidinium thiocyanate-phenol) while maintaining absolute ribonuclease-free sterile conditions.

01 TRIzol Tissue Lysis

02 Chloroform Phase Split

03 Isopropanol Precipitation

04 DEPC-Water Resuspension

EXP_MODULE_04 GENE_REPLICATION

PCR (Polymerase Chain Reaction)

Targeted in vitro gene replication using thermal cycles. Configuring precise target primers, dNTP cocktails, Taq polymerase, and managing cycle denaturation, annealing, and extension parameters.

01 Denaturation [95°C]

02 Primer Annealing [58°C]

03 Taq Extension [72°C]

04 Thermal Cycler Loop x35

EXP_MODULE_05 ELECTROPHORESIS

Gel Electrophoresis

Evaluating nucleic fragment size distributions using agarose gel matrices. Casting gels, loading molecular dye markers, applying electric voltage drops, and visual band inspection under UV spectrums.

01 Agarose Matrix Casting

02 Well Loading & Dye Mix

03 Electrophoretic Run

04 UV transilluminator Check

EXP_MODULE_06 QUANTITATIVE

NanoDrop Spectrophotometry

Quantitative audit of isolated DNA/RNA density. Employs micro-volume spectrophotometers to measure absorbance indexes at 260nm and 280nm, verifying molecular concentration and structural purity.

01 Pedestal Calibration

02 1-2 µL Sample Deposition

03 Absorbance Sweep

04 A260/A280 Purity Factor

Technical Auditing

Scientific & Laboratory Skills

Interconnected biological capability pathways. Select skill modules to query core details.

DNA_EXTRACT

RNA_EXTRACT

PCR_TECH

ELECTROPHORESIS

MEDIA_PREP

NANODROP

CLINICAL_METHODS

GCP_FRAMEWORK

HEALTH_DATA

EHR_AWARENESS

AUDIT_NODE: DNA_EXTRACT STATUS: CALIBRATED

Proficient in both Organic (phenol-chloroform) and Inorganic (salting-out) molecular isolation protocols across plant and microbial systems.

Accredited Achievements

Professional Certifications & Clinical Learning

Internationally recognized training modules in trial administration, medical records, and industrial processes.

JOHNS HOPKINS UNIVERSITY // COURSERA

Medical Office Manager Professional Certificate

Comprehensive training in medical office orchestration, resource scheduling protocols, electronic health records (EHR) management, and secure administrative documentation flows.

Practice Management & EHR

Verify

NOVARTIS CLINICAL GROUP // COURSERA

Clinical Trials Good Clinical Practice Specialization

Professional specialization covering ICH-GCP guidelines, trial preparation phases, personnel training, investigator duties, and recruitment/ethics compliance frameworks.

ICH-GCP Compliance

Verify

UNIVERSITY OF MANCHESTER // COURSERA

Industrial Biotechnology

Professional training on biological process design, bioprocess scaling parameters, industrial enzyme yield calculations, and solid-state cell matrices conversions.

Bioprocess Engineering

Verify

Academic Track

Academic Journey

Academic progression at Virtual University of Pakistan, showing coursework metrics.

VU_PK // BIOTECHNOLOGY_DEPARTMENT

Bachelor of Science in Biotechnology

2023 - Present (In Progress)

A four-year standard degree covering molecular architecture and bioprocess methods. Includes targeted training in cell culture kinetics, molecular assays, and genetic replication protocols, completed concurrently with an Associate Degree in Computer Science to build automated lab dashboards.

Key Coursework Components

Molecular & Cell Biology

Analyzing cytoplasmic organelle mechanisms, DNA replication enzymes, and transcriptional controls.

Bioprocess & Fermentation

Quantifying microbial growth dynamics, yield coefficient equations, and bioreactor oxygen limitations.

Genetics & Genetic Engineering

Standard recombinant technology, restriction enzyme mapping, and plasmid vector designs.

Scientific Spheres

Research Interests

Core scientific areas where biological logic intersects with analytical engineering.

Molecular Biotechnology

Exploring cellular replication and nucleic engineering.

Clinical Research

Auditing clinical trial compliance and trial ethics.

Industrial Biotechnology

Scaling bioreactors and microbial conversions matrices.

Medical Diagnostics

Isolating and identifying bacterial resistance isolates.

DNA & RNA Technologies

Optimizing CTAB extraction and PCR amplification.

Healthcare Data Systems

Automating electronic health records query networks.