Qatar Petrochemical Company
Polymer chemistry & quality control
QatarCHEMISTRY · ACCREDITATION · MATERIALS RESEARCH
Polymer chemist. Laboratory accreditation assessor. Researcher exploring biomass-derived carbon for electromagnetic shielding and energy storage.
BASED IN DOHA, QATAR / NIT CALICUT, INDIA
PROFILE
I bring laboratory experience across petrochemicals, environmental analysis, forensic testing and material characterization to the assessment of laboratory competence and the development of functional materials.
My work combines practical analytical chemistry with ISO/IEC 17025 accreditation assessment, method validation, measurement uncertainty and quality-system review. Alongside my professional role at Qatar Petrochemical Company (QAPCO), I am pursuing a PhD in Materials Science & Engineering at the National Institute of Technology Calicut.
My research focuses on transition-metal-assisted graphitization and activation of biomass-derived carbon, connecting sustainable feedstocks with electromagnetic interference shielding and supercapacitor applications.

National Institute of Technology Calicut, India
Bharathidasan University · Distinction
Kannur University · First Class
Kannur University · First Class
Kannur University · University Rank
Polymer chemistry & quality control
QatarAnti-Doping Analyst · Equine Forensic Unit
Dubai, UAEGuest Lecturer · Chemistry
Kannur University, IndiaLABORATORY ACCREDITATION
ISO/IEC 17025 Contract Assessor with International Accreditation Service (IAS), USA, with on-site and remote assessment experience across the GCC and Middle East.
Technical witnessing, personnel competence, equipment control and calibration, metrological traceability, and proficiency testing / interlaboratory comparisons.
Method validation and verification, measurement uncertainty, analytical quality control, data integrity and technical reporting.
Management-system review, evidence-based nonconformity evaluation, root-cause analysis and corrective-action effectiveness.
ISO/IEC 17025:2017 Lead Auditor course · ISO 9001:2015 Lead Auditor course
PCQI · QMS-2015 Associate Auditor, IRCA — February 2025
PHD & RESEARCH
Transition-metal-assisted graphitization and activation of biomass carbon for EMI shielding and supercapacitors.
My PhD research at NIT Calicut investigates how catalyst selection, precursor structure and processing shape the properties of carbon materials and polymer composites. Coconut fibre and pistachio shell feedstocks connect this work to the productive use of biomass waste.
Metal-assisted conversion of biomass into graphitic and porous carbons, linking synthesis conditions to structural characteristics.
Carbon-filled epoxy and polymer nanocomposites for X-band electromagnetic shielding, with dielectric and structural characterization.
Activated biomass carbons for supercapacitor electrodes, exploring the relationship between porosity, composition and electrochemical performance.

MATERIAL CHARACTERIZATION
Complementary characterization connects the structure and composition of carbon materials to their electrical, dielectric and electrochemical behaviour.
XRD · Raman spectroscopy
SEM/EDS · TEM · XPS
Dielectric spectroscopy · VNA
Material characterization · GC-MS/MS · LC-MS/MS · ICP-OES · AAS · FTIR · Raman spectroscopy · XRD · SEM/EDS · XPS · TEM · Dielectric spectroscopy · Vector network analysis
PUBLICATIONS & MANUSCRIPTS
CONTACT
DOHA, QATAR