Mohammed Rafiq Mohideen

• Integrated Plant Operations: Execute precise chemical control for a major power generation and
water desalination facility, serving as a primary point of coordination between laboratory analysis and
real-time plant operations.
• Advanced DCS Process Control: Leverage the Distributed Control System (DCS) to monitor and
adjust plant-wide chemical parameters, ensuring operational stability across critical systems,
including the MSF units, Re-carbonation Plants.
• MSF Desalination & Purity Assurance: Manage multi-stage chemical dosing and monitor distillate
tray conductivity across 23 stages to maintain the integrity and quality of high-purity water
production.
• Boiler Chemistry & Asset Integrity: Proactively investigate and resolve chemical carryover issues
in condensate return lines, utilizing conductivity differentials to protect Gas Turbine (GT) boiler
equipment and turbines from scaling, corrosion, and fouling.
• Operational Reporting & Compliance: Design and maintain advanced automated MS Excel
dashboards to translate complex DCS raw data into daily technical reports; ensure all plant activities
adhere to international standards (ISO 9001, ISO 17025) and local government safety mandates.
• Cross-Functional Collaboration: Serve as the technical bridge between chemical lab management
and plant operations, ensuring seamless communication and rapid response to process fluctuations.
• Water Treatment Optimization: Oversee the daily monitoring, sampling, and chemical dosage
adjustments for Re-carbonation and MSF plants to ensure product water consistently meets stringent
municipal and industrial quality standards.
• Collaborate: Closely with the Head of Department to align chemical treatment strategies with long
term plant efficiency goals.
• Training: Provide technical guidance to junior staff on DCS monitoring techniques and laboratory
safety protocols.

• Pharmacopeial Water Analysis: Executed daily water quality analysis in strict accordance with
British Pharmacopoeia (BP) and ISO 17025 laboratory standards; tested critical parameters including
Acidity/Alkalinity, TDS, TSS, Heavy Metals (Lead), and various ionic compounds (Chlorides, Sulphates,
Nitrates) to ensure absolute manufacturing water purity.
• Finished Product Testing: Conducted comprehensive physical and chemical evaluations of finished
products to guarantee batch integrity, performing precise testing for uniformity of weight,
disintegration time, hardness, friability, and thickness.
• Regulatory & QMS Compliance: Monitored production lines to ensure 100% adherence to federal
safety regulations, cGMP (Current Good Manufacturing Practices), and ISO 9001 Quality
Management System requirements.
• Raw Material & Defect Inspection: Analyzed incoming raw materials against stringent
specifications and inspected finished batches; documented and reported Out-of-Specification (OOS)
results or defects to senior engineering teams for immediate corrective action.
• Process Optimization & Equipment Calibration: Calibrated and adjusted laboratory equipment
settings to maintain testing accuracy; actively evaluated and recommended improvements to
analytical methods and process parameters to enhance overall manufacturing quality.

• Manual Distillation & Process Optimization: Managed manual operations for the distillation
plant; proactively monitored and adjusted temperature profiles in real-time to optimize production
throughout and product purity.
• Specialized Aromatic Analysis: Performed rigorous quality testing on critical chemical samples,
including Meta-Xylene, RMX, and TBMX; ensured all products strictly met purity specifications before
clearing them for the next stage of production.
• Advanced Analytical Testing: Utilized Gas Chromatography (GC) for the precise qualitative
assessment of raw materials; performed rigorous testing for physical constants, including Refractive
Index and Specific Gravity, to ensure aromatic compound integrity.
• Boiler & Industrial Water Management: Conducted comprehensive water chemistry analysis for
boiler feedwater and process water (Raw, hard, and soft water systems), preventing equipment
scaling and ensuring system reliability.
• Quality Assurance Lifecycle: Managed end-to-end testing for incoming raw materials, in-process
samples, and final aromatic batches, maintaining high-grade consistency in a fast-paced
manufacturing environment.
• Data Integrity & ISO Compliance: Maintained meticulous documentation of process variables and
analytical results, ensuring all work strictly aligned with ISO 9001 (Quality Management) and ISO
17025 (Laboratory Competence) standards.

• Clinical Consultation & Patient Care: Provided compassionate care to patients by assessing vital
signs, including blood pressure and blood glucose levels; maintained a professional, patient-centric
environment to ensure accurate health monitoring.
• Medical Product Expertise: Developed in-depth knowledge of diverse pharmaceutical
formulations, including specialized tablets, syrups, lotions, and dermatological agents, managed
inventory and facilitated the correct dispensing of doctor-prescribed medications.
• Professional Networking & Liaison: Actively engaged with a wide network of medical specialists,
including dentists, dermatologists, and pediatrician, cultivated strong professional relationships to
ensure seamless prescription fulfillment and patient outcomes.
• Technical Communication: Demonstrated the ability to interpret complex medical prescriptions
and communicate effectively with clinicians to clarify dosage or usage inquiries, bridging the gap
between clinical advice and patient application.
• Quality & Operational Standards: Maintained strict adherence to storage and safety guidelines
for all medical products, ensuring that high-demand clinical supplies remained within quality
specifications and were readily available for patient care.