Chrisant Junior

Industrial and Applied Chemistry graduate with strong experience in laboratory analysis quality control and research. Skilled in physico chemical testing data interpretation and optimizing experimental processes to improve accuracy and efficiency. Knowledgeable in MOF based adsorption water quality assessment industrial safety and compliant operations.

Seeking to apply acquired skills in formulation and product development, petroleum and energy, quality control and assurance as well as industrial and manufacturing environments while supporting continuous improvement and reliable scientific outcomes.

Quality Control Attachee – QC Laboratory at Kenya Pipeline Company (2025-08 – 2025-11)

• Supported routine analysis of diesel, petrol, kerosene, and jet fuel which strengthened compliance with regulatory and internal quality standards.
• Performed physico-chemical tests such as density, viscosity, flash point, sulfur content, and water contamination which enhanced accuracy in product verification.
• Contributed to sample preparation, calibration checks, and laboratory equipment operation which improved workflow reliability.
• Worked with senior analysts to troubleshoot testing discrepancies which increased overall testing precision and efficiency.
• Monitored adherence to quality control procedures during product handling which reduced risks of contamination and nonconformance.
• Promoted safe laboratory practices through correct use of PPE and adherence to industrial safety guidelines which supported a hazard-free work environment.

Formulation & Research Student – University Project at Technical University of Kenya (2024-12 – 2025-08)

MOF Heavy Metal Extraction Study

• Investigated MOF adsorption mechanisms for Pb2+ and Cr3+ removal in water which strengthened understanding of surface chemistry, thermodynamics, and process optimization.
• Conducted literature reviews, designed experiments, tested samples, interpreted data, and prepared scientific documentation which improved the rigor and reliability of research outputs.
• Integrated advanced analytical methods and sustainable formulation approaches which enhanced the performance and environmental viability of the adsorption system.
• Optimized experimental protocols and adsorption parameters which increased efficiency and reproducibility of heavy metal removal.
• Implemented quality control and validation procedures for testing which ensured accuracy, reliability, and compliance with research standards.

Bachelor of Technology in Industrial and Applied Chemistry – Technical University of Kenya (2021 – 2025)

KCSE – Ringa Boys' High School (2017 – 2020)