Chaudhry Hassan Rawaiz

My research interests focus on biomaterials and tissue engineering for regenerative medicine, including both hard and soft-tissue applications. I work on polymer-based and polymer–ceramic composite systems for implant surface engineering, with emphasis on biocompatibility, tribocorrosion resistance, and antibacterial functionality. In parallel, I am interested in soft tissue engineering approaches, such as hydrogels and porous scaffolds, for wound healing and burn care management, aiming to enhance cellular response and tissue regeneration through controlled material design and surface modification .

Biomaterials and Tissue Engineering: polymer and polymer-ceramic systems for orthopedic, dental, and soft-tissue applications, including hydrogels and scaffolds for wound and burn care.
Electrophoretic Deposition and Implant Surface Engineering: fabrication of biocompatible, antibacterial, wear- and corrosion-resistant coatings with tribocorrosion evaluation.
Materials Characterization and Analysis: SEM/EDS, FTIR, UV–Vis spectroscopy, electrochemical testing (EIS, PDP), and mechanical/surface property assessment.
Cosmaceutical Development and Technical Marketing: synthesis, analysis, and data-driven product support for Leafzee, a sub-brand of Bioengineering Research and Development (Pvt.) Ltd.

Bachelor of Science (BS) in Materials Science and Engineering
Institute of Space Technology, Islamabad, Pakistan
Intermediate (Pre-Engineering)
Milestone College System, Rawalpindi, Pakistan
Matriculation (Science)
Quaid Science Academy and College, Rawalpindi, Pakistan

Operate and maintain UV–Vis spectrophotometer for quantitative and qualitative analysis of biomaterials, formulations, and research samples, ensuring data accuracy and instrument calibration.
Perform electrophoretic deposition (EPD) processes for polymer and composite coatings, including suspension preparation, parameter optimization (voltage, time, pH), and post-deposition evaluation.
Perform material synthesis and formulation development for biomedical and cosmetic applications, with emphasis on reproducibility, stability, and performance testing.
Support research-scale to product-scale translation, including documentation, quality checks, and coordination with interdisciplinary teams.
Contribute to the development, synthesis, and quality evaluation of cosmaceutical products for Leafzee, a sub-brand of Bioengineering Research and Development (Pvt.) Ltd.
Assist in technical marketing and product positioning of Leafzee cosmaceuticals by preparing data-backed content, product briefs, and supporting customer engagement with scientific validation.

Advanced Pluronic-Pectin Hydrogels for Burn Wound Care
This project leverages your expertise in biomaterials and soft tissue engineering to develop next-generation wound dressings.
Core Research Focus: Developing a synergistic hydrogel platform by combining Pluronic (thermosensitive polymer) with Pectin (natural polysaccharide) to create a bio-functional scaffold for managing severe burns and soft tissue injuries.

Cosmeceutical Formulation and Development (Leafzee)
Operating under the Leafzee brand, this project focuses on merging technical material analysis with skin-care product innovation.
Skin Serums and Facewashes: Leading the synthesis and data-driven development of high-performance topical products.
Synthesis and Analysis: Applying materials characterization techniques (such as FTIR and UV-Vis spectroscopy) to ensure the stability and potency of active ingredients within facewashes and serums.
Technical Marketing Support: Utilizing empirical data from characterization and efficacy testing to provide technical support for product positioning and consumer education.
Antibacterial Integration: Drawing from your research on antibacterial coatings (e.g., ZnO), you work on optimizing formulations to combat skin pathogens while maintaining dermatological safety.