PhD Advisory Board

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Dr. Nzeh is a Materials and Process Engineer with a strong background in polymer materials, materials processing, materials characterization, composites, and process development.  His technical expertise spans polymer compounding, extrusion, and composite systems, with particular strength in understanding and optimizing structure–property–processing relationships. 

Dr. Yousefzade is a highly accomplished Professional Engineer, researcher, and project manager with more than 15 years of specialized experience in the development of advanced polymer products and technologies. With a strong blend of technical expertise, innovation-driven research, and proven project leadership, he has consistently delivered impactful solutions across the polymer and materials science sectors. His deep knowledge of polymer processing, material development, and technology commercialization makes him a valuable strategic advisor for organizations seeking to advance their materials innovation, product development, and R&D initiatives.

Dr. Khan is an elite PhD in polymer technology with over a decade of experience in polyurethane, polymeric membranes, hydrogels, biomaterials, nanomaterials, and coatings.

She is an expert in the design, synthesis, and application of polyurethane systems, with notable contributions to membrane technology, protective coatings, and sustainable polymer materials.

Dr. Khan has published extensively in high-impact journals, received multiple innovation awards, and presented research at national and international conferences. 

Dr. Gavande is an experienced Senior Researcher with a demonstrated history of working in the plastics industry. Skilled in Materials Science, Polymers, Plastics, composites, Film Production, and Manufacturing. Strong research professional with a Doctoral Degree focused in Polymer Engineering from Pukyong National University.

Dr. Chaudhari is an expert in selecting the right system for the application and then building the process that makes it actually perform.  Focusing on demanding polymer systems, including polyolefin/graphene oxide compounds, structural composites from waste materials, thin-film functional materials, and CFRP composites for space-exposure testing. 

Polymer Materials Scientist with 10+ years’ experience across industrial R&D, academia, and advanced manufacturing. Specialises in polymer composites, functional coatings, and materials characterisation and processing. Proven track record of scaling laboratory formulations to industrial production, enhancing product performance, and delivering cost optimisation. Experienced in leading cross-functional projects and supporting customer-facing technical initiatives within global organisations.

 Dr. Haris is an expert in the recycling of plasticized PVC waste, with a focus on mechanical and solvent-based approaches that advance circularity in plastics. He earned his PhD in Materials Engineering from the University of Padova in 2026, in close industrial partnership with FITT Group. There he developed methods to remove legacy additives such as DEHP and lead from PVC waste and re-compound the resin with safer plasticizers, and engineered hose prototypes with 30–50% recycled content that matched virgin performance. His work also spans REACH-compliant supply chains, ISO/ASTM quality testing and life-cycle analysis, including a validated 10% reduction in carbon emissions.

 Dr. Chiriki is an expert chemical and plastics process engineer and Head of R&D and Quality at RadiciGroup in India. He has more than a decade of industry experience across corporate R&D, technical services and business development. He specializes in developing and commercializing high-performance polyamide compounds and engineering plastics for automotive applications, with deep knowledge of flame retardant technologies, silicone-based materials (organo-silanes and polysiloxanes) and formulation of PA6, PA66 and HTN. He earned his Dr.-Ing. doctorate in Germany, where his early research at Forschungszentrum Jülich addressed the safety of radioactive waste from high-power spallation sources. 

Dr.  Mehrabzadeh is  a distinguished Polymer Engineer with extensive expertise in polymer science and technology, spanning research & development, quality control, process optimization, and large-scale manufacturing. He possesses deep specialization in plastics recycling, material design, and formulation, with hands-on mastery in polymer compounding, processing, composites & nanocomposites, foaming, and advanced characterization techniques including Extrusion, Injection Molding, DSC, FTIR, TGA, SEM, TEM, and more. A prolific researcher with over 100 published papers, editorial board member and reviewer for several international journals, and author/translator of multiple books in polymer science,  Dr. Mehrabzadeh has successfully led groundbreaking projects such as developing high-quality resins from recycled plastics to replace virgin materials, creating processes for simultaneous improvement of PP melt flow and impact strength, recycling challenging black and mixed E-plastics, and advancing sustainable solutions including PP-glass fiber composites, thermoplastic elastomers from recycled EPDM, and PE100/PE80 pipes from recycled feedstocks. His ability to translate complex laboratory innovations into industrially viable, high-performance products makes him a valuable advisor in sustainable polymer technologies and circular economy initiatives.

Dr.  Durmus-Sayar  is a distinguished materials scientist and innovative researcher specializing in Bio-Based Polymers, with a Ph.D. in Materials Science. Her expertise encompasses Fibers & Textiles, Composites, and Nanoengineering, where she pioneers sustainable material solutions through advanced polymer synthesis, fiber modification, and nanostructured composites. With a strong focus on developing high-performance, environmentally friendly materials, Dr. Durmuş-Sayar integrates nanoengineering principles to enhance mechanical properties, functionality, and sustainability in textile and composite applications. Her research drives cutting-edge advancements in green chemistry and next-generation materials, delivering impactful contributions to industries seeking high-performance, bio-derived alternatives with superior structure-property relationships.

Dr.  Sigwinta is an accomplished polymer scientist and Raw Materials Technical Manager with extensive expertise in Formulations, Polymer Processing, and Polymer Analysis. He excels at optimizing raw material selection, developing high-performance formulations, and advancing polymer processing techniques to achieve superior material properties and manufacturing efficiency. With a strong command of analytical methods for polymer characterization, Dr. Sigwinta drives technical innovation in material development, quality control, and process optimization across industrial applications. His practical, results-oriented approach delivers impactful solutions that enhance product performance, sustainability, and scalability in the polymers and composites industries.

With over 45 years of distinguished experience in the polymer and plastics industry, particularly in polypropylene, Philip Jacoby  is a recognized expert and innovator who holds 13 US patents along with numerous international patents. Several of these inventions have resulted in entirely new polypropylene products and successful commercial businesses. He has collaborated with large multinational clients on new product development, process optimization, and technical problem-solving, while also delivering specialized short courses for technical and business professionals. He has additionally served as an Expert Witness in cases involving polypropylene medical applications. A past President of the Southern Section of the Society of Plastics Engineers (SPE) and former Board Member of the SPE Thermoforming Division.

 Dr. Bensalah is an expert in entrepreneurship. She bridges cutting-edge materials science with real-world commercialization, turning agricultural waste into high-performance, low-carbon graphite for next-generation batteries.

With a Double PhD from University Hassan II (Morocco) and Technical University of Berlin (Germany), a prestigious Bayer Foundation PhD Scholarship, and experience as a Visiting Academic at Oxford University, she brings deep technical expertise to the table. She has built strategic partnerships with Siemens and Siemens Energy on major European projects focused on converting biomass into battery-grade graphite, and she regularly speaks at international conferences. Her work pioneers sustainable alternatives to critical battery materials and advances circular economy solutions across the MENA–Europe corridor.

Marc Noblitt, PhD, Chairman of the PhD Advisory Board, is a founding leader of Dynamic Modifiers, LLC.  He advises on proprietary polyolefin compounding, non-halogenated flame retardancy, and PVC replacement — including PALTECH™, the company’s 100% recyclable, low-smoke, zero-halogen compound that meets NFPA/UL codes  at up to 25% lower cost, and PAL VersaCHAR, a high-temperature char-forming coating for technical textiles .

He chairs the Board’s work on formulation integrity, code compliance, recyclability, and scale-up.

Dr. Dolle is a world-renowned chemist with over 30 years of experience in polymer science and product development. He is currently driving innovation at LyondellBasell, one of the world’s largest plastics, chemicals, and refining companies. Specialized in the Hostalen technology platform, he has developed high-performance polyethylene and polypropylene grades for global markets.

His expertise spans the full value chain — from fundamental polymerization chemistry and catalysis to industrial process optimization. 

Dr. Mohamadein is an expert multinational business solutions in the field of plastic industry , engineering & R&D, supply chain, production and general contracting for more than several years. In addition, our main product lines are industrial plastic raw materials, masterbatches and additives. She is a proven leader in Egypt, Middle East and  the Africa. Updated technical support and innovation technology will be supplied to our client. 

Dr. Vekariya is an expert in Process Development of Carbon Materials, Paints and Coatings, Nanosilicon-graphene, Energy Storage. He is a distinguished materials scientist and R&D leader specializing in the process development and scale-up of advanced carbon materials, paints & coatings, nanosilicon-graphene hybrids, and energy storage technologies.

Currently serving as Executive in Research and Development, he excels in creating high-performance carbon-carbon composites, oxidation-resistant materials, and functional coatings that deliver superior thermal, mechanical, and electrochemical properties for aerospace, defense, energy, and industrial applications.

 Dr. Marchini is an expert in research and development, application engineering, and technical support within the chemical and automotive industries. He holds a PhD in Polymer Science and has deep expertise in material characterization, processing, and RD&I of high-performance polymer solutions. He has a strong track record of solving complex, demanding technical challenges, including keeping production running through a global supply disruption and driving operational improvements that achieved 100% on-time laboratory delivery. He has led cross-regional initiatives, including post-acquisition technology transfer, working with teams in Brazil, Germany, China, the USA, and Italy. He is known for a disciplined, analytical, and solution-oriented approach, combining strong listening skills and curiosity to turn scientific knowledge into scalable, reliable, and cost-effective applications. 

Dr. Magagula is an expert polymer chemist with a keen interest in polymer characterization. He utilizes conventional characterization techniques and hyphenated techniques and the investigation of structural and property configurations that complex heterophasic ethylene-propylene copolymers (HEPCs) undergo during a process called controlled rheology. 

Dr. Gelves is an expert leading innovation and technology commercialization  for sustainable building materials—guiding the business from prototype to pre-commercial manufacturing, building quality systems, and driving emissions-reducing design for circularity.  Renowned for building durable competitive advantage—especially where sustainability, materials innovation, and circular economy principles are key differentiators.  I help organizations turn bold ideas into scalable, profitable, sustainable technologies.

Dr. Karkanis is an expert in polymer chemistry and technology with research experience in thermoplastic and thermoset polymers. Skilled in sustainable polymer synthesis, recycling, and dynamic covalent chemistry, with expertise in advanced characterization techniques (FTIR, NMR, DSC, TGA, GPC, HPLC). Experienced in the design and development of advanced composite materials with enhanced performance, as well as in material optimization and ISO-compliant quality control. Additional experience in life cycle assessment (LCA), circular economy approaches, and research project management within sustainability-focused research frameworks.

Dr. Das specializes in synthesis and Characterization Polymers, Vitrimers, Bottlebrush Polymers, Superabsorbent Polymers, Polymer Composites, Nanomaterials (Graphene, Graphene Oxide) Synthesis and Modification of Polymers or Elastomers via Supramolecular Interactions, Synthesis and Characterization Coordination Complexes, Nanocomposites, Self-Healing Polymers and 3d Printing applications.

Dr. Parandoosh  is an accomplished polymer scientist and plastic engineer with deep expertise in bioplastics formulation, sustainable materials, and polymer processing. Specialized in PLA, PHA, and cellulose acetate (CA) formulations, as well as the identification of extrusion processing parameters for bioplastics, polyesters, and polyolefins. Recognized advisor on biopolymers (PHA and PLA) for the circular economy, driving innovation in biodegradable and recyclable materials.

With extensive experience in product development, project management, and quality control, 

Dr. Barros is an expert in polymer processing, reactive extrusion, rheology, injection molding, and material development. Experienced in developing and optimizing advanced polymer systems, including nanocomposites and polymer blends, from research through processing and application.  Strong technical expertise in extrusion technologies, process optimization, material characterization, and analytical methods, with a results-driven approach focused on solving complex engineering challenges and driving innovation.