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Urvish PANDYA

Allotrope Scientific Ltd

 

Member profile details

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First name
Urvish
Last name
PANDYA
Organization
Allotrope Scientific Ltd
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Contact information

City
Durham
State or Province
Nebraska
Zip Code
DH13FD
Country
United Kingdom
Phone
+44(0)794.794.2709
 

Specialties and Services

Fields of Expertise
  • Green Chemistry
  • Licensing and Technology Transfer
  • Literature and Patent Searches
  • Manufacturing
  • Organic Chemistry
  • Pharmaceutical
  • Process Troubleshooting
  • Product Development
  • Project Management
  • Quality
  • Reaction Engineering
  • Regulatory Affairs
  • Research and Development
  • Separations and Purification
  • Synthesis
  • Technical
  • Technology Transfer
  • Validation
Other Fields of Expertise
In addition to technical chemistry and process development expertise, Dr Urvish Pandya has extensive experience in innovation project oversight, technical governance and project risk management.

He has supported and independently monitored a large number of publicly funded and privately backed innovation projects across chemical, pharmaceutical and materials sectors. This includes evaluation of technical progress against objectives, identification of development risks, assessment of scalability and manufacturability, and review of the alignment between technical plans, resources and timelines.

This experience enables him to work effectively not only at the laboratory or process level, but also at programme level, helping organisations structure development activities, prioritise work, and make informed decisions under technical and commercial uncertainty. He is familiar with the practical challenges faced by start-ups, SMEs and technology-led companies as they move from concept through proof of principle toward industrial implementation.

His role in such projects often combines technical due diligence, development strategy input, and independent review of proposed process or technology pathways. He is particularly effective where projects involve multiple stakeholders, external partners or manufacturing organisations, and where clear technical communication between scientific, engineering, quality and management teams is essential.

This broader innovation and project perspective complements his hands-on chemistry background, allowing him to support clients not only in solving specific chemical problems but also in planning and de-risking overall development programmes.
Summary
Dr Urvish Pandya is an independent chemical and pharmaceutical development consultant with over 30 years of international experience spanning fine chemicals, advanced materials and drug substance development. He supports companies from early concept through to manufacturing and regulatory readiness, with particular strength in translating laboratory chemistry into robust, scalable industrial processes.

His background combines deep technical expertise with strategic development insight. He has held senior roles across start-ups, SMEs and global CDMOs, and has led projects covering process research, route design, scale up, technology transfer, GMP manufacturing support and CMC strategy. His work frequently sits at the interface of chemistry, engineering and regulatory expectations, helping organisations make technically sound and commercially realistic decisions.

Dr Pandya has extensive experience in small molecule pharmaceutical development, including API process development, impurity control strategies, robustness and manufacturability assessment, and preparation for clinical supply. He has supported programmes from early development through first in human studies and later stage scale up, and is familiar with the practical implications of regulatory requirements on process design and control. In addition to pharmaceuticals, he has worked on renewable and sustainable chemical processes, polymer and materials chemistry, and specialty chemical manufacturing.

A key aspect of his consultancy is risk identification and mitigation. He helps clients understand where processes may fail at scale, where hidden safety or quality risks exist, and how to design practical development plans that reduce technical and timeline risk. His approach is pragmatic and data driven, aimed at enabling teams to move forward with confidence rather than simply generating more experimentation.

He works with biotech companies, chemical manufacturers, investors and technology developers, often acting as an external technical lead, development adviser or bridge between R&D, manufacturing partners and quality or regulatory functions. Clients value his ability to quickly understand complex chemistry, ask the right questions, and focus effort where it adds the most impact.

Dr Pandya operates internationally and is accustomed to working with cross functional and geographically distributed teams. He combines scientific depth with broad industrial perspective to help organisations turn promising chemistry into viable products and processes.
Services
Dr Urvish Pandya provides independent consulting services in organic chemistry, chemical process development, pharmaceutical development and technology scale up. His work supports organisations in moving from laboratory chemistry to reliable, manufacturable and regulatory aligned processes, and in solving complex or poorly understood chemical problems.

Core Service Areas

Applied Organic Chemistry and Problem Solving:
Expert support in synthetic organic chemistry, reaction mechanisms, reagent behaviour, by-product formation and unusual or unexpected chemical outcomes. Investigation of reaction performance issues, material incompatibilities, degradation pathways and chemically driven product or process anomalies. Particularly valuable where practical industrial chemistry meets incomplete data or uncertain mechanisms.

Chemical Process Development and Scale Up:
Design, optimisation and troubleshooting of synthetic routes for small molecules and specialty chemicals. Support includes reaction development, process robustness assessment, impurity understanding, yield and throughput improvement, and translation of laboratory procedures to pilot and manufacturing scale. Experience spans batch and continuous processing, solvent and reagent selection, and plant-relevant constraints.

Pharmaceutical Drug Substance (API) Development:
Support for small molecule API development from early development through clinical supply readiness. Services include process design and optimisation, impurity control strategy, manufacturability assessment, starting material justification support, and alignment of process understanding with CMC and regulatory expectations.

Investigations, Root Cause Analysis and Technical Risk:
Independent investigation of chemical, material or process issues where root causes are unclear. This includes evaluation of unexpected reactions, gas formation, material expansion or degradation, contamination risks, and chemically driven safety concerns. Assessment of potential formation of hazardous species, compatibility issues, and process conditions that may lead to instability or risk.

Technology Transfer and Manufacturing Support:
Technical leadership and support for transfer of processes to CDMOs and manufacturing sites, including preparation of technical packages, process risk reviews, and support during engineering and GMP batches.

Sustainable and Advanced Chemical Processes:
Experience in renewable and bio-derived chemicals, polymer and materials chemistry, and greener process approaches, including process intensification and improved resource efficiency.

Technical Due Diligence and Advisory Roles:
Technical evaluation of chemical and pharmaceutical technologies for investors, partners and senior management, including assessment of process maturity, scale up feasibility and development strategy.

Engagements range from focused problem-solving assignments to longer-term advisory or external technical lead roles.
 

Additional Information

Additional Info
Dr Urvish Pandya works with organisations ranging from early-stage technology developers and start-ups to established chemical and pharmaceutical manufacturers. Engagements are tailored to client needs and may range from short, focused technical problem-solving assignments to longer-term advisory, development oversight or external technical lead roles.

He is accustomed to working across organisational and geographic boundaries, collaborating with internal R&D teams, CDMOs, manufacturing sites, quality groups and external partners. His approach emphasises clear technical communication, practical decision-making and alignment between chemistry, manufacturing realities and regulatory or commercial objectives.

Clients often seek his support when projects involve technical uncertainty, scale-up challenges, unusual chemistry, or the need for independent expert perspective. He combines analytical thinking with industrial pragmatism, aiming to reduce risk and help teams move forward with clarity and confidence.

He operates internationally and is comfortable supporting projects in remote or hybrid formats as well as on-site where required.
Experience
Dr Urvish Pandya has over 30 years of international experience in chemistry-based industries, spanning pharmaceuticals, fine chemicals, advanced materials and sustainable chemical technologies. His career has included senior technical and leadership roles in start-ups, SMEs and global contract development and manufacturing organisations, giving him practical insight into both innovation-driven environments and large-scale industrial operations.

He has led and supported numerous projects in synthetic organic chemistry, process research, route design, scale up and technology transfer. His experience covers development of laboratory processes through pilot and manufacturing scale, with direct involvement in addressing the challenges that arise when translating chemistry into reliable, safe and economically viable industrial processes.

In the pharmaceutical sector, he has extensive experience in small molecule drug substance development, including process optimisation, impurity understanding, manufacturability assessment, and preparation of processes to support clinical supply. He has worked at the interface of development chemistry, manufacturing and regulatory expectations, helping ensure that technical decisions are aligned with quality and compliance requirements.

Beyond pharmaceuticals, his experience includes renewable and bio-based chemicals, polymer and materials chemistry, and specialty chemical manufacturing. He has worked on projects involving greener process approaches, process intensification and resource efficiency, as well as technically challenging chemistries where reaction behaviour, stability or safety considerations require careful investigation.

Throughout his career, he has frequently acted in roles that bridge technical teams, manufacturing organisations and management, providing both deep chemical insight and a broad industrial perspective. His background enables him to quickly understand complex processes, identify key technical risks and opportunities, and guide development toward practical and scalable solutions.
Honors and Awards
Member of the Royal Society of Chemistry (MRSC).

Listed on the Royal Society of Chemistry Consultants Directory.

Member of the Chemical and Industrial Consultants Association (CICA), a professional network of independent chemical consultants (UK).

Awarded Gold Medals for highest academic performance during BSc and MSc studies.

Recipient of a Best Thesis Award during doctoral research (PhD in Chemistry).

Recognised for senior technical leadership and expert contribution across chemical and pharmaceutical development through long-standing advisory, monitoring and independent expert roles on innovation and technology development programmes.
Education
PhD in Chemistry.

MSc in Chemistry (Gold Medalist).

BSc in Chemistry (Gold Medalist).
Patents
Named inventor on multiple patents and patent applications in chemical process development, pharmaceutical intermediates and sustainable chemical technologies.

Patent contributions span work in process chemistry, route design, and industrially scalable synthetic methods developed within start-up, SME and CDMO environments, including renewable chemicals, pharmaceutical process development and specialty chemical manufacturing.

Full patent details available upon request.
Publications
Author and co-author of peer-reviewed scientific publications in the fields of organic chemistry, synthetic methodology, and applied chemical research.

Published work includes studies in reaction development, organic synthesis, and chemistry relevant to pharmaceutical and specialty chemical applications. Academic research outputs underpin later industrial work in process chemistry, scale-up and practical synthetic route development.

Full publication list and citation record available via ResearchGate.
Miscellaneous
Dr Urvish Pandya’s consultancy work is characterised by a combination of deep chemical understanding, industrial practicality and an independent, risk-aware perspective. He is frequently engaged where chemistry is technically complex, where scale-up or manufacturability questions are critical, or where an external expert view is needed to clarify technical direction.

He is comfortable operating at the interface between research teams, manufacturing organisations and management, helping translate detailed chemistry into decisions that are technically sound and operationally realistic. His approach emphasises clarity, prioritisation and proportionate risk management, particularly in projects operating under time, data or resource constraints.

In addition to hands-on technical problem solving, he brings broad experience in innovation project oversight and development governance, enabling him to contribute both at detailed process level and at programme or strategy level. This allows him to support clients not only in solving immediate chemical issues but also in structuring development pathways that are more robust, scalable and aligned with longer-term objectives.

He works internationally and supports projects remotely and on site, collaborating effectively with cross-functional and geographically distributed teams.
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