Route Selection and Process Optimization
Registration Fee : ₹4999.00
Registration
Program Overview
Route Selection and Process Optimization is a foundational area of process chemistry focused on developing practical and efficient synthetic processes for pharmaceutical and chemical manufacturing.
This training provides an integrated perspective on the selection and development of suitable synthetic routes and the systematic improvement of process performance, with emphasis on practical industrial applications.
The training is delivered through interactive technical sessions, practical examples, industry case studies, guided discussions, and problem-solving exercises. It can be conducted live online or in person, with the duration, depth, and examples tailored to the requirements of the participating organization or professional group.
Why This Training Matters
Route selection and early process development decisions have a major influence on the safety, scalability, quality, cost, robustness, and sustainability of a manufacturing process.
A synthetic route that works well at laboratory scale may not necessarily be suitable for large-scale manufacturing. This training addresses the practical challenges involved in selecting and developing manufacturing-friendly synthetic routes and helps participants understand how early process chemistry decisions can reduce downstream challenges during scale-up, technology transfer, and manufacturing.
Learning Outcomes
By the end of the training, participants will be able to:
- Evaluate synthetic routes for feasibility, scalability, safety, and cost.
- Select appropriate reagents and solvents considering process requirements.
- Apply systematic approaches to process optimization.
- Understand the practical application of DoE in process development.
- Identify key process risks and opportunities for improvement.
- Make more informed route-selection and process-development decisions.
Course Outline
- Route scouting and feasibility assessment
- Reagent and solvent selection
- IP landscape and route differentiation
- DoE-based process optimization
- In-process control strategy
- Raw material cost optimization
Who Should Attend?
- Process R&D scientists
- Medicinal and synthetic chemists
- Scale-up and technology transfer teams
- Production and manufacturing chemists
Resources
- Training presentation and learning materials
- Practical case studies
- Relevant reference materials
- Checklists, templates, or practical tools, where applicable
- Selected regulatory/guideline references, where applicable
- Certificate of participation/completion, where applicable
