Sr. Research Scientist - CDMO

Sr. Research Scientist – CDMO role at Jubilant Ingrevia Limited – APPLY NOW 

Organization : Jubilant Ingrevia Limited

Role : Sr. Research Scientist – CDMO

Location : Greater Noida

Educational qualification : PhD / MSc organic chemistry

Job Summary

Key Responsibilities :

  • To develop Pharma / Agro Intermediate molecules, Knowledge of Multi step synthesis,
  • Exposure in Diketene chemistry, GLP, sample preparation and impurity isolation and characterization. Literature search, Effluent minimization, Catalyst & Solvent Recylability study, MOC study etc.
  • Literature search and Route scouting. Process developement gm scale, Scale up and support to plant and commercialization. Technology Package preparation, Synthesis of
  • Impurities and isolation. MOC, effluent studies and Economization.
  • Synthesis of specialty Chemicals, Pharma & Agro Intermediates and Heterocyclic compounds.
  • Good understanding for Industrial feasibility, Multi steps Synthesis, Diketene chemistry, impurity characterization and data interpretation.
  • Having exposure of pressure reaction, Skilled in Piloting and commissioning.
  • Halogenation – Chlorination, Fluorination, Halex reaction and Bromination, Complex chemistries like Grignard, Lithiation, Cyclization, condensation, Elimination, Reduction etc. Vapor phase and contiuous process development Exposure. Communication and coordination skill.

Qualifications & Experience :

  • PhD / MSc organic chemistry with 6 to 8 yrs of Exp.
  • Personal Characteristics
  • Good communication skills
  • Presentation Skills
  • Analytical thinking


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Here are some interview questions and possible answers for the Sr. Research Scientist – CDMO role at Jubilant Ingrevia Limited:

  1. Can you briefly describe your experience in developing Pharma and Agro intermediate molecules?

Answer: Certainly. I have 6 to 8 years of experience in the field of organic chemistry, specializing in the development of Pharma and Agro intermediate molecules. I have been involved in multi-step synthesis, route scouting, and process development from gm scale to commercialization. Additionally, I have expertise in Diketene chemistry, impurity isolation, and characterization.

  1. How do you stay updated with the latest developments in organic chemistry and related fields?

Answer: To stay updated with the latest developments, I regularly conduct literature searches in reputable scientific journals and attend conferences and workshops related to organic chemistry and chemical process development. I believe continuous learning and networking with peers in the industry are crucial for keeping abreast of advancements.

  1. Can you share an example of a challenging project you worked on, and how you successfully overcame the challenges?

Answer: Sure. In one project, I was tasked with developing a complex heterocyclic compound with a stringent timeline for commercialization. The synthesis required several challenging steps and had impurity-related issues. To overcome the challenges, I collaborated closely with cross-functional teams, conducted in-depth literature searches, and optimized reaction conditions. Additionally, I implemented GLP practices to ensure the quality and reproducibility of the results, which ultimately led to the successful development and commercialization of the compound.

  1. How do you approach effluent minimization and environmentally friendly practices in your work?

Answer: Environmental responsibility is crucial in chemical process development. I prioritize effluent minimization by evaluating and optimizing reaction conditions to reduce waste generation. Additionally, I focus on recycling catalysts and solvents wherever possible to minimize environmental impact. Moreover, I conduct MOC (Material of Construction) studies to ensure that equipment used in the process is compatible with the chemicals and doesn’t contribute to contamination.

  1. Describe your experience in piloting and commissioning processes for chemical reactions.

Answer: I have significant experience in piloting and commissioning chemical reactions. During piloting, I scale up processes from laboratory to larger setups to evaluate their feasibility for commercial production. It involves thorough process optimization and ensuring the safe handling of reactions at larger scales. I work closely with the operations team during commissioning to address any technical challenges and ensure a smooth transition from the lab-scale to the plant-scale operation.

  1. How do you handle complex chemistries, such as Grignard, Lithiation, Cyclization, etc.?

Answer: Handling complex chemistries requires a methodical approach. I start by thoroughly understanding the reaction mechanisms and potential hazards associated with each step. I conduct extensive literature reviews to identify the best practices and safety measures. Additionally, I use in-situ monitoring techniques and control parameters to ensure the reactions proceed smoothly and safely. I’m also well-versed in reaction quenching techniques to manage exothermic reactions effectively.


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