Job Description

Job Title : Polymer Research Scientist

Department : R&D Department

Reporting to : Head of Polymer Science

Location : Bangalore

Qualification : Master’s degree in Organic Chemistry with 3-4 years of industrial experience.

Most desirable on Pharmaceutical or Excipient industry experienced.

Job Type : Full-Time

Key Responsibilities

· Carry out experimental analysis of instruments such as DSC, TGA, AFM, XRD, SEM, FTIR, DVS, DMA, Rheometer & Viscometer, Particle size analysis, Dynamic light scattering and Tensile Tester, Coefficient of Friction, Surface tension, Contact angle measurement, other mechanical & Packaging instrumental analysers with the support of head of department.

• Ability to choose appropriate polymers is crucial for achieving desired properties like flexibility, barrier resistance, and durability in packaging and sustainability applications.

· Demonstrate ability to handled different types of polymer processing techniques like casting, coating, injection, blow moulding, extrusion, film extrusion and co-extrusion are employed to produce multi-layer films that offer enhanced protection and functionality in packaging.

· Conduct reaction kinetic studies aids in understanding the rates of chemical reactions, which is essential for optimizing process parameters and improving efficiency.

· Ability to implementing lean principles can streamline laboratory operations by reducing waste, minimizing lead times, and enhancing throughput.

• Participate in technology transfer activities involves transferring processes from the laboratory to pilot or production scales, requiring collaboration and effective communication across teams , and safety protocols to ensure successful scale-up.

· Able to integrating automated systems and digital tools can improve data accuracy, reduce human error, and accelerate testing processes. Improve Laboratory Information Management Systems (LIMS) and automated analytical instruments.

· Utilize simulation tools allows for modelling and analysing processes to predict outcomes, identify bottlenecks, and optimize operations.

· Adhere to good manufacturing practices ensures that laboratory operations meet quality standards, maintain consistency, and comply with regulatory requirements.

• · Implement safety protocols and training programs helps in mitigating risks associated with laboratory operations, ensuring a safe working environment for personnel.