4 Reaction Kinetics Jobs

As a CFD Application Engineer at our company located in Bareilly, UP, you will have the opportunity to unlock your full potential in a supportive environment where every achievement is celebrated and every challenge is seen as an opportunity for growth. Your main responsibilities will include conducting detailed analyses of multiphase flows, phase change, reaction kinetics, electrochemical reactions, or thermal management. You will be expected to develop extensive industry-grade case studies that showcase our company's capabilities and applications in the additive manufacturing (AM) industry. Additionally, you will be involved in the execution of consulting projects across various industries such as Oil & Gas, Mining, Water, Environmental, Manufacturing, and Thermal Modeling. In this role, you will have the independence to perform verification and validation studies, demonstrating a strong grasp of the underlying physics behind all industrial processes and CFD simulations. If you are a motivated individual with a minimum qualification of M.Tech/MS and possess the preferred skills mentioned above, we encourage you to join our team and contribute to our innovative projects. For any queries or to apply for this position, please contact us via email at careers@paanduv.com or call us at 8218317925.,

Are you passionate about advancing the frontiers of biologic therapies and eager to apply your expertise in protein engineering to real-world manufacturing challenges If so, a postdoctoral opportunity in the Sikes Lab at MIT may be the perfect next step in your research career. The Massachusetts Institute of Technology (MIT) is one of the world's premier research universities, renowned for its leadership in science, engineering, and technology. Located in Cambridge, Massachusetts, MIT fosters a collaborative and innovative academic environment where interdisciplinary research thrives. Its Chemical Engineering Department is globally recognized for excellence in both fundamental and applied research, offering unparalleled resources, mentorship, and connections to industry and academia. This postdoctoral position focuses on bioseparations in the context of manufacturing biologic therapies. Bioseparations play a crucial role in the purification and production of therapeutic proteins and biologics, which are increasingly important in treating various diseases. As the demand for biologic medicines rises, innovative bioseparation techniques are essential to ensure product quality, safety, and scalability. The research in this project aims to make significant contributions to the advancement of next-generation biologic manufacturing processes, impacting patient care and the biotechnology industry. The successful candidate will join Dr. Hadley Sikes" laboratory, known for its work in biomolecular engineering, applications of redox chemistry, clinical diagnostics, and molecular biotechnology. The project involves experimental work in protein engineering, emphasizing strong quantitative skills in engineering design, particularly in reaction kinetics and transport phenomena. The Sikes Lab provides a supportive environment that values both individual initiative and collaborative teamwork. Applicants suited for this postdoctoral role should have a strong background in protein engineering with hands-on experimental laboratory experience, expertise in engineering design including quantitative analysis of reaction kinetics and transport phenomena, excellent collaboration skills, and a genuine interest in biomolecular engineering, redox chemistry applications, clinical diagnostics, or molecular biotechnology. The ideal candidate will be driven, innovative, and eager to contribute to impactful research in the field of biologic therapy manufacturing. Interested candidates are encouraged to contact Dr. Hadley Sikes by sending a CV if they believe their skills and interests align with the position. Early contact is recommended as no specific application deadline has been mentioned. This postdoctoral opportunity at MIT offers a chance for researchers to advance their careers in bioseparations and biologic therapy manufacturing at a leading research institution. If you are interested in joining a collaborative and innovative team, do not hesitate to reach out with your CV. Stay connected with the latest advancements in your field by following similar postings and exploring opportunities for growth.,

As a CFD Software Developer (R&D) at our company based in Bareilly, UP, you will have the opportunity to unlock your full potential in a supportive environment that celebrates achievements and views every challenge as an opportunity for growth. We are looking for individuals with a Ph.D., M.Tech/MS qualification who have an excellent understanding of numerical methods, fluid mechanics, and CFD software development. Your skills in C++, Python, and FORTRAN with OOP skills will be highly valued, along with experience in CFD software testing. In this role, expertise in various areas such as multiphase flows, phase change, thermodynamics, particle dynamics, melting and solidification, sediment scour modeling, large-scale river modeling, reaction kinetics, thermodynamics, reactor, chemical engineering processes, and FOAM will be beneficial. Additionally, experience in AI, particularly deep learning using Keras, Pytorch, or Tensorflow, is desired. You should also have a good grasp of high-performance computing and parallelization on CPUs and GPUs. Strong communication skills and a track record of paper publishing are essential for this position. If you are passionate about CFD software development and possess the preferred qualifications and skills mentioned above, we encourage you to apply and join our dynamic team where you can contribute to cutting-edge research and innovation. For any queries, please contact us at careers@paanduv.com or 8218317925.,

As a Process Development Chemist, you should hold a Ph.D./M.Sc. in Organic Chemistry, Process Chemistry, or a related field. Your role will involve leveraging your proven experience in process research & development within any Life science environment. You must have hands-on experience with synthetic route design, scale-up strategies, and process optimization. With 2-5 years of experience, your key responsibilities will include designing, developing, and optimizing synthetic routes for drug substances. Ensuring efficiency, safety, and scalability are essential aspects of this role. You will be required to support the seamless transfer of processes from the lab to pilot and commercial scale in collaboration with manufacturing teams. Additionally, you will conduct experiments related to reaction kinetics and mechanistic studies to enhance yield, purity, and process robustness. Ensuring process safety and compliance by adhering to regulatory guidelines such as ICH and GMP, and implementing safety best practices will be crucial. Collaboration with analytical teams to establish process control strategies and ensure product quality is an integral part of this role. You will also need to partner with chemistry, engineering, and regulatory teams to optimize manufacturing processes and address challenges. Maintaining accurate records of experiments, observations, and findings is vital to support regulatory submissions and technology transfer. Staying updated with emerging trends in process chemistry and applying innovative solutions to enhance efficiency will be expected from you as well.,