**Job Description Summary** About BD BD is one of the largest global medical technology companies in the world and is advancing the world of health by improving medical discovery, diagnostics, and the delivery of care. The company develops innovative technology, services and solutions that help advance both clinical therapy for patients and clinical process for health care providers. BD has 70,000 employees and a presence in virtually every country around the world to address some of the most challenging global health issues. About BD TCI “BD, a 125-year-old global medical device company has started its Enterprise Center in Bangalore, India called BD Technology Campus India (TCI). This Enterprise Center will be an integral part of the global network for BDX. It will have presence of R&D, Quality, Regulatory, IT and other functions. The center boasts of some of the brightest minds who work in a unique environment that fosters and supports ingenuity. BD TCI is dedicated to serving BD’s customers and patients thereby contributing its bit towards “advancing the world of health”. Position Summary As part of BD’s Medication Delivery Solutions’ Materials Engineering Group, the Lead Design Engineer will be responsible to apply tools in computational materials science (Molecular Dynamics / Monte Carlo). The candidate should have expert knowledge in polymers and materials science, possess a deep understanding of the linkage between molecular architecture and structure, and be able to apply computational tools to drive insight in formulation development, drug delivery, and prediction of materials properties. The incumbent is expected to leverage both an internal and external global ecosystem of laboratory capabilities to validate the models and leverage existing large-scale computational technologies to advance our predictive capabilities. He/she is expected to have sufficient business acumen to speak with business internal stakeholders. The candidate should be capable to take on Project Leadership by conceiving, planning, and leading key computational materials activities. He/she will be part of an international, geographically dispersed team. **Job Description** **About BD** BD is one of the largest global medical technology companies in the world and is advancing the world of health by improving medical discovery, diagnostics, and the delivery of care. The company develops innovative technology, services and solutions that help advance both clinical therapy for patients and clinical process for health care providers. BD has 70,000 employees and a presence in virtually every country around the world to address some of the most challenging global health issues. **About BD TCI** “BD, a 125-year-old global medical device company has started its Enterprise Center in Bangalore, India called BD Technology Campus India (TCI). This Enterprise Center will be an integral part of the global network for BDX. It will have presence of R&D, Quality, Regulatory, IT and other functions. The center boasts of some of the brightest minds who work in a unique environment that fosters and supports ingenuity. BD TCI is dedicated to serving BD’s customers and patients thereby contributing its bit towards “advancing the world of health”. **Position Summary** As part of BD’s Medication Delivery Solutions’ Materials Engineering Group, the Lead Design Engineer will be responsible to apply tools in computational materials science (Molecular Dynamics / Monte Carlo). The candidate should have expert knowledge in polymers and materials science, possess a deep understanding of the linkage between molecular architecture and structure, and be able to apply computational tools to drive insight in formulation development, drug delivery, and prediction of materials properties. The incumbent is expected to leverage both an internal and external global ecosystem of laboratory capabilities to validate the models and leverage existing large-scale computational technologies to advance our predictive capabilities. He/she is expected to have sufficient business acumen to speak with business internal stakeholders. The candidate should be capable to take on Project Leadership by conceiving, planning, and leading key computational materials activities. He/she will be part of an international, geographically dispersed team. **Educational Background** PhD Degree in Computational Materials Science/Engineering, Polymer Science, Chemical Engineering, or closely related field. **Professional Experience** Minimum of 4 years’ experience driving computational materials effort to enable rapid formulation development Solid understanding of disciplined product development processes, regulatory and quality requirements, high-volume manufacturing practices. Experience of coordinating cross-functional teams. Ability to work in a highly matrixed organization. Deep technical curiosity, courage, and commitment to advancing bold and ambitious ideas that provide better options for patients and caregivers Ability to drive well-informed, fact-based decision making to drive projects and deliver timely results Possess a high degree of motivation, bring an energetic and energizing approach to all engagements. **Job Responsibilities** The candidate should have expert knowledge in polymers and materials science, possess a deep understanding of the linkage between molecular architecture and structure, and be able to apply computational tools to drive insight in formulation development, drug delivery, and prediction of materials properties. The incumbent is expected to leverage both an internal and external global ecosystem of laboratory capabilities to validate the models and leverage existing large-scale computational technologies to advance our predictive capabilities. He/she is expected to have sufficient business acumen to speak with business internal stakeholders. The candidate should be capable to take on Project Leadership by conceiving, planning, and leading key computational materials activities. **Knowledge and Skills** + Experience with Molecular Dynamics or Monte Carlo methods for polymeric materials development applications. + Experience with 21 CFR Part 11 Software System Validations a plus + Expertise in developing code in standard programming languages Python, C++, etc. + Familiar with and the ability to manage Linux based systems + Familiar with validation processes of simulation code + Self-starting and able to build from the ground-up + Technical depth in polymer & material science + Excellent problem-solver, critical-thinker, and decision-maker + General project management skills with ability to manage multiple projects + Ability to lead cross-functional teams and mentor associates + Excellent technical reader and writer + Proficient with MS-Excel, Word, Power Point + Hard working, willing to work with support team member + Strong English-language grammar, editing, proofreading skills + Strong written and oral communication skills + Ability to create technical reports + Value different perspectives and experiences. Ability to establish trust and mutual respect when working with other people regardless of professional or cultural background + Experience working in international business environment preferred + Able to work under pressure to manage competing demands and meet tight deadlines with strong follow-through + Strong fit with BD values **Desired / Additional Skills & Knowledge (Not essential to the job but will be an advantage to possess)** Strong fit with BD values **Any additional Information (Specially if needed for Quality or legal purposes)** Right to work in India **Primary Work Location** IND Bengaluru - Technology Campus **Additional Locations** **Work Shift** Becton, Dickinson and Company is an Equal Opportunity/Affirmative Action Employer. We do not unlawfully discriminate on the basis of race, color, religion, age, sex, creed, national origin, ancestry, citizenship status, marital or domestic or civil union status, familial status, affectional or sexual orientation, gender identity or expression, genetics, disability, military eligibility or veteran status, or any other protected status.