Postdoctoral Scholar in Computational Optoelectronics and Applied Mathematics

Postdoctoral Scholar in Computational Optoelectronics and Applied Mathematics### Postdoctoral Scholar in Computational Optoelectronics and Applied Mathematics Apply:
Penn State University Park:
Full time:
Posted 2 Days Ago:
REQ #
** APPLICATION INSTRUCTIONS:*** ## CURRENT PENN STATE EMPLOYEE (faculty, staff, technical service, or student), please login to Workday to complete the internal application process. Please do not apply here, apply internally through Workday.* ## CURRENT PENN STATE STUDENT (not employed previously at the university) and seeking employment with Penn State, please login to Workday to complete the student application process. Please do not apply here, apply internally through Workday.
* ## If you are NOT a current employee or student, please click “Apply” and complete the application process for external applicants.
** Approval of remote and hybrid work is not guaranteed regardless of work location. For additional information on remote work at Penn State, see Notice to Out of State Applicants.
** This is a term position; length of the term will be discussed during the interview process. Continuation past the term length discussed will be based on university need, performance, and/or availability of funding.
** POSITION SPECIFICS
** The Lakhtakia research team in the College of Engineering (Department of Engineering Science and Mechanics) at The Pennsylvania State University is seeking a highly motivated and skilled
** Postdoctoral Scholar
** to join a collaborative research program in computational optoelectronics, mathematical modeling, and numerical simulation of integrated energy micro generators (IEMGs) containing  compound semiconductors. The postdoctoral scholar will work under the direction of Prof. Akhlesh Lakhtakia in cooperation with Prof. Anna Mazzucato (Mathematics at Penn State), Prof. Peter

B. Monk (Mathematics at University of Delaware), and a postdoctoral scholar at University of Delaware. The position will involve developing and analyzing two- and three-dimensional optical and electronic models; implementing high-order numerical methods for semiconductor drift-diffusion and Maxwell systems; modeling grain boundaries, defects, and interfaces; and optimizing material, geometric, and illumination-dependent designs for efficient IEMGs.

** Education Requirement:
** Qualified individuals will hold a Ph.D. by the time of appointment in applied mathematics, computational mathematics, electrical engineering, engineering science, physics, computational science, or a closely related field. Responsibilities include, but are not limited to:
* Implement and improve high-order finite-element and discontinuous-Galerkin software in Python and related scientific-computing environments, including robust solvers, error assessment, and computational validation.
* Investigate the effects of grain boundaries, defects, interfaces, material properties, and illumination conditions on carrier transport, recombination, and device performance.
* Perform mathematical analysis and computational optimization of bandgap profiles, layer thicknesses, device geometry, and tandem IEMG configurations using gradient-based and derivative-free methods.
* Collaborate with the faculty investigators and graduate students; prepare manuscripts, conference presentations, technical documentation, and research software for dissemination.
* Develop, analyze, verify, and document two- and three-dimensional numerical models for coupled optical and electronic processes in IEMGs, including semiconductor drift-diffusion and Maxwell equations.

It is preferred that the successful candidate will possess:
* Demonstrated experience in numerical analysis, scientific computing, partial differential equations,…