Two vacancies

About Us

OTI Lumionics is developing advanced materials—by design—using quantum simulations, machine learning and real-world testing in pilot production. We are currently focused on key enabling materials for OLED displays that will be used in next-generation consumer electronics and automotive. Our advanced electrode materials, and associated manufacturing technology, are being used to build transparent displays and lighting. We work closely with our partners and customers to design new materials that are mass-production ready. Using our computational Materials Discovery Platform, we are able to rapidly iterate new materials, allowing fast turn around time to meet our customers’ needs.

Workplace Type

Hybrid

Primary Responsibilities

·Develop new approaches to quantum chemistry on quantum computers/annealers

·Implement the proposed ideas in any of high-performance computer languages: Fortran, C++, Julia, Matlab/Octave, etc

·Be able to read code written in Python

·Communicate ideas in form of discussions as well as scientific papers

·Development of C++ version of IQCC

·Extend IQCC to solid state systems

·Perform quantum chemistry calculations using GAMESS, Quantum Espresso, and Terachem

·Parallelization of the code using MPI

·Providing reports on the benchmarking

·Keeping the documentation update

·Performs all tasks in accordance with established Safe Work Practices and Standard, Operating Procedures

Profile

·Post-Secondary Degree in Science/Engineering or equivalent combination of education and experience (PhD preferred); Higher education will be considered an asset; Experience with Openmpi and CUDA will be considered an asset

Required Skills

·Fortran, C/C++, Julia, Matlab/Octave

·Python

·Knowledge in GAMESS, Firefly, Quantum Espresso and other modern quantum chemistry software

·Knowledge of quantum chemistry (Hartree-Fock and DFT methods)

·Good knowledge of solid state physics, knowledge of quantum algorithms