Geram Hunanyan, PhD

Optical System Design and Implementation: Demonstrated expertise in designing and implementing complex optical systems, including laser systems and experimental setups for ultracold atom experiments Impact: Essential for providing expert technical support and contributing to the development of optical space instrumentation at HE Space

Resilience and Problem-Solving: Proven ability to overcome challenges and rebuild experimental setups from scratch, showcasing resilience and effective problem-solving skills Impact: Enables adaptation to unforeseen circumstances and ensures continuity in project execution, contributing to the advancement of space frontiers

Experimental Expertise in Ultracold Atom Physics: Extensive experience in experimental quantum optics, including manipulation of ultracold atoms using magnetic fields, microwave antennas, and optical traps Impact: Provides specialized knowledge crucial for defining and reviewing optical system engineering aspects and contributing to project reviews at HE Space

Simulation and Numerical Analysis: Proficiency in using Zemax OpticStudio for optical simulations and Python for numerical analysis, facilitating accurate modeling and analysis of optical systems Impact: Enables the development of mathematical models and simulations for optimizing optical instruments, leading to performance improvements and cost-effective solutions

Collaboration and Teamwork: Strong collaboration skills demonstrated through collaborative projects with colleagues and international collaborators, fostering effective teamwork and communication Impact: Facilitates collaboration with multidisciplinary teams at HE Space, contributing to project success and innovation in optical engineering and instrumentation development