Levente Bicskei Email & Phone Number

Geneva, Switzerland

• Led comprehensive thermal and cooling CFD studies for the UX15 ATLAS Cavern.• Conducted detailed CO₂ cooling system leakage analysis for the ATLAS detector, supporting the ATLASDetector Operation Team’s safety assessments and decision-making.• Supported Project Engineering by gathering and creating user requirements documents, collecting and reviewingP&IDs based on onsite visit with technician and collected information.• Performed multiple thermal studies to support evaluations of the USA15 rack room ventilation system.• Managed various additional CFD tasks, providing insights into thermal performance and system improvements.

Hungary

• Led development projects for the thermal design of aerospace products, ensuring compliance with aviation standards and presenting cooling design feasibility studies and detailed proposals to management.• Performed feasibility studies and developed cooling system designs in collaboration with cross-functional teams to evaluate and define optimal solutions.• Managed project timelines and workflows, utilizing Microsoft Project, Visio, and Trello, while also coordinating supplier communication as needed to ensure alignment with project objectives.• Performed engineering calculations and detailed CFD simulations using ANSYS Fluent, Motor-CAD, and STARCCM+ to optimize thermal performance in electric propulsion systems.• Defined and documented cooling system requirements, supporting certification processes (EASA CS / FAA part 23/25/27/29) with technical reports, validation data, and certification support documents.• Regularly prepared technical and status reports, directly presenting updates and insights to management to support decision-making.• Supervised the Test Team in verification and compliance testing, including DO-160, DO-178, and DO-254 standards.

Hungary

• Performed feasibility studies and sensitivity analyses to improve electric machine cooling designs, focusing on both active and passive solutions.• Developed and optimized system and sub-system models for electric drive cooling systems using ANSYS Motor-CAD, Amesim, and STARCCM+.• Defined cooling system requirements through collaboration with stakeholders and suppliers, ensuring the alignment of design objectives.• Conducted CFD simulations and prepared feasibility study reports for cooling system designs, presenting findings and recommendations to project teams.• Researched and tested aerospace materials to optimize cooling solutions in high-temperature environments, improving durability and performance.

Hungary

- Designed and Investigated thermal cooling jackets for electric machines (NX, STAR-CCM+)- Optimized the channel type to achieve -30% in pressure drop (STAR-CCM+)- Performed thermal imaging and pressure drop characteristic measurements- Created a parametric multiphysics model of three electric machines using Simcenter Amesim and validated with CFD and thermal tests- Selected a new pump for the cooling circuit, which reduced the weight by 40%

Hungary

- Created value stream mapping (VSM) to define and reduce the commissioning process times (MS Visio)- Reduced the commissioning process time by 30% and almost completely eliminated the waste times

Master Of Science - Ms, Mechanical Engineering

Fluid Mechanics Specialization Thesis: Effect of gravity on the residence time of contrast media in cerebral aneurysms Main Subjects.

Master Of Business Administration - Mba, Business Administration And Management, General

Master'S Degree, Management And Leadership

Specialization in Corporate Management and Organization

Bachelor Of Science (Bsc), Mechanical Engineering

Process Engineering Specialization Thesis: Computational Fluid Dynamics modeling of contrast agent and blood mixing in cerebral aneurysm.