Technical Project Manager

Technical Project Manager

Roles and Responsibilities
" Support the TSE Team in the design of hardware needed to support engine testing, ranging from simple components to entire new test support systems.
" Create designs supporting our customer requirements or act as an advisor to external design companies, guiding them on GE Aerospace specifications and best practices. Oversee and guide the manufacturing of designed components to ensure they meet requirements.
" Assist the TSE team in design tasks, ensuring that all projects comply with GE Aerospace Design Practices to drive and improve quality and safety.
" Project Manager the status, timeline and requirements of equipment within the whole project scope
" Engage in communication with internal stakeholders including our colleagues from Italy, Germany and US.
" Coordinate and oversee current project schedules, improve and update project tracking visual management, and perform project management tasks, covering the entire process of design change approvals.
" Present accurate project deliverables to stakeholders, escalating issues and proposing solutions to meet customer requirements.
" Analyze and interpret design data and effectively communicate and explain the findings.
" Participate as a presenter or reviewer in technical and program reviews.
" Assure proper documentation of technical data generated for the assigned projects and/or tasks consistent with engineering policies and procedures.
Required Qualifications
Advanced experience in mechanical design with proficiency in 3D modelling ( we are using Siemens NX and ANSYS)
Ability to conduct analysis, including analytical bolt assessments, hand calculations, stack-ups, welded joints and consideration of tolerances within the design.
Project management skills, including coordination with stakeholders and suppliers.
Proficiency in English; knowledge of Czech is advantageous but not required.
Ability to work independently and seek advice when needed.
Desired Characteristics
Experience with structural mechanics and free body diagrams.
Proficiency in stress analysis (Finite Element Modelling) using ANSYS, including LCF (Low Cycle Fatigue) and HCF (High Cycle Fatigue).
Experience in dynamic assessments, including rotor dynamics and Campbell diagrams.