Technical contribution to moderately sized projects or processes in accordance to the engineering V-model (definition-, implementation- & verification-phase), including schedule ownership and cost responsibilities
Development, construction and design of electromechanical components and equipment
Support and perform mechanical, magnetic and thermal analysis and simulations
Itemization and creation of drawings and parts lists
Requirements
Master’s degree in mechanical engineering
Nice to have: Knowledge in application of REACh and RoHS requirements
Nice to have: Knowledge of PPS system SAP
Nice to have: Knowledge of Collins RLPM management process
Develops Natural Gas and Hydrogen Fuel equipment for heavy-duty gas turbines, focusing on NPI process, customization, and technical support for power plant hardware.
Compensation
For candidates applying to a U.S. based position, the pay range for this position is between $98,400.00 and $164,000.00. The Company pays a geographic differential of 110%, 120% or 130% of salary in certain areas.
Responsibilities
Engage in challenging Hydrogen Fuel and Decarbonization design projects.
Develop new and innovative equipment designs to support emerging business needs and market demands.
Customize existing equipment designs to meet project specific contractual requirements and location specific codes and standards.
Work with GE Power Customer Service Engineering, field personnel, and customers to conduct root cause analysis and execute corrective action for reliability, quality, or performance issues.
Collaborate with internal engineering teams, manufacturing personnel, and external suppliers to create cohesive design strategies.
Lead the mechanical engineering department, overseeing design, analysis, and delivery of the IOD2 satellite platform.
Responsibilities
Lead, organize, and develop the team; assign responsibilities, delegate clearly, provide feedback, and support the team through monitoring, training, and performance evaluations.
Plan capacity, resources, and workload across projects; agree on priorities and deadlines, anticipate dependencies, and manage deviations with specific action plans.
Assume ultimate responsibility for the department’s deliverables: ensure that committed milestones are met on time and in the proper manner, with technical quality, traceability, and risk visibility.
Represent the Mechanical Engineering department in dealings with Systems, Electronics, Propulsion, AIT, and project management; align requirements, interfaces, deliverables, and acceptance criteria.
Lead the high-level mechanical definition: configuration, structure, materials, joints, integration, and trade-offs between mass, stiffness, thermal behavior, cost, and schedule.
Requirements
Bachelor's or equivalent in Mechanical, Industrial, or Aerospace Engineering
Maintain and oversee production equipment, troubleshoot issues, perform preventive maintenance, and support continuous improvement in a manufacturing plant.
Responsibilities
Maintain and oversee equipment including production machines and tools
Troubleshoot day-to-day production issues
Perform routine maintenance within and around the facility
Plan and perform preventative scheduled maintenance
Design, analyze, integrate, and improve Starship’s reentry heatshield hardware.
Responsibilities
Integrate and test heat shield hardware on assembled ships
Evaluate flown ships and coordinate repair and replacement of heat shield tiles and related hardware
Drive design solutions as needed to get to a fully reusable heat shield
Work closely with production team
Work hands on with hardware
Requirements
Bachelor’s degree in material science, mechanical engineering, materials engineering, or aerospace engineering
Nice to have: 3+ years hands on build and test experience with thermal protection, structural, or mechanical systems
Nice to have: strong fundamentals in the materials and mechanisms by which thermal protection systems operate
Nice to have: experience with hardware that has had to perform in challenging thermal environments such as rockets, reentry vehicles or other extreme temperature applications
Nice to have: ability to manage multiple complex projects in parallel