Mechanical Engineer - GavinHeath
Greenwood Village, CO 80111
About the Job
Mechanical Engineer
GavinHeath is partnering with a client in Greenwood Village, CO looking to add an Mechanical Engineer to their team. The role is a Direct Hire position.
Responsibilities :
GavinHeath is partnering with a client in Greenwood Village, CO looking to add an Mechanical Engineer to their team. The role is a Direct Hire position.
Responsibilities :
- Designs, develops, and tests all aspects of mechanical components, equipment, and machinery.
- Applies knowledge of engineering principles to design products such as engines, instruments, controls, robots, machines, etc.
- May be involved in fabrication, operation, application, installation, and/or repair of mechanical products.
- Familiar with a variety of the field concepts, practices, and procedures.
- Relies on extensive experience and judgment to plan and accomplish goals.
- Performs a variety of tasks.
- May lead and direct the work of others.
- A wide degree of creativity and latitude is expected.
- Typically reports to a manager or head of a unit/department.
- Design and implement robust solutions for gas turbine combustion and fuel systems.
- Lead development programs and serve as team member for programs identified in annual- and long range-plans to expand the solutions portfolio of our client.
- Execute programs to improve the reliability of the combustion and other subsystems to meet and exceed customer expectations.
- Provide support to the Customer Service Organization to immediately address field issues.
- Adapt product designs to maximize customer value.
- Work with suppliers to identify and capture cost saving opportunities.
- Design new products to achieve all performance requirements while minimizing part piece cost and leverage existing IR designs.
- Product acceptance and compliance with required internal and external standards for safety, reliability, and performance.
- Incumbent responsible for gas turbine fuel system and other microturbine options development.
- Responsible for hardware specification to enable microturbine use on different fuels (fuel types, fuel pressures, fuel blending, fuel changes over time).
- Engineering of fuel metering option kits.
- Responsible for fuel compression hardware (motor calculations, lifing, oil separation, oil cooling)
- Responsible for coordinating, qualifying, and testing ignition hardware.
- Responsible for cost reduction activities as directed through the Value Analysis Value Engineering (VAVE) manager.
- Work with vendors to identify optimal solutions for low cost and safety.
- Minimum of a Bachelor of Science in Mechanical Engineering
- 2-10 years minimum experience mechanical engineering field. Prefer experience is gas and petroleum engineering field or gas turbines.
- Able to handle multiple assignments in a multi-team, matrixed environment.
- Understanding of practical design of combustors to achieve objectives in emissions, flame stability, ignition, durability, and low cost.
- Understanding of different types of gaseous fuels desirable.
- Knowledge of industrial gas turbine operation, including fuel treatment desirable.
- Knowledge of engine testing, including instrumentation, emissions measurement required.
- Candidate should have experience with fabrication techniques typical of combustion hardware.
- Candidate should have familiarity with national and local emissions regulations and apply these requirements to product development.
- Familiarity with computational fluid design, computer aided design, and finite element analysis desired.
- The candidate should have strong mechanical and aerodynamic engineering fundamentals.
- The candidate should have excellent writing, presentation, and documentation skills.
- Knowledge of low emissions combustion and recuperated cycles a plus.
- Must be able and willing to learn and apply the latest technology in new product development and improvements of current products.
- Understanding of gas compression, transmission, and control. Analyze applications with respect to fuel flow, gas properties, fuel gas temperatures, pressures, compressor power, safety, and reliability.
- Reduce part cost. Work with casting vendors to identify low-cost options. Familiar with common metals and superalloy manufacturing practices desirable.
Source : GavinHeath