Celtic Engineering, Inc., a leader in mechanical / machine-design and specialty engineering within the entertainment, industrial, and aerospace industries, seeks a Senior Mechanical Engineer for our Windermere, FL office.
A successful candidate will be a self-motivated currently active licensed professional engineer (PE) in the State of Florida who will lead technical scopes of a project with minimal supervision, executing responsibility for the detailed analysis and/or engineering creative design of mechanical components and systems associated with machine equipment and unique structures. Candidates without a PE will be considered with strong preference given to the ability to obtain PE licensure in Florida within 12-18 months of hire date.
As a seasoned Senior Mechanical Engineer, you will oversee the planning and execution of complex engineering projects while nurturing your project and team leadership skills, and enhancing the abilities of engineers working with you. You will also have the option to grow further as a technical expert or into Project Leadership.
Who is Celtic Engineering?
For nearly 20 years, Celtic Engineering, Inc. has stood as a pioneering force in engineering innovation and global recognition. We specialize in structural and mechanical engineering for the Entertainment/Hospitality Industry, boasting recognition as one of The Florida Business Journal's Fast 100 companies in 2015. Our team includes creative thinkers skilled at solving technical challenges, performing in-depth detailed analyses, and designing innovative architecture.
We are proud of our landmark structures, simulators, showsets and show action equipment, roller coasters, and unique, intricate projects worldwide. Our mechanical analysts team excels at a wide variety of analyses to support many different designs including RBD, MBD, FEA (static and transient), vibrations and fatigue, CFD, and CHT.
Your Contributions to Our Team:
- Lead the detailed analysis and/or design of mechanical components and systems. Plan work flow and manage the execution of the engineering work
- Determine codes, loads, analysis methods and engineering tools appropriate
- Lead and encourage creative formulation of designs, evaluation of alternatives
- Evaluation of and specification of actuation systems
- Leverage your comprehensive design and analytical experience with different mechanisms, actuation systems, analysis methods and tools, design and analysis of dynamic structures, vibrations, and fatigue
- Mentor junior engineers working under your direction
- Proactively plan and execute work with increasing levels of engineering responsibility, may serve as EOR for the project
- Demonstrate engineering creativity, flexibility, and adaptability to satisfy the client, the creative intent, and the engineer's obligation to the public
- Lead through your proficiency the hazard analysis, & failure modes and effects analysis
- Supervise the production of mechanical fabrication and assembly drawing packages. Emphasize design for manufacturing and assembly (DFMA), and Tolerancing
- Oversee and guide engineering analysis and calculations including industry-leading high-fidelity analysis
- Manage and guide industry standard hazard analysis and failure modes and affects analysis
- Lead manufacturing, installation, and testing supervision
- Champion thorough checking and QAQC of work under your direction
What Contributions Do You Bring with You?
- Bachelor of Science in Mechanical Engineering (required)
- Graduate degree with emphasis in Mechanical Engineering is preferred but not required
- Eight years minimum experience working with the analysis and design of mechanisms and mechanical systems
- Working or proficient knowledge Solid Works and/or Ansys
- Five years minimum working knowledge with Solid Works in the creation of 3D models and drawing packages. PDM system experience preferred
- Excellent problem-solving skills, interpersonal skills, and communication abilities
- Professional Engineer (PE) License in a US state (preferred, not required)
- Robust familiarity with machine-style manufacturing, assembly, and installation drawings, including weldments and tolerancing, fabrication and assembly methods
- Working knowledge to proficiency with hazard analysis, & failure modes and effects analysis