Mechanical Engineer

Mechanical Engineer

At Credence, we support our clients' mission-critical needs, powered by technology. We provide cutting-edge solutions, including AI/ML, enterprise modernization, and advanced intelligence capabilities, to the largest defense and health federal organizations. Through partnership and trust, we increase mission success for warfighters and secure our nation for a better future.

We are privately held, are repeatedly recognized as a top place to work, and have been on the Inc. 5000 Fastest Growing Private Companies list for the last 12 years. We practice servant leadership and believe that by focusing on the success of our clients, team members, and partners, we all achieve greater success.

Credence has an immediate need for a Mechanical Engineer at the senior level supporting our Fixed Wing Branch at Crestview, FL. The Fixed Wing Branch provides cradle-to-grave acquisition, modification, and sustainment support for all SOF C-130 variant weapon systems and subsystems supporting five USAF Major Commands. The Lead Command for most of the activities is Air Force Special Operations Command, which falls under the unified command of United States Special Operations Command.

The Fixed Wing Branch also supports Air Combat Command, Air Education and Training Command, Air Force Reserve Command, and Air National Guard.

Responsibilities include but are not limited to the duties listed below:

• Provide highly technical expertise and guidance in solving complex engineering problems related to military aircraft hydraulic, pneumatic, mechanical systems, flight controls, mass properties, and structural systems.
• Perform all phases of hardware design, development, integration, implementation, and analysis.
• Plan and conduct engineering feasibility studies for design improvements, modifications, and implementation of advanced technologies.
• Develop standards and guidelines for engineering tasks, including the generation of Tailored Airworthiness Certification Criteria or modification of criteria in the Modified Airworthiness Certification Criteria.
• Develop structural and corrosion repairs.
• Participate in hardware evaluations and assist the Government in developing standards and guidelines for tasks being performed.
• Support engineering tasks including investigations and analysis, tradeoff studies, quality evaluations, deficiency reports, and field and depot assistance requests.
• Participate in Technical Interchange Meetings, Preliminary Design Reviews, Critical Design Reviews, Physical Configuration Audits, Functional Configuration Audits, First Article Tests, and Configuration Change Boards for Airworthiness.
• Develop, test, and evaluate theoretical designs.
• Discuss and solve complex problems with manufacturing departments, subcontractors, suppliers, and customers.
• Ensure products can be produced reliably with consistent performance in specified operating environments.
• Manage projects using engineering principles and techniques.
• Plan and design new production processes; produce detailed specifications and outline designs; and recommend modifications following prototype test results.
• Use research, analytical, conceptual, and planning skills, including mathematical modeling and computer-aided design.
• Consider the implications of cost, safety, and time constraints.
• Work with other professionals within and outside the engineering specialty.
• Analyze progress of program efforts on assigned projects and technical tasks; identify and scope problems; provide recommendations; evaluate results of implemented solutions; and implement technical policies and procedures affecting resources and programs.
• Support required processes to acquire and sustain aircraft, including the Operational Safety, Suitability, and Effectiveness program, Mechanical Equipment and Subsystem Integrity Program, Avionics Integrity Program, Aircraft Structural Integrity Program, and Corrosion Prevention and Control Program.
• Advise and assist with the design and implementation of cost-effective equipment modifications to improve safety, reliability, and throughput.
• Evaluate the weapon system contractor's design and assess whether miss ionized aircraft will meet…