Principal Shock and Structural Engineer specializing in shock and vibration analysis for naval power systems. Designing for mechanical shock survivability and vibration response of rotating equipment with DRS Navy projects.
Responsibilities
Work independently or collaboratively as part of an integrated project team
Act as a SME and mentor to more junior colleagues
Execute shock analysis on large assemblies, including Static Analysis, Transient Dynamic Analysis, Shock Spectra Response Analysis, and more
Breakdown complicated technical challenges and find innovative solutions
Document and communicate technical and programmatic information to various stakeholders
Regular customer interaction to represent DRS confidently
Review, analyze, and status project milestones
Requirements
Bachelor of Science degree from a 4-year accredited college or university in Mechanical Engineering or other suitable degree
Minimum of 8 years of experience in evaluating stresses, deflections and relative deflections of turbo machinery assemblies, large rotating machinery assemblies (e.g., motors and or generators) and type components such as rotors, stators, turbine casings, and bases
Expert knowledge of MIL-S-901D IC2, MIL-DTL-901
Familiarity with shock and vibration testing and experience working with various shock and vibration testing facilities
Expert experience with the ANSYS Mechanical (Workbench) finite element analysis (FEA) software
Demonstrated excellence applying fundamentals of mechanical design, including material selection
Proven experience individually driving the product development cycle from concept to qualified / fielded systems
Experience with system-level thinking and system engineering principles/methods
Experience with the design and analysis of large welded fabrications and complex rotating assemblies
You must be a US citizen and be able to pass screening for a security clearance
Benefits
Comprehensive health insurance (medical, dental, vision)
Employer matching 401(k) retirement plan
Paid time off including vacation, holidays, and sick leave
Parental leave benefits
Tuition reimbursement
Professional development support
Life and disability insurance coverage
Competitive salaries
Company contribution to a health savings account
Telemedicine
Legal insurance
401(k) savings plan
Wellness programs focusing on physical, emotional, and financial well-being
Mechanical Engineer designing products for precast concrete infrastructure. Collaborating with teams to improve product standards and performance in a global organization.
Thermal Solutions Development Engineer collaborating with teams to drive thermal solution innovation for NVIDIA's next - gen products. Focusing on AI - enabled processes and cross - functional partnerships for product delivery.
Senior Mechanical Engineer in Stantec’s Buildings practice, leading mechanical building systems projects. Collaborating with teams to deliver high - quality and sustainable designs in a hybrid work environment.
Mechanical Engineer focusing on system design for advanced battery technology at ESS. Collaborating on product development to optimize performance and efficiency.
Structural Engineer designing wood and cold - form steel structures with a focus on BIM software. Collaborating with a specialized team to deliver design solutions for complex construction projects.
Senior Design Engineer at Stryker collaborating in product design for neurovascular technologies. Engaging with cross - functional teams to enhance patient outcomes through innovative engineering solutions.
Mechanical Systems Integration Engineer responsible for physical integration for construction machinery. Collaborating with cross - functional teams to develop reliable mechanical designs for real - world environments.
Mechanical Engineer responsible for designing, analyzing, and developing pressure - containing equipment. Collaborating with sales and manufacturing teams while ensuring compliance with relevant standards.
Structural Design Engineer designing and testing primary and secondary structures for New Glenn launch vehicle. Involves collaboration with manufacturing teams and responsibility for full design lifecycle.
Thermal Hardware Design Engineer III developing components for lunar landers and thermal control systems. Collaborating with engineers on innovative solutions for safe human spaceflight in fast - paced environment.