The National Robotics Engineering Center is seeking a dynamic mechanical engineer to contribute to the design of groundbreaking robotics systems. The candidate will contribute to robot design, fabrication, assembly, and testing with a solid application of mechanical engineering principles and practice. As an institution working on robotics systems, a successful candidate will keep an open mind to problem solving and reaching solutions with an interdisciplinary team. Candidates should be eager to immerse themselves in challenges and be willing to learn and apply new domain specific knowledge.

Your primary responsibilities are to:

• Perform research, design, develop, and test complex electromechanical systems for robotic applications
• Apply engineering design process from conceptualization to prototype development and validation
• Perform modeling, analysis, and simulation of electromechanical systems
• Develop CAD models and drawings of electromechanical assemblies and systems
• Perform light fabrication, subsystem assembly, and integration of subsystems
• Formulate and perform electromechanical system tests
• Document analyses, design, and build test reports
• Travel to support field experiments and off-site test programs
• Interact with and present to customers and work with subcontractors and vendors of technology
• Other duties as assigned

Required Qualifications:

• Bachelor’s degree in an engineering or related field, or equivalent experience
• 4+ years of related experience in engineering
• Experience in developing mechanical systems
• Experience leading electromechanical subsystem design
• Effective organizational, planning, and analytical skills
• Independent judgment and problem-solving abilities
• 3D modeling experience (SolidWorks preferred)

Desired Qualifications:

• Experience with Finite Element Analysis with ANSYS and/or SolidWorks Simulation
• Experience with manufacturing using modern methods including CNC mill and lathe, laser cutters, and 3D printers
• Experience specifying/selecting electrical components (motors, sensors, etc) for robotic systems
• Knowledge of electrical circuit design
• Experience with programming for prototype development (Python, Arduino, etc.)

Joining the CMU team opens the door to an array of exceptional benefits available to eligible employees.
Those employees who are
benefits eligible
have the opportunity to experience the full spectrum of advantages from
comprehensive medical, prescription, dental, and vision insurance
to an enticing
retirement savings program
offering a generous employer contribution. You can also unlock your potential with
tuition benefits
and take well-deserved breaks with ample
paid time off
and observed
holidays
. Finally, rest easy knowing you are covered by life and accidental death and disability insurance.
Other perks include a free Pittsburgh Regional Transit bus pass, our
Family Concierge Team
to help navigate childcare needs,
fitness center access
, and so much more!
For a comprehensive overview of the benefits that may be awaiting you, explore our
Benefits page
.
At Carnegie Mellon, we value the whole package when extending offers of employment. Beyond just credentials, we consider the role and responsibilities, your invaluable work experience, and the knowledge gained through education and training. We acknowledge and appreciate your unique skills and the diverse perspective you bring. Your journey with us is about more than just a job; it’s about finding the perfect fit for your professional growth and personal aspirations.
Are you interested in an exciting opportunity with an exceptional organization?! Apply today!
Location
Pittsburgh, PA
Job Function
Engineering, Research and Project Scientists
Position Type
Staff – Fixed Term (Fixed Term)
Full Time/Part time
Full time
Pay Basis
Salary

More Information:

• Please visit “

Why Carnegie Mellon
” to learn more about becoming part of an institution inspiring innovations that change the world.
-
Carnegie Mellon University is an Equal Opportunity Employer/Disability/Veteran.

• Perform research, design, develop, and test complex electromechanical systems for robotic applications
• Apply engineering design process from conceptualization to prototype development and validation
• Perform modeling, analysis, and simulation of electromechanical systems
• Develop CAD models and drawings of electromechanical assemblies and systems
• Perform light fabrication, subsystem assembly, and integration of subsystems
• Formulate and perform electromechanical system tests
• Document analyses, design, and build test reports
• Travel to support field experiments and off-site test programs
• Interact with and present to customers and work with subcontractors and vendors of technology
• Other duties as assigne