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Principal Mechanical Design Engineer (Shelton, CT)

Shelton, Connecticut

On the R&D team, you’ll join 700 scientists, researchers, clinicians, software developers, data scientists and engineers who work in all phases of the product development lifecycle – including concept, planning, development and validation on new product launches and patents. Together, you’ll build next-generation solutions that contribute to food safety, diagnostic innovations, drug development, big data technologies and more. The future of environmental, human and life sciences is up to you.

  • Full Time
  • Minimal Travel

Success Profile

We have found that the following traits and attributes help lead to a successful future in R&D at PerkinElmer.

  • Adaptable
  • Analytical
  • Collaborative
  • Proactive
  • Problem-Solver
  • Innovative

Employee Quote

There is a deep mutual respect for each other’s skills and contributions. Whether it’s taking on a new process skill or a new software skill, we are always moving forward so you never get bored – that’s what makes it exciting even after 30 years.

Jay Ives, Sr. Manager, Spectroscopy R&D

Responsibilities

Location(s) Shelton, Connecticut Status Open Term Job ID REQ-053479

This principal engineer position will be a lead role within the Mechanical Engineering team. They will be a key contributor in the new product design process for ICP-OES instrumentation. Candidate should be self-driven and comfortable working with multiple disciplines and outside suppliers. This engineer will embrace full ownership of their designs from the conceptual state through the detailed design, validation and through to production.

Responsibilities

  • Key member of the project team in defining the system requirements, architecture, and engineering design of a new product with full understanding of how it benefits the customer.
  • Act as optical subject matter expert for new spectrometer development and active products.
  • Must provide performance, effort, and cost estimates at multiple stages of the project.
  • Own the development of the assigned subsystem. Tasks include work with multi-disciplinary team to ensure design meets requirements, performing design reviews for stakeholders, ensuring proper material selection, maintaining BOM structure, and meeting cost targets.
  • Design, tolerance and ensure function of high precision mechanisms to micron level specifications.
  • Work with external vendors and internal resources to develop working prototypes of new products and verify that these prototypes meet the system requirements.
  • Assemble and test prototypes to gain input for design for manufacturing improvements.
  • Identify root cause of issues and provide targeted solutions while weighing cost, complexity, and implementation.
  • Work with manufacturing and suppliers to bring product designs from the engineering prototype phase to products release.
  • Research new processes and technologies as a method of developing more cost effective and higher functioning instruments.
  • Address quality or value engineering issues on current shipping products.

Basic Qualifications

  • B.S. Mechanical Engineering degree.
  • Minimum of 10+ years of design experience in new product development spanning concept, design, and production phases.
  • Experience with optics as components in spectroscopy or microscopes. Expertise should include fixture & mount design, interpreting design data transferred from optics designers, use of testing and detection tools, and coating & optical specifications.
  • High level of drive to attain results, complete tasks, and think toward next steps.
  • Self-initiates courses of action and self corrects as necessary to obtain desired timeline and results.
  • Good hands-on skills with an understanding of hand tools, small power tools, measurement devices.
  • Highly skilled with SolidWorks or similar software for parametric designs in 3D modeling and 2D drawings.
  • A good grasp of the implementation of Geometric Dimensioning & Tolerancing
  • Experience in tolerance analysis of assemblies and components.
  • Demonstrated knowledge of sheet metal fabrication, die casting, plastic injection molding, and machining processes.
  • Effective communication skills for design reviews, reports, emails, system requirements, etc.
  • Cooperative attitude for interfacing with a multi-discipline, multi-site project team.

Preferred Characteristics

  • Experience with thermal and structural analysis capabilities desired.  
  • Advanced engineering degree a plus.
  • Willingness to travel on occasion.

The annual compensation range for this full-time position is $115,000  to $140,000. The final base pay offered to the successful candidate will be determined by factors including internal equity, work location, as well as individual qualifications, such as job-related skills, experience, and relevant education or training.

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PerkinElmer is committed to creating a diverse environment and is proud to be an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, gender, gender identity or expression, sexual orientation, national origin, genetics, disability status, age, or veteran status or any other characteristics protected by applicable law. PerkinElmer is committed to a culturally diverse workforce.

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