Sunday, August 25, 2013

Chicago Area Principal Engineer - Medical Device Design Control

Hi! I have a principal engineer - medical device design control position available with a great client! Pleas read below for more information and if interested, contact me at lisa@180.us.com or 877-977-0377, ext. 312!

Lake Forest, IL

Permanent Position

Description for Principal Engineer – Device Design Control:  Seeking a Principal Engineer to be responsible for ensuring the Design Control process is compliant with FDA and global regulations and that the requirements of these regulations are appropriately translated into company procedures and applied to directly to product development to avoid FDA and global findings.

Responsibilities for Principal Engineer – Device Design Control:

Lead Development of Design Controls process & accountable for successful project completion.

Plans and directs major technical phases of projects. Provides technical direction and coordinates team efforts. May be responsible for directing assigned engineering and support staff.

Represents business unit on projects. Routinely provides analysis and advice to senior business unit management.

May be responsible for training/mentoring less-experienced exempt and non-exempt personnel in area of expertise. Responsible for the performance evaluations of all reports.  Resolves complex problems within teams, departments, projects, programs and cross-functionally.  Manages activities of reports to achieve goals consistent with area, department, R&D and business unit objectives.

Applies advanced theories and concepts.  Optimizes solutions from a systems point of view by taking into account the effect of any change on other parts of the systems and supporting functions.

Designs/modifies complex systems. Designs/modifies complex/ high-level systems architecture requiring multidisciplinary expertise or in-depth knowledge in a single discipline; defines parameters and boundaries for lower level design activities. Establishes error budgets for key aspects of system performance.

Integrates multiple project plans. Establishes and reviews complex plans for multiple activities/projects or plans highly complex personal projects; monitors and takes corrective action for processes and systems.

Identifies, creates and leads new methods for verification and validation.

Suggests/applies novel ideas/solutions to customer needs both inside and outside of organization. Suggests/applies recognized leading technologies to project teams.

Exchanges information with appropriate frequency and within a time frame to maximize its utility and promote cross-functional collaboration.  Delivers communications tailored to the needs of the receiver (managers, peers, customers). Conveys information clearly and effectively through both formal and informal documents; reviews and edits written work constructively. Defines purpose and objectives; prepares and delivers clear, smooth presentations; carries self well in front of a group; keeps to time frame; can effectively field questions.

Requirements for Principal Engineer – Device Design Control:

  • 10+ years experience in Design and Development with demonstrated experience in the development of electro-mechanical systems design, consumables products or drug/device combination products.
  • Expert knowledge of FDA 21CFR820; in particular 820.30, Good Manufacturing Practices (GMP), and ISO 13485 and ISO 14971.
  • Demonstrated expertise in requirements management, configurations management, defect tracking, and associated tools.
  • Advanced experience with establishing departmental or program objectives following company policies and establishing
    procedures that are measureable with outcomes that can be quantified.
  • Advanced experience with complex, cross-functional development projects
  • Strong ability to converse technically with mechanical, electronic, software, clinical, regulatory, and quality engineering disciplines.
  • CSQE, CQE, CQA or other ASQ certification preferred.

Expert knowledge required in the following areas:

  • Design and Development Planning
  • Design Input & Output
  • Design Review
  • Design Verification & Validation
  • Design Transfer
  • Design Changes
  • Design History File
  • Risk Management

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