Overview
The Lead Model Design Engineer will be responsible for the design and development of scale models for aerodynamic testing and analysis in a scale model wind tunnel facility. The engineer will use design expertise and project management abilities rooted in solid engineering principles and be capable of working independently with direction from the client's manager or aerodynamicist.
Job Responsibilities
Completes mechanical and aerodynamic designs for wind tunnel scale models
Creates new mechanical and aerodynamic designs under the direction of the aerodynamicist to a good accuracy and attention to detail levels
Ability to work efficiently and effectively within tight timelines
Ability to perform complex troubleshooting and resolve any design and manufacturing issues
Creates comprehensive documentation of new designs and design modifications for tests
Maintains current fleet of wind tunnel scale models and implements updates as required
Tracks project schedules to ensure adherence to timelines
Schedules, develops agendas for, facilitates and documents project meetings
Facilitates project flow involving regular contact with other staff members
Supports purchasing with sourcing suggestions, different manufacturing methods, part substitution evaluations, Vendor evaluations, etc.
Minimum Qualifications
Bachelor's Degree in Aerospace or Mechanical Engineering and minimum of one (1) year of engineering experience.
Preferred Qualifications
Strong background and prior experience in automotive aerodynamics
Experience in wind tunnel scale model CAD design and 3D modeling/surfacing
Experience with racing or race teams
Training in Automotive Styling or Industrial Design strongly preferred
Creative, analytical thinker with attention for detail
Ability to create innovative design solutions
Strong verbal and written communication skills
Excellent time management, planning, communication, and organizational skills
Self-starter with the ability to work as part of a team in a fast paced environment with minimum supervision
Essential Functions
Physical Requirements
Lifting less than 50 lbs, 25%
Slip resistant hardened toe shoes, safety glasses, hearing protection in designated areas, 100%
Sitting (75%), Standing (50%), Bending (25%), Stooping (35%)
Exposure to high noise areas possible in test facility, 25%
Work Environment
Inside, office environment, test lab, 100%
Exposure to test equipment, 25%
May require occasional local travel, 25%
Equipment and Machines
Computers, fax machines, copiers, telephones, 100%
Occasional use of hand tools, 25%
Criticality of Attendance
Regularly Monday-Friday 7:00 am to 4:00 pm. Must be flexible with available time to cover off-shift and weekend testing, 100%
Day shift
Regular attendance and punctuality are critical, 100%
Work hours are normally 8 hours per day and 5 days per week, Monday-Friday. Regular attendance of scheduled hours is extremely important, but not critical, except for deadlines and meetings. Punctuality and regular attendance are necessary to meet deadlines. Must exhibit flexibility of work hours to adjust to surge situations based on critical mission requirements.
Other essential functions
Must complete and pass a pre-employment drug screen, health performance evaluation, and background check.
Must demonstrate professional behavior at all times when dealing with customers, management and co-workers. Must have clear, concise and accurate communications skills in English, both verbal and written. Grooming and dress must be appropriate for the position and must not impose a safety risk to employees or others. Must maintain a positive work atmosphere by behaving and communicating in a professional manner. Independent personal transportation to office or work site is required. Travel to and from customer's locations and the test fields may be required to support projects. This may involve airline travel. In some cases, accommodations can possibly be made for POV, if necessary. When operating any vehicle for work purposes, must wear seat belt and in addition, no cellular devices are to be used when vehicle is in motion.