Project Engineer - Emerson Group
Pennsauken, NJ 08110
About the Job
Our client, a leader in the IR heating process marketplace, servicing customers in consumer goods manufacturing, is hiring a Project Engineer to join their innovative team in Pennsauken, NJ. This is an exciting opportunity for a mechanical engineer with some electrical knowledge. See the job description below:
Primary Duties Include:
• Manage entire assigned project from purchase order to start-up.Primary Duties Include:
• Ensure projects develop as scheduled to meet or improve upon required ship dates.
• Review scheduling and priority of current jobs.
• Correspond with customers that call in with engineering/design questions.
• Complete installation manuals.
• Attend internal and external design review meetings.
• Work with supervisors of engineering/manufacturing to monitor labor and material costs - identify areas where reductions can be made without compromising quality.
• Prepare proposal drawings for sales department, provide input on sales quotes.
• Maintain open communication between sales and engineering – customer is sold a system that can realistically be designed and manufactured, customer receives system they were sold.
• Maintain open communication between engineering and manufacturing –designs are easily assembled, all parts arrive for timely delivery, designs improved through experience.
• Perform customer service visits if scheduling conflicts dictate.
• Wire and test control panels.
• Assist in shop when necessary.
• ISO standards to be followed
• Other duties as assigned
Experience Required:
- 3 – 5 years Engineering
- AutoCad – preferably 3D
- Combustion Experience preferred
- Electrical Experience preferred
Education Required:
- BS (any engineering discipline)
Travel Requirements:
- 20% travel both domestic and international
- Must either possess a passport or be able to immediately obtain one.
- Must possess a valid, non-restricted driver's license.
Job includes the following physical labor:
- Sitting majority of time
- Fitting into tight spaces due to where the machines are located when in field
Source : Emerson Group
