Packaging Engineer designs product packaging to ensure product integrity and appeal under varying shipping and display conditions. Tests, analyzes, and selects materials for packaging based on durability and cost effectiveness. Being a Packaging Engineer helps ensure packaging complies with all regulations. May require a bachelor's degree. Additionally, Packaging Engineer typically reports to a supervisor or manager. The Packaging Engineer works on projects/matters of limited complexity in a support role. Work is closely managed. To be a Packaging Engineer typically requires 0-2 years of related experience. (Copyright 2024 Salary.com)
Your Impact:
At Jacobs, we'll inspire and empower you to deliver your best work so you can evolve, grow and succeed – today and into tomorrow. With more than 55,000 people in 40 countries, working at Jacobs offers an exciting range of opportunities to develop your career within a supportive and diverse team who always strive to do the right thing for our people, clients and communities. People are Jacobs’ greatest asset and we offer a competitive package to attract and retain the best talent.
The Special Projects Division in the Rapid Solutions group of Jacobs operates like a small company with the benefits of Jacobs resources and currently has several exciting opportunities available for the right candidates. The Mechanical Engineering team is looking for an enthusiastic, highly motivated, and hardworking individual that takes ownership of their work, thrives on the opportunity to take on challenges, and takes pride in their accomplishments. A Sr Electronics Packaging Engineer in the Special Projects division applies their engineering knowledge in the areas of 3D CAD design, GD&T, heat transfer, design for manufacturability, structural mechanics, composite materials, radome design, material properties, and other engineering design principles to various electronics packaging projects serving the Intelligence community. The designed packages and/or microelectronic systems must function in harsh environments produced by airplanes, ships, and automobiles in locations around the globe. In conjunction, they must withstand temperature extremes, thermal shock, vibration, structural shock, moisture, and corrosion.
Here’s what you’ll need: