As an Advanced Project Engineer here at Honeywell supporting the Sheet
Manufacturing market, you will play a critical role in executing advanced
engineering projects. You will be responsible for validating project scope,
objectives, and technical deliverables in collaboration with cross-functional
teams. You will develop and implement project work plans, including timelines,
and resource assignments, and you will ensure efficient project execution and
successful delivery. Your expertise in project management and technical
engineering will contribute to the overall success of our projects.
The market you will be serving includes Pulp & Paper, Lithium-ion Battery,
aluminum, rubber, plastic films, and OEMs making products where a continuous
sheet is produced. The projects will be delivered using Distributed Control
Systems (DCS), Quality Control Systems (QCS), Web inspection and Continuous Web
Solutions (CWS) product lines as applicable
You will report directly to our Lead Project Engineer, and you’ll work out of
our Duluth, GA location on a remote work schedule.
In this role, you will have a significant impact on the success of our advanced
engineering projects. You will be responsible for coordinating and communicating
with stakeholders, managing project risks and issues, and driving continuous
improvement initiatives to enhance project management processes and practices.
Honeywell Technologies is a global, pure-play automation company with a legacy
of innovating to help solve the world’s most mission-critical challenges,
enhancing the quality of life for people and communities around the world. We
serve the building, industrial and process sectors with a broad portfolio of
services, solutions and products, underpinned by our Honeywell Technologies
Accelerator operating system and Honeywell Technologies Forge intelligence
layer. By combining the deep domain expertise of our more than 50,000 employees
with decades of data from our global installed base, we are uniquely positioned
to lead the industrial sector’s transition from automation to autonomy.