Hardware Design Engineer

Applied Control Engineering•Newark, DE

20d

About The Position

Hardware Design Engineer Are you looking for a career where you will have an immediate impact and drive projects to a successful completion? Are you motivated to help local manufacturing industries increase their competitive advantage and achieve their energy efficiency goals? Are you looking to join an organization of engineers that is owned and managed by fellow engineers? Applied Control Engineering, Inc. (ACE) provides automation solutions to a diverse set of industries, including chemicals, pharmaceuticals, industrial gases, discrete manufactured products, and more. ACE serves our customers out of nine offices in seven states (Colorado, Connecticut, Delaware, Massachusetts, Maryland, Pennsylvania, and Texas). ACE’s vision is for continued growth to meet the automation challenges of America’s manufacturing industries. Hardware Design Engineers at ACE have opportunities to develop industry leading technical expertise designing control systems for a wide range of industrial applications. ACE is seeking driven, passionate hardware design engineers to join our team. Would you like to join our team? JOB OVERVIEW As a Hardware Design Engineer at ACE, you will join a project team delivering automation projects to customers. Your primary job functions will include: Leading hardware design development for distributed control systems (DCS). Driving projects throughout their entire lifecycle from proposal through delivered system. Acting as a subject matter expert on projects and shaping ACE's design best practices. Developing standards that improve quality, productivity, and consistency. Traveling to customer sites and panel shops for acceptance testing. Mentoring junior design engineers and expanding your own technical depth. The successful applicant will be an effective technical contributor who thrives in a fast paced work setting. Employees at ACE have opportunities for advancement. ACE offers professional development opportunities within all departments of our organization. Employees have opportunities for advancement that include technical leadership, project management, sales, and engineering management. ACE is managed and owned by engineers who have all worked as process control system engineers at ACE.

Requirements

Five (5) years of experience with control system electrical design in manufacturing industries.
Experience designing control panels, PLC/DCS control systems, remote IO, industrial networks, low voltage motor controls, VFDs, e-stop circuitry, and hardware related to industrial control systems.
Proficiency with AutoCAD, AutoCAD Electrical, or similar engineering design packages.
Working understanding of PLC, HMI, SCADA, DCS, and control networking technologies.
Understanding of process control or other manufacturing processes.
Ability to handle a project through its entire lifecycle.
Strong written and oral communication skills that allow you to communicate complicated concepts both internally and externally.
Knowledge of business application software (MS Office package).
Displays a positive and professional demeanor.
Demonstrates a flexible and cooperative working style.
Willing to work off-hours when required.
Must possess a valid driver’s license.
Willing to submit to drug testing and/or background checks as mandated for a) employment, and b) customer contract requirements.

Nice To Haves

Bachelors (or higher) degree in Chemical Engineering, Electrical Engineering, Mechanical Engineering, Robotics Engineering, Bioengineering, Industrial Engineering, Computer Engineering or Computer Science. Alternatively, equivalent experience to establish an understanding of the knowledge and concepts consistent with attaining a bachelor's.

Responsibilities

Leading hardware design development for distributed control systems (DCS).
Driving projects throughout their entire lifecycle from proposal through delivered system.
Acting as a subject matter expert on projects and shaping ACE's design best practices.
Developing standards that improve quality, productivity, and consistency.
Traveling to customer sites and panel shops for acceptance testing.
Mentoring junior design engineers and expanding your own technical depth.