Senior Actuation Systems Electrical Engineer

RTX•Tewksbury, MA

4d•$86,800 - $165,200•Onsite

About The Position

The Control Systems section within the Radar Analog and Power Department (RAP) has an exciting employment opportunity for a Senior Engineer with control system and power conversion experience. The ideal candidate possesses a combination of design, product and production support experience, electronics knowledge, and hands-on laboratory skills. The RAP department is responsible for design, product and production support engineering in various areas including Control Systems, Power System Design, Power Conversion, Power Distribution, and Power Sub-System Design. This position is an onsite role. Regular travel to Tewksbury, MA; Marlborough, MA; Andover, MA; Woburn, MA; and/or Pelham, NH may be required depending on the assignment. Travel to supplier or customer sites may also be required.

Requirements

Bachelors degree in Science, Technology, Engineering or Mathematics (STEM) and a minimum of 5 years of prior relevant experience, or an Advanced Degree in a related field and minimum 3 years’ experience.
Experience with electromagnetic or electrohydraulic control actuation systems.
Requires a U.S. government issued security clearance.
U.S. citizenship is required.
Active and existing security clearance required after day 1.

Nice To Haves

Five (5) years of experience with actuation systems or motion controls.
Experience developing technical solutions to a wide range of complex problems across multiple parts of the product lifecycle such as proposal, design, manufacture, integration and test.
Ability to estimate project / tasks level of effort and to deconstruct higher level tasks into discrete lower-level work packages and tasks.
Ability to articulate, in both oral and written form, to technical, non-technical and management audiences.
Experience with feedback control systems, including control theory, system sizing, testing and integration, design to manufacturing, kinematic and dynamic simulation and analysis.
Experience developing system-based models using Matlab/Simulink.
Experience with Hardware-In-The-Loop development and tools such as dSpace.
Experience in design and development of test equipment for electromechanical systems that operate under high load and rate.
Experience with Failure Investigation Teams with FRACAS / FRB / RCCA.
Experience working with control actuation systems that employ permanent magnet brush and brushless DC motor technology and with different actuation drive systems including trapezoidal drive, sine drive and field-oriented control.
Experience with actuation communication busses; electromechanical actuators (using gears, ballscrews, leadscrews etc); position sensors; electronic controllers and power amplifiers.
Basic understanding of packaging electromechanical systems for management of grounding, shielding and electrical noise in compact designs.
Familiarity with command-line interfaces, Unix systems, networks, and software.
M.S. or Ph.D. degree in Electrical Engineering or related Science, Technology, Engineering, or Mathematics (STEM) major.
Prior experience as engineering Team Lead (hardware, electrical or integration).
Existing US DoD security clearance.

Responsibilities

Developing technical solutions for a wide range of high-performance actuation system and motion control challenges (array or launcher deployment, platform/enclosure stabilization, and azimuth rotation of array, platform/enclosures or launcher).
Working autonomously with limited oversight, possessing an advanced understanding of the Controls Engineering domain, managing small projects around assigned program work, and providing guidance to other professionals.
Supporting detailed actuation system design, test design and execution, and support to systems or software engineering functions.
Covering a portion of the product life cycle, from conceptualizing and design, to prototyping and manufacturing, integration and verification testing, through production support.
Applying sound systems engineering principles to define and solve complex actuation system problems while influencing engineering teams (electrical, mechanical, control systems, software and firmware, manufacturing, supply chain, etc.).
Supporting and driving the execution of product development projects.
Working with a Team/Technical Lead and under the guidance of an Integrated Product Team (IPT) Lead.
Performing work in a multidisciplinary team environment focused on execution and engineering excellence, using established business and engineering tools and processes.
Interacting with internal and external customers and leadership team members.