PLC Programming/Controls Engineer - Hawthorne, United States - Charles Kriston Group

Description

PLC Programming/Controls Engineer, Greater New York City AreaNo resume available right now? That's OK, we don't need it to have a conversation.

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Are you energized by automation? Do you get enthusiastic about complex problems? Are you able to create innovative and precise programming solutions? Are you able to travel globally, with approximately 10% of the work year overnight?If you can answer these questions affirmatively, you should join our client's team.

They are located in Hawthorne, NY, and are a worldwide manufacturer of leading-edge inspection equipment and an engineering solutions provider.

These technologies serve the food, pharmaceutical, and medical device industries. The solutions/machines challenge seal and container integrity non-destructively in-line and offline.

What's in it for you? In addition to a competitive salary and benefits package (benefits include family medical, FSA, short & long-term disability, life insurance, 12 paid holidays, and Maternity/Paternity leave, a safe harbor 401K (offers 4% to your 5% contribution), vacation starts with 2 weeks, with the run-up to 3-weeks vacation over 5 years service, and 4 weeks vacation over 10 years service), the position offers perks and an opportunity to work in the following culture:40-hour work weeks, 8-5 (Office cleared out by 6 PM)Any weekend work gets the employee a comp daySummer hoursLunch and learnsSocial eventsA lounge that often holds ping pong tournamentsA highly collaborative work environmentAn intelligent team of employeesGlobal mindset, global travel A motivated, creative, and technically intelligent professional is being sought to provide programming skills for sensory technology applications.

It is expected that 80% of the time you will be programming PLCs and other control systems. The client is only interested in candidates who experience satisfaction in developing robust PLC-based solutions.

Candidates must meet these minimum requirements:
Must have legal permission to work in the U.S. and have a valid passport. An engineering degree (mechanical/electrical/instrumentation or similar)3+ years of PLC programming (in industry) experience (Structured text and Instruction list preferred)

Project management experience.
Has designed control system(s) for a given URSHas integrated at least 2 control systems to work togetherHas knowledge of sensors and actuators as used in automationHas experience working with other control engineersHas some mentoring/training experienceHas experience reading and working on electrical and pneumatic schematicsHas in-field experience installing and commissioning a capital machine programmed by themIs comfortable debugging systems in the field and finding the root cause of issuesHas basic mechanical and electrical engineering knowledge as it applies to control engineeringHas interacted with customers The best candidates will meet the minimum requirements and may have the following talents:
Multi-lingualAdvanced degree in Electrical/Mechanical/Industrial Engineering Working with robots and/or vision systems.

Knowledge of data integrity and experience with 21CFR part 11Experience with Servo motors, Stepper motors, HMIExperience with control systems from SAIA Burgess Controls, Beckhoff, Allen Bradley, and Automation DirectExperience with robotic systems from Staubli and YaskawaExperience with vision systems from Cognex and KeyenceExperience with Festo pneumatic smart controllers and Schneider Lexium DrivesProgramming for a capital equipment businessWriting structured, well-documented, "bug-free", PLC code in any of the five International Electro-technical Commission (IEC) standard languages (Ladder Diagram (LD), Instruction List (IL), Function Block Diagram (FBD), Structured Text (ST), and Sequential Function Chart (SFC))Experience with software version control & managementUpon joining the team, you could provide a comprehensive solution to your customer.

The solution will conform to ASTM and other regulatory standards.

The solution may have required the development of a test method, the design, and manufacture of a machine, and the validation that the equipment achieves the intended purpose.