Must be able to work in a professional engineering team-based environment. Engineering teams are responsible for the programming of automated robot systems for customer applications and processes. Duties may include and are not limited to detailed robot programming, offline programming, virtual commissioning, system commissioning, onsite support, internal/external training, and technical consultation. This position may require considerable travel at times. The candidate must be willing to perform hands on robot programming on the customer's floor.

Candidates must also possess the following traits:

 Logical thinker

 Problem solver

 Organized

 Detailed oriented

 Strong verbal and written communication skills (English language required)

 Self-motivated

 Strong leadership skills

 Team player

 Innovative regarding new processes and development aids

 Budget and deadline aware

 Must be willing to travel 70%+ of the time

 Must be willing to work long hours on various shift models

Responsibilities:

The following lists are general responsibilities that may vary from customer to customer.

Automation skills

 Basic knowledge of designing programming simulation and testing automated machinery.

 Ability to read controls hardware drawings and mechanical sequence of operations.

 Basic electrical, pipefitting and mechanical building knowledge would be a plus.

 Ability to troubleshoot manifold, water saver and other peripherals and configure them to communicate with the robot.

 Understanding of safe robot concepts ex. DCS for Fanuc.

 Mechanical engineering skills including dynamics and kinematics

Manufacturing Process

 Spot Welding

 MIG Welding

 MH

 Seal/Adhesive

 Hemming

 Laser Welding/Brazing

 Nut runner

 Vision

Programming skills

 Tool Center Point

 User Frame

 Configuration

 Continuous motion

 Motion types

 Cartesian coordinates

 Knowledge of basic motion programming languages

Industrial Communication

Configuration, setup, troubleshooting and protocol analysis of the following interfaces:

Ethernet-IP

 Produced/Consumed model

 CIP messaging

 RPI

 Generic Ethernet Module

 Add-On-Profiles

DeviceNet

 Baud rate and effects on network lengths and number of nodes

 Routing, critical distances, drop lengths, terminations, etc.

 Proper bonding and grounding concepts.

 Using test equipment

ControlNet

 Scheduling

 Routing, critical distances, drop lengths, terminations, etc.

ProfiNet

 Naming

 Node limitations

 PN/PN

 Network testing

 Protocol testing

ProfiBus

 Naming

 Node limitations

 DP/DP

 Network testing

 Protocol testing

Join the Winning Team at Process Automation Solutions, an ATS Company, a great place to automate your future Take your place among the best in the business, and grow your career with PA Solutions. Join an environment where a passion for innovation is combined with an uncompromised commitment to quality.

Benefits of working at Process Automation Solutions, Inc.:

• Comprehensive Medical, Dental & Vision plans
• 401(k) with company match
• Employee Stock Purchase Plan
• Paid Vacation

All qualified applicants will receive consideration for employment with Process Automation Solutions, Inc., without regard to race, color, religion or belief, national, social or ethnic origin, sex (including pregnancy), age, physical, mental or sensory disability, HIV status, sexual orientation, gender identity and/or expression, marital, civil union or domestic partnership status, past or present military service, family medical history or genetic information, family or parental status, or any other status protected by the laws or regulations.