
Lead Project Engineer - Controls Systems
- Rochester, NY
- $120,000-140,000 per year
- Permanent
- Full-time
- Collaborate with cross disciplinary teams (sales, applications, mechanical, controls, electrical, software, purchasing and project management) to develop integrated automation solutions that meet customer requirements.
- Review customer documentation and internal quotes to develop controls and electrical design concepts.
- Break down high level concepts into discrete tasks and estimate hours required to complete them, creating a project plan for controls and electrical engineering activities. Assign tasks to controls and electrical engineering resources based on capability and workload; monitor progress and adjust assignments as needed.
- Work closely with the project manager and customer from quote preparation through project runoff to ensure deliverables meet schedule, budget and quality objectives.
- Participate in system risk assessments and design reviews; identify and mitigate technical risks.
- Coordinate with vendors to obtain quotes and review specifications for electrical subassemblies and controls hardware.
- Develop and maintain company standards and processes for controls architecture, electrical design and programming best practices.
- Evaluate project feasibility, including performing time studies and preliminary calculations.
- Mentor and develop Controls Engineers; provide coaching, feedback and training.
- Support organizational growth and perform other duties as assigned.
- Design and document electrical power distribution, control panels, I/O layouts and wiring diagrams using AutoCAD Electrical.
- Develop PLC, HMI and motion control architectures and programming standards, primarily using Allen Bradley platforms (RSLogix 5/500/5000, Studio 5000, Kinetix and FactoryTalk View); Siemens Step 7/TIA Portal experience is a plus.
- Perform engineering analyses and calculations to size electrical components, servo motors and drives in adherence to client specifications and applicable industry standards.
- Research components and work with vendors to obtain quotes, lead times and technical specifications for PLCs, drives, sensors, vision systems and safety devices.
- Assist build and installation teams during panel fabrication, system wiring and commissioning; support PLC and robot programmers during system startup/debug.
- Stay current with emerging technologies in controls, robotics, SCADA and IoT, and apply them where appropriate.
- Ability to travel < 30% to customer locations and Adaptec's sister location (Rochester or Painted Post).
- B.S. in Electrical Engineering, Control Systems Engineering or equivalent experience required.
- Minimum 5 years of controls engineering experience in custom industrial automation; experience programming robotic work cells, PLC, HMI, and material handling systems.
- Hands on automation system debug and commissioning experience preferred.
- Experience in engineered to order automation equipment and systems including PLCs, robotics, conveyors, AMR and ASRS systems.
- Proficiency in Rockwell RSLogix/Studio 5000, Kinetix servo systems and FactoryTalk View; knowledge of Siemens Step 7/TIA, WinCC, structured text programming languages and SCADA systems is a plus.
- Working knowledge of AutoCAD Electrical and familiarity with other controls software such as Wonderware, Ignition or similar.
- Strong analytical, critical thinking and problem solving skills; able to make data driven decisions.
- Subject matter expert in engineering best practices, automation design, equipment selection and manufacturing processes.
- Excellent written and oral communication skills; able to provide timely feedback and hold team members accountable for achieving results.
- High degree of professionalism, attention to detail, and organizational skills; self starter capable of working with minimal supervision.
- Embrace and model the company’s values of integrity, quality and servant leadership.
- Ownership and initiative in driving the controls design from concept through commissioning.
- Achievement of revenue, margin and delivery targets for assigned projects.
- Continuous improvement in efficiency, productivity and reliability of control systems.
- High quality in products and services delivered; minimal downtime due to controls design issues.
- Development and maintenance of engineering standard operating procedures to ensure consistent and efficient operations.
- • Completion of projects ahead of schedule and under budget.