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Systems & Controls Engineer

Systems & Controls Engineer

Yield Engineering Systems
3-5 Years
Not Disclosed
  • Posted 12 hours ago
  • Be among the first 10 applicants

Job Description

YES (Yield Engineering Systems, Inc.) is a leading manufacturer of reliable, high-tech, cost-effective capital equipment that transforms materials and surfaces at the nanoscale. From startups to the Fortune 50, our customers rely on YES to help them unleash products that change lives – from cell phones and IoT devices, to AI and virtual reality, to diagnostic tests for COVID.

As a preferred provider of wet and dry process technology, we look forward to talking with smart, energetic, team-oriented people who can grow with us. We provide competitive salary and benefits, including long term incentives and some of the best co-workers you'll find anywhere. If this appeals to you, please read on!

Job Title: Systems & Controls Engineer

Location: Coimbatore

We are seeking a Systems & Controls Engineer with direct hands-on experience to design, build, program, and commission high-precision automation systems. In this role, you will select control hardware, program IPCs/PLCs (B&R, Beckhoff, CODESYS), tune multi-axis motion and robotics on physical equipment, run dynamic simulations, and apply engineering mathematics to optimize machine performance.

Responsibilities include but are not limited to:

  • Hardware Selection & Sizing: Evaluate, dimension, and select PLC/IPC control hardware, I/O modules, fieldbus couplers, and power supplies based on cycle times, axis count, memory, and cost requirements.
  • PLC & IPC Programming: Write, test, and deploy structured control software using B&R (Automation Studio), Beckhoff (TwinCAT), and CODESYS IEC 61131-3 development environments.
  • Hands-on Motion Control & Tuning: Perform physical setup, parameterization, and fine-tuning of single and multi-axis motion hardware, including linear stages, gantry systems, and multi-axis spatial trajectories.
  • Robotics Integration & Commissioning: Deliver hands-on integration of robotic handling platforms, configuring kinematics, safety interlocks, and real-time controller-to-robot communication links.
  • Control Loop Design & Field Calibration: Implement, tune, and field-verify single-loop and cascaded PID algorithms for thermal, pressure, flow, and analog system outputs.
  • Modeling & Simulation: Develop dynamic transfer functions and simulation models (MATLAB/Simulink or equivalent) to predict motion behavior, system response, and thermal dynamics.
  • P&ID Verification & Validation: Perform hands-on field verification of Piping & Instrumentation Diagrams (P&IDs) against physical machine wiring, piping, and sensor/actuator allocations.
  • Applied Engineering Mathematics: Apply trigonometry, calculus, and linear algebra to calculate forward/inverse kinematics, spatial coordinates, thermal loads, and signal processing.

Qualifications:

  • Education: B.S./B.E. or M.S/ M.E. in Electrical, Controls, Mechatronics, Systems, or Mechanical Engineering.
  • Experience: 3+ years of hands-on experience developing, programming, and troubleshooting industrial control systems and robotic machinery in the shop or field.
  • PLC/IPC Expertise: Proven proficiency in selecting and programming B&R, Beckhoff TwinCAT, or CODESYS controllers.
  • Motion & Robotics: Direct hands-on experience configuring linear stages, gantry calibration, multi-axis motion synchronization, and robotic material handling.
  • Mathematical Proficiency: Strong practical application of applied trigonometry, differential equations, spatial kinematics, and control theory.

Compensation:

  • YES offers a stimulating and fun working environment, competitive salaries and benefits, and long-term incentives.

Additional Information

  • YES is an equal opportunity employer and values diversity. All employment is decided on the basis of qualifications, merit and business need.

Come find out why YES is such a great place to work. Apply today!

More Info

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Key Skills

Beckhoff TwinCAT

robotic handling

PID algorithms

gantry systems

linear stages