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Job Description

Job Description

Overview
Agnitron is seeking a highly skilled, experienced, technically driven Sr. Automation Engineer to lead the development, procurement, and integration of advanced semiconductor processing systems. The ideal candidate will have a strong background in automation systems, robotics, and manufacturing processes. This role bridges mechanical, electrical, and software disciplines—ideal for someone who thrives in R&D environments. Along with lead the integration of controls and automation in Agnitron’s systems, the Sr. Automation Engineer will assist in wiring and maintaining industrial automation systems, support real-time diagnostics, and collaborate closely with engineers to implement and refine custom control solutions for one-of-a-kind tools used in semiconductor research and manufacturing.

The combination of world class technology and yearly bonus potential make this an excellent opportunity for an experienced Automation Engineer to create the technology of the future!

High-Level Design and Architecture

  • Lead the design and development of complex control system architectures for new and existing MOCVD and RTA equipment, ensuring scalability, reliability, and compliance with industry standards.
  • Specify and select new hardware and software components, including advanced PLCs, HMI systems, industrial PCs, and motion control systems, based on project requirements and performance goals.
  • Develop and maintain comprehensive electrical schematics and wiring diagrams using CAD software (e.g., AutoCAD, EPLAN), incorporating best practices for manufacturability, safety, and serviceability.
  • Create and manage documentation for new automation systems, including functional design specifications (FDS), software design specifications (SDS), and validation protocols.

Software and Systems Integration

  • Architect and implement software solutions in C# and PLC programming languages (e.g., Structured Text, Ladder Logic) to control and monitor semiconductor processing equipment.
  • Develop advanced algorithms for process control, data acquisition, and real-time diagnostics, leveraging object-oriented design principles.
  • Integrate and configure complex industrial networking protocols such as EtherCAT, PROFINET, and OPC UA to establish high-speed, reliable communication between devices.

Project Leadership and Collaboration

  • Act as the primary technical lead for automation projects, managing timelines, resource allocation, and deliverables to ensure successful completion.
  • Collaborate directly with cross-functional teams—including mechanical, process, and materials engineers—to define system requirements and troubleshoot complex issues.
  • Serve as a subject matter expert for automation and control systems during customer consultations and field service operations.
  • Analyze system performance data to identify opportunities for continuous improvement and drive the refinement of existing control solutions.

Requirements

  • Bachelor’s Degree in Automation Engineering or Controls Engineering preferred
  • 5-7 years of experience working with automation controls and software preferred
  • Working knowledge of the Visual Studio (VS) development environment and Windows C# programming using VS. Some experience with debugging and testing C# programs. Some experience with object-oriented design and programming.
  • Working knowledge of the principle of operation of Programmable Logic Controllers (PLCs) along with experience programming PLCs using Ladder Logic or Structured Text.
  • Hands-on experience wiring low voltage (up to 48VDC) devices and industrial equipment. Experience with wiring high voltage (up to 480VAC) AC circuits is a plus
  • Working knowledge of serial communications protocols and wiring, such as RS232, RS485, RS422.
  • Working knowledge of DeviceNet (DN) fundamentals, especially Polling DN data communications, understanding power requirements and network topology.
  • Familiarity with EtherCAT networking and devices and Modbus over RS485, Modbus over TCP.
  • Familiarity with Beckhoff embedded PC/PLC hardware.
  • Ability to quickly learn and understand the working and control principles of new unfamiliar devices by using manuals, internet searches, expert opinions, AI, and other information sources is a must.
Company Description
Agnitron Technology, Inc. was founded in 2008 in response to a growing demand for superior performing compound semiconductor materials and devices such as light emitting diodes (LEDs) and high-power electronics. Today, Agnitron specializes in commercializing emerging nano and green technologies for advanced sensing and enhancing energy efficiency of solid state lighting, power conversion and distribution as well as supplying state-of-the-art MOCVD equipment solutions to top universities and government laboratories around the world to support material science breakthroughs. Additionally, Agnitron supplies production scale MOCVD equipment to industry customers to support growing industry-wide demand for solid-state lighting (LED), telecommunications infrastructure such as IoT data handling systems, sensing devices for autonomous drive vehicles, high-voltage transistors for electric drive vehicle power conversion and devices for upcoming 5G cell networks. Agnitron also has multiple ongoing advanced R&D focused on furthering Agnitron's ground-breaking results relating to MOCVD growth of the wide bandgap semiconductor gallium oxide which has strong commercial potential for power electronics applications in transportation and aerospace applications. Our team of experts and partners has the following qualifications.

- Backgrounds in physics, materials, software engineering and automation, semiconductor processing, electrical and mechanical engineering.
- Experience supporting prominent companies within the semiconductor industry.

The diverse combination of talents and experience within our team enables Agnitron to provide customers with unmatched innovative solutions ranging from advanced materials development to economical state-of-the-art custom equipment solutions. The two focuses of our vision are complementary to each other as growth requirements for new technologies often require equipment innovations. Our equipment expertise allows us to develop these new hardware capabilities and deliver them to customers.

Company Description

Agnitron Technology, Inc. was founded in 2008 in response to a growing demand for superior performing compound semiconductor materials and devices such as light emitting diodes (LEDs) and high-power electronics. Today, Agnitron specializes in commercializing emerging nano and green technologies for advanced sensing and enhancing energy efficiency of solid state lighting, power conversion and distribution as well as supplying state-of-the-art MOCVD equipment solutions to top universities and government laboratories around the world to support material science breakthroughs. Additionally, Agnitron supplies production scale MOCVD equipment to industry customers to support growing industry-wide demand for solid-state lighting (LED), telecommunications infrastructure such as IoT data handling systems, sensing devices for autonomous drive vehicles, high-voltage transistors for electric drive vehicle power conversion and devices for upcoming 5G cell networks. Agnitron also has multiple ongoing advanced R&D focused on furthering Agnitron's ground-breaking results relating to MOCVD growth of the wide bandgap semiconductor gallium oxide which has strong commercial potential for power electronics applications in transportation and aerospace applications. Our team of experts and partners has the following qualifications.\r\n\r\n- Backgrounds in physics, materials, software engineering and automation, semiconductor processing, electrical and mechanical engineering.\r\n- Experience supporting prominent companies within the semiconductor industry.\r\n\r\nThe diverse combination of talents and experience within our team enables Agnitron to provide customers with unmatched innovative solutions ranging from advanced materials development to economical state-of-the-art custom equipment solutions. The two focuses of our vision are complementary to each other as growth requirements for new technologies often require equipment innovations. Our equipment expertise allows us to develop these new hardware capabilities and deliver them to customers.