ALKU
The candidate will focus on creating tailored automation solutions for high-temperature processes, meeting stringent client requirements in industries such as aerospace, semiconductor, and materials science.
The Controls Engineer collaborates with cross-functional teams to deliver cutting‑edge furnace systems while adhering to project timelines and industry standards.
Responsibilities
Design, program, and integrate hardware/software control systems for high-temperature vacuum furnaces, including PLCs, HMIs, SCADA, and embedded controllers to manage temperature, pressure, and vacuum parameters.
Develop control logic (Ladder Logic, Structured Text, C/C++) and data‑logging functions, integrating thermocouples, pressure sensors, vacuum pumps, gas‑delivery systems, and other specialized components.
Create industrial control panels, schematics, layouts, and BOMs to NFPA-79 and UL 508 standards using AutoCAD Electrical.
Conduct full system testing, commissioning, validation, and troubleshooting during design, build, and field deployment to ensure performance, reliability, and safety compliance.
Optimize control algorithms, thermal profiles, and process stability for improved furnace performance and product quality.
Collaborate cross‑functionally with mechanical engineers, process specialists, and project managers to align controls with furnace design and customer requirements.
Prepare technical documentation including test reports, manuals, and maintenance procedures; provide on‑site and remote customer training and support.
Contribute to R&D initiatives for next‑generation control solutions and advanced furnace technologies.
Qualifications
Bachelor’s degree in
Electrical , Automation, or Control Systems Engineering (or related).
5+ years of controls engineering experience, ideally with thermal systems, vacuum equipment, or OEM manufacturing.
Proficient with PLC platforms ( Allen‑Bradley , Siemens, Eurotherm) and HMI/SCADA tools (FactoryTalk, WinCC, Wonderware).
Knowledge of industrial protocols (Modbus, EtherNet/IP, ProfiNet) and data acquisition systems.
Strong understanding of high‑temperature process control, vacuum technology, and gas management systems (highly preferred).
#J-18808-Ljbffr
The Controls Engineer collaborates with cross-functional teams to deliver cutting‑edge furnace systems while adhering to project timelines and industry standards.
Responsibilities
Design, program, and integrate hardware/software control systems for high-temperature vacuum furnaces, including PLCs, HMIs, SCADA, and embedded controllers to manage temperature, pressure, and vacuum parameters.
Develop control logic (Ladder Logic, Structured Text, C/C++) and data‑logging functions, integrating thermocouples, pressure sensors, vacuum pumps, gas‑delivery systems, and other specialized components.
Create industrial control panels, schematics, layouts, and BOMs to NFPA-79 and UL 508 standards using AutoCAD Electrical.
Conduct full system testing, commissioning, validation, and troubleshooting during design, build, and field deployment to ensure performance, reliability, and safety compliance.
Optimize control algorithms, thermal profiles, and process stability for improved furnace performance and product quality.
Collaborate cross‑functionally with mechanical engineers, process specialists, and project managers to align controls with furnace design and customer requirements.
Prepare technical documentation including test reports, manuals, and maintenance procedures; provide on‑site and remote customer training and support.
Contribute to R&D initiatives for next‑generation control solutions and advanced furnace technologies.
Qualifications
Bachelor’s degree in
Electrical , Automation, or Control Systems Engineering (or related).
5+ years of controls engineering experience, ideally with thermal systems, vacuum equipment, or OEM manufacturing.
Proficient with PLC platforms ( Allen‑Bradley , Siemens, Eurotherm) and HMI/SCADA tools (FactoryTalk, WinCC, Wonderware).
Knowledge of industrial protocols (Modbus, EtherNet/IP, ProfiNet) and data acquisition systems.
Strong understanding of high‑temperature process control, vacuum technology, and gas management systems (highly preferred).
#J-18808-Ljbffr