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Graduate Controls & Automation Engineer

Are you a recent graduate looking to build a career in automation, controls, and robotics? We are seeking motivated engineers with a passion for problem-solving and technology to join a structured training programme focused on developing the next generation of Controls & Automation Engineers.

What You'll Do

Learn and develop skills in industrial automation, controls systems, and PLC programming.Work with automated equipment, sensors, motors, robotics, and control systems.Support the design, testing, troubleshooting, and deployment of automation solutions.Develop coding and software development skills used within modern engineering environments.Collaborate with experienced engineers on real-world automation projects.

What We're Looking For

Recent graduate (2022-2026) in:Electrical EngineeringElectrical Engineering TechnologyMechatronics EngineeringRobotics EngineeringElectromechanical EngineeringRelated Engineering DisciplineExposure to programming through coursework, projects, internships, or personal learning using technologies such as:PythonC/C++MATLABArduinoRaspberry PiPLCs or Ladder LogicInterest in automation, controls, robotics, and hardware systems.Strong analytical thinking and problem-solving skills.A curious mindset and willingness to learn new technologies.

Nice to Have

PLC or automation coursework/projects.Ability to read electrical schematics.Experience with robotics, sensors, motors, or control systems.Internship, co-op, laboratory, or hands-on engineering project experience.

What You'll Receive

Structured training in Controls & Automation Engineering.Exposure to PLC programming, industrial automation, robotics, and engineering best practices.Ongoing mentorship and professional development.The opportunity to work on large-scale automation and control system projects.

No prior professional controls or PLC experience is required. We are looking for engineers with strong foundations, curiosity, and a desire to build a career in automation and controls engineering.

Regards

Aditi Rathod

GCS is acting as an Employment Business in relation to this vacancy.

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Graduate Controls & Automation Engineer

Are you a recent graduate looking to build a career in automation, controls, and robotics? We are seeking motivated engineers with a passion for problem-solving and technology to join a structured training programme focused on developing the next generation of Controls & Automation Engineers.

What You'll Do

Learn and develop skills in industrial automation, controls systems, and PLC programming.Work with automated equipment, sensors, motors, robotics, and control systems.Support the design, testing, troubleshooting, and deployment of automation solutions.Develop coding and software development skills used within modern engineering environments.Collaborate with experienced engineers on real-world automation projects.

What We're Looking For

Recent graduate (2022-2026) in:Electrical EngineeringElectrical Engineering TechnologyMechatronics EngineeringRobotics EngineeringElectromechanical EngineeringRelated Engineering DisciplineExposure to programming through coursework, projects, internships, or personal learning using technologies such as:PythonC/C++MATLABArduinoRaspberry PiPLCs or Ladder LogicInterest in automation, controls, robotics, and hardware systems.Strong analytical thinking and problem-solving skills.A curious mindset and willingness to learn new technologies.

Nice to Have

PLC or automation coursework/projects.Ability to read electrical schematics.Experience with robotics, sensors, motors, or control systems.Internship, co-op, laboratory, or hands-on engineering project experience.

What You'll Receive

Structured training in Controls & Automation Engineering.Exposure to PLC programming, industrial automation, robotics, and engineering best practices.Ongoing mentorship and professional development.The opportunity to work on large-scale automation and control system projects.

No prior professional controls or PLC experience is required. We are looking for engineers with strong foundations, curiosity, and a desire to build a career in automation and controls engineering.

Regards

Aditi Rathod

GCS is acting as an Employment Business in relation to this vacancy.

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We're looking for a hands-on IT Technician to support hardware, infrastructure, and end-user technology in a mission-critical operations environment. This role is ideal for someone with experience in hardware deployment, desktop support, networking, or data center operations.

What You'll DoBuild, image, configure, and deploy hardware and devices.Troubleshoot desktops, peripherals, connectivity, and network issues.Perform rack-and-stack activities, fiber cabling, and structured cabling work.Handle Layer 1/Layer 2 troubleshooting and device-level fault isolation.Work tickets, perform routine maintenance, and support change management activities.Escalate issues when required and follow documented procedures.Support site technology operations and continuous improvement initiatives.What We're Looking For1+ year of hands-on IT support, field services, infrastructure, or data center experience.Experience with hardware deployment and troubleshooting.Knowledge of Windows OS and basic Linux command-line usage.Understanding of networking fundamentals, cabling, and connectivity troubleshooting.Strong problem-solving skills and ability to work in a fast-paced environment.ServiceNow experience is a plus.CompTIA A+ or equivalent experience preferred.

Ideal Candidate

A reliable technician who enjoys hands-on work, follows processes, adapts quickly, and can confidently troubleshoot hardware and connectivity issues in a live operational environment.

GCS is acting as an Employment Business in relation to this vacancy.

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Hiring a Controls Engineer - Robotics Controls

Job Summary

A leading robotics organisation is building the control system that will run conveyors across fulfilment centres in the US - replacing equipment control systems from 31 different vendors with one modern, software-defined platform. The first building is being built now. Many more follow. And they need a new generation of controls engineers to configure, test and commission it.

That's where you come in. GCS Tech Talent and The Innovation Hub are launching the Robotics Controls Academy: a structured programme that takes early-career electrical and controls engineers, trains you intensively on the platform and processes, and deploys you into engineering teams to work on real buildings.

What you'll get

An intensive onsite bootcamp in Seattle led by professional instructors - the platform, the process, the tools, the software workflowDeployment into the robotics engineering team on live projects: reading control-area drawings, building and testing the configurations that bring conveyor systems to life, and commissioning them in the buildingMonthly structured learning and professional development throughout your first yearA verifiable professional accreditation on completionReal experience on one of the most significant industrial-controls programmes in the world - and, for those who excel, a potential pathway to a full-time engineering career

What you'll do

Translate electrical drawings and I/O lists into application configurationsTest configurations in simulation and on real hardware - EtherCAT devices, motorised rollers, sensors, safety I/OSupport commissioning on site as buildings go liveWork like a software engineer: Git, code review, daily standups, estimates

Who we're looking for

Degree or diploma in electrical engineering, EE technology, mechatronics - or equivalent hands-on experience as a controls technician or PLC programmer (roughly 0-4 years)Hands-on PLC exposure on any platform - Allen-Bradley, Siemens, Beckhoff, CODESYS, B&R, SchneiderComfortable reading schematics, wiring diagrams and I/O listsSome programming logic in any language and the appetite to learn text-based code and version controlCurious, hands-on, and good at working out why something isn't workingAble to be onsite in Seattle for training and initial deployment, and to travel or relocate for building deployments (Atlanta first)Bonus: conveyor or material-handling experience, Structured Text, AutoCAD Electrical, commissioning, Git, Linux

GCS is acting as an Employment Business in relation to this vacancy.

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The team designs the satellites' phased-array antenna electronics: meter-wide, 20+ layer boards carrying thousands of components - including three families of custom silicon (beamforming, modem, network processing) - linked by ~25 Gbps high-speed digital buses. Boards are coming back from fabrication faster than the design team can validate them. That's where you come in: senior EEs who can do real board design and own hardware in the lab.

Lead bring-up of newly fabricated boards: power-on, section-by-section checkout, first-time debug to root cause.Plan and run design verification/validation campaigns - high-speed link testing, power measurements, functional test - and document results to program standards.Partner daily with the design team; drive fixes into the next board revision.Contribute to schematic and layout work on next-generation boards as bandwidth allows.Hand off validated hardware to the RF/antenna team and support their measurement needs.

What we're looking for

Experience of EE board-level design: schematic capture, complex dense multilayer PCBs, power delivery and sequencing.Hands-on lab strength - the heart of this role: board bring-up, debug, and validation; fluency with oscilloscopes, logic/protocol analyzers, and high-speed test gear.High-speed digital experience: multi-gigabit SerDes/interfaces (e.g., JESD204, PCIe, 25G+ Ethernet, DDR) and signal/power integrity awareness.Full lifecycle experience: design → build → bring-up → validation → manufacturing support.BSEE or MSEE (or equivalent experience).

GCS is acting as an Employment Business in relation to this vacancy.

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THE ROLE

You will own complex, high-speed board design in the phased-array signal chain - and see your designs through the lab. The team runs design and validation in parallel: while one board revision is being validated at the bench, the next is in design. You'll design boards (schematic capture, component selection, layout ownership), personally bring up newly fabricated hardware, debug to root cause, and feed findings into the next revision. This is a design-first seat with real lab ownership - not a test role, and not a documentation role.

WHAT YOU'LL DO

Design high-complexity, high-speed digital boards: schematic capture, component selection, and layout ownership on 20+ layer, thousands-of-components designs built around custom silicon. Architect power delivery for boards carrying hundreds of high-performance chips - rail generation, sequencing, budgeting, and protection. Design and validate multi-gigabit interfaces (SerDes-class links, JESD204, PCIe, DDR) with disciplined signal- and power-integrity practice. Bring up newly fabricated boards in the lab: first power-on, section-by-section checkout, root-cause debug with oscilloscopes and high-speed instrumentation. Run validation campaigns proving designs meet requirements, and feed every finding into the next board revision. Select components with reliability, thermal, vibration, and radiation considerations in partnership with specialist review teams.

REQUIRED EXPERIENCE

8+ years of board-level design ownership - complex boards you can point to and say "mine": schematic, component selection, and layout. High-speed digital design: SerDes, JESD204, PCIe, and/or DDR, with hands-on signal-integrity practice (controlled impedance, length matching, stackup design). Power-architecture design for dense, high-power boards. Genuine lab fluency: you bring up and debug your own designs at the bench - scopes, analyzers, and methodical root-cause work. U.S. citizenship or permanent residency (export-controlled program - required).

NICE TO HAVE

Space, aerospace, or defense high-reliability experience - DO-254/DO-160, MIL-STD, derating, worst-case analysis, radiation-aware design. Experience with Siemens Xpedition (Altium or Cadence Allegro equally welcome). Phased-array, radar, satellite, or other RF-system board experience (the boards, not the antennas). Experience working design/validation in parallel across board revisions.

GCS is acting as an Employment Business in relation to this vacancy.

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THE ROLE

You will own complex, high-speed board design in the phased-array signal chain - and see your designs through the lab. The team runs design and validation in parallel: while one board revision is being validated at the bench, the next is in design. You'll design boards (schematic capture, component selection, layout ownership), personally bring up newly fabricated hardware, debug to root cause, and feed findings into the next revision. This is a design-first seat with real lab ownership - not a test role, and not a documentation role.

WHAT YOU'LL DO

Design high-complexity, high-speed digital boards: schematic capture, component selection, and layout ownership on 20+ layer, thousands-of-components designs built around custom silicon. Architect power delivery for boards carrying hundreds of high-performance chips - rail generation, sequencing, budgeting, and protection. Design and validate multi-gigabit interfaces (SerDes-class links, JESD204, PCIe, DDR) with disciplined signal- and power-integrity practice. Bring up newly fabricated boards in the lab: first power-on, section-by-section checkout, root-cause debug with oscilloscopes and high-speed instrumentation. Run validation campaigns proving designs meet requirements, and feed every finding into the next board revision. Select components with reliability, thermal, vibration, and radiation considerations in partnership with specialist review teams.

REQUIRED EXPERIENCE

8+ years of board-level design ownership - complex boards you can point to and say "mine": schematic, component selection, and layout. High-speed digital design: SerDes, JESD204, PCIe, and/or DDR, with hands-on signal-integrity practice (controlled impedance, length matching, stackup design). Power-architecture design for dense, high-power boards. Genuine lab fluency: you bring up and debug your own designs at the bench - scopes, analyzers, and methodical root-cause work. U.S. citizenship or permanent residency (export-controlled program - required).

GCS is acting as an Employment Business in relation to this vacancy.

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Senior FPGA Design Engineer About the Opportunity

Our client is building one of the world's largest low-Earth-orbit (LEO) satellite constellations, delivering broadband internet from space. With hundreds of satellites already in orbit and thousands more planned, they are developing the next generation of space-based communications technology.

The hardware team designs the advanced electronics powering phased-array antennas, including complex multi-layer boards, custom silicon, and high-speed serial interfaces. Engineers on this team have the unique opportunity to see their designs deployed on satellites operating in orbit.

What You'll DoDesign, integrate, and debug RTL on AMD/Xilinx Versal and UltraScale+ FPGAs.Configure and bring up GTY-class transceivers and debug 25 Gbps+ serial links.Implement and validate high-speed Ethernet solutions using MRMAC/CMAC IP (25G/50G/100G).Develop and maintain embedded Linux environments using PetaLinux/Yocto.Perform FPGA and board bring-up using JTAG, ILA, and lab test equipment.Work closely with hardware engineers to support system validation and debugging.Create diagnostic and monitoring tools to support development and test activities.Required Qualifications8+ years of FPGA/RTL development experience using Verilog, SystemVerilog, or VHDL.Hands-on experience with high-speed serial transceivers (GTY/GTM) and/or 25G/50G/100G Ethernet.Proven board bring-up and hardware debugging experience.Experience achieving timing closure on modern FPGA devices.U.S. Citizenship or Permanent Residency required.Preferred QualificationsExperience with AMD/Xilinx Versal ACAP and UltraScale+ platforms.MRMAC or CMAC configuration and optimization experience.Strong background in PetaLinux, Yocto, device trees, and embedded Linux drivers.Nice to HaveExperience with JESD204, Aurora, or similar high-speed protocols.Aerospace, satellite communications, radar, or networking experience.Familiarity with high-reliability or radiation-aware designs.FPGA prototyping experience supporting ASIC development.

Why Join?
Work on cutting-edge satellite technology, collaborate with top-tier engineering teams, and see your FPGA designs deployed on real hardware headed for orbit.

GCS is acting as an Employment Business in relation to this vacancy.

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Senior FPGA Engineer About the Opportunity

Our client is building one of the world's largest low-Earth-orbit (LEO) satellite constellations, delivering broadband internet from space. With hundreds of satellites already in orbit and thousands more planned, they are developing the next generation of space-based communications technology.

The hardware team designs the advanced electronics powering phased-array antennas, including complex multi-layer boards, custom silicon, and high-speed serial interfaces. Engineers on this team have the unique opportunity to see their designs deployed on satellites operating in orbit.

What You'll DoDesign, integrate, and debug RTL on AMD/Xilinx Versal and UltraScale+ FPGAs.Configure and bring up GTY-class transceivers and debug 25 Gbps+ serial links.Implement and validate high-speed Ethernet solutions using MRMAC/CMAC IP (25G/50G/100G).Develop and maintain embedded Linux environments using PetaLinux/Yocto.Perform FPGA and board bring-up using JTAG, ILA, and lab test equipment.Work closely with hardware engineers to support system validation and debugging.Create diagnostic and monitoring tools to support development and test activities.Required Qualifications8+ years of FPGA/RTL development experience using Verilog, SystemVerilog, or VHDL.Hands-on experience with high-speed serial transceivers (GTY/GTM) and/or 25G/50G/100G Ethernet.Proven board bring-up and hardware debugging experience.Experience achieving timing closure on modern FPGA devices.U.S. Citizenship or Permanent Residency required.Preferred QualificationsExperience with AMD/Xilinx Versal ACAP and UltraScale+ platforms.MRMAC or CMAC configuration and optimization experience.Strong background in PetaLinux, Yocto, device trees, and embedded Linux drivers.Nice to HaveExperience with JESD204, Aurora, or similar high-speed protocols.Aerospace, satellite communications, radar, or networking experience.Familiarity with high-reliability or radiation-aware designs.FPGA prototyping experience supporting ASIC development.

Why Join?
Work on cutting-edge satellite technology, collaborate with top-tier engineering teams, and see your FPGA designs deployed on real hardware headed for orbit.

GCS is acting as an Employment Business in relation to this vacancy.

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FPGA Engineer About the Opportunity

Our client is building one of the world's largest low-Earth-orbit (LEO) satellite constellations, delivering broadband internet from space. With hundreds of satellites already in orbit and thousands more planned, they are developing the next generation of space-based communications technology.

The hardware team designs the advanced electronics powering phased-array antennas, including complex multi-layer boards, custom silicon, and high-speed serial interfaces. Engineers on this team have the unique opportunity to see their designs deployed on satellites operating in orbit.

What You'll DoDesign, integrate, and debug RTL on AMD/Xilinx Versal and UltraScale+ FPGAs.Configure and bring up GTY-class transceivers and debug 25 Gbps+ serial links.Implement and validate high-speed Ethernet solutions using MRMAC/CMAC IP (25G/50G/100G).Develop and maintain embedded Linux environments using PetaLinux/Yocto.Perform FPGA and board bring-up using JTAG, ILA, and lab test equipment.Work closely with hardware engineers to support system validation and debugging.Create diagnostic and monitoring tools to support development and test activities.Required Qualifications8+ years of FPGA/RTL development experience using Verilog, SystemVerilog, or VHDL.Hands-on experience with high-speed serial transceivers (GTY/GTM) and/or 25G/50G/100G Ethernet.Proven board bring-up and hardware debugging experience.Experience achieving timing closure on modern FPGA devices.U.S. Citizenship or Permanent Residency required.Preferred QualificationsExperience with AMD/Xilinx Versal ACAP and UltraScale+ platforms.MRMAC or CMAC configuration and optimization experience.Strong background in PetaLinux, Yocto, device trees, and embedded Linux drivers.Nice to HaveExperience with JESD204, Aurora, or similar high-speed protocols.Aerospace, satellite communications, radar, or networking experience.Familiarity with high-reliability or radiation-aware designs.FPGA prototyping experience supporting ASIC development.

Why Join?
Work on cutting-edge satellite technology, collaborate with top-tier engineering teams, and see your FPGA designs deployed on real hardware headed for orbit.

GCS is acting as an Employment Business in relation to this vacancy.

Read less