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Junior Robotics Engineer Remote Jobs (NOW HIRING)

Zimmer, Inc.

Monogram Robotics Expert (MRX)

$71K - $107K/yr

This is a remote, field-based position with high travel. How You'll Create Impact * Robotic Platform Education & Expertise * Serve as a subject matter expert on the Monogram robotic platform ...

Climavision

Jr. Software Engineer

$75K - $90K/yr

Junior Software Engineer Remote | US About Climavision At Climavision, we're rebuilding climate technology from the ground up and changing the way we see weather. We merge the power of our ...

Tristero

Junior Software Engineer (Remote)

New York, NY · Remote

$80K - $130K/yr

Software Engineer - Tristero About the Position: We're on the lookout for clever, early stage software engineers. At Tristero we build high performance distributed systems, and our engineers play a ...

Synnex

Physical AI Engineer

Clearwater, FL · On-site +1

Remote or hybrid, US-based, with periodic time onsite at our robotics facility. * Occasional ... engineers with strong reinforcement learning and simulation expertise. At TD SYNNEX, our values ...

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Junior Robotics Engineer Remote information

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How much do junior robotics engineer remote jobs pay per year?

As of Sep 9, 2026, the average yearly pay for junior robotics engineer remote in the United States is $71,799.00, according to ZipRecruiter salary data. Most workers in this role earn between $48,500.00 and $80,000.00 per year, depending on experience, location, and employer.

What is a junior robotics engineer?

A Junior Robotics Engineer is an entry-level professional who assists in designing, building, and testing robots and robotic systems. In a remote role, they often collaborate with teams online to develop software, simulate robotic processes, and troubleshoot issues using digital tools. Their responsibilities may include coding, documentation, and participating in virtual meetings to support ongoing projects. While hands-on hardware work is sometimes limited remotely, they focus on software development, simulations, and remote diagnostics. This role is ideal for recent graduates or those new to robotics, offering valuable experience in the growing field of automation.

What are the key skills and qualifications needed to thrive as a junior robotics engineer remote?

To thrive as a Junior Robotics Engineer (Remote), you need a solid background in mechanical or electrical engineering, programming (often in C++ or Python), and a relevant degree in robotics or a related field. Familiarity with robotics frameworks like ROS, simulation tools such as Gazebo, and basic hardware prototyping is typically required. Strong problem-solving, effective remote communication, and a proactive learning attitude are standout soft skills. These abilities ensure successful contribution to complex robotics projects, seamless collaboration with distributed teams, and ongoing technical growth in a fast-evolving industry.

What are some typical challenges faced by a junior robotics engineer remote, and how can they be overcome?

As a Junior Robotics Engineer working remotely, you may encounter challenges such as limited access to physical hardware, coordinating hands-on testing, and collaborating effectively with team members across different locations. To overcome these, it's helpful to leverage simulation tools, maintain clear communication with your team via regular video calls or messaging platforms, and proactively seek feedback on your designs and code. Building strong relationships with mentors and peers, as well as staying organized with project management tools, can help ensure you stay productive and connected despite the remote setup.

What is the difference between Junior Robotics Engineer Remote vs Junior Automation Engineer?

AspectJunior Robotics Engineer RemoteJunior Automation Engineer
Required CredentialsBachelor's in Robotics, Mechanical, or Electrical Engineering; some certificationsBachelor's in Automation, Electrical, or Mechanical Engineering; relevant certifications
Work EnvironmentRemote, collaborative teams, engineering labsRemote or on-site, industrial or manufacturing settings
Industry UsageRobotics development, research, and product designManufacturing, process automation, industrial systems
Search & Comparison IntentJob roles involving robotics design and programmingAutomation system development and integration

The main difference between Junior Robotics Engineer Remote and Junior Automation Engineer lies in their focus areas. Robotics engineers primarily work on designing and programming robots, often in research or product development, while automation engineers focus on streamlining manufacturing processes. Both roles require similar educational backgrounds and certifications, but their work environments and industry applications differ slightly, catering to distinct career paths within engineering.

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Junior Robotics Engineer Remote jobs near you
Infographic showing various Junior Robotics Engineer Remote job openings in the United States as of September 2026, with employment types broken down into 75% Full Time, and 25% Part Time. Highlights an 100% Remote job distribution, with an average salary of $71,799 per year, or $34.5 per hour.

Senior Controls Engineer (Remote)

Troy, MI • Remote

International Automotive Components
See more jobs at International Automotive Componentsexternal

$99K - $131K/yr

Full-time

Posted 6 days ago

Job description

Position Summary

The Senior Controls Engineer is responsible for the design, development, implementation, and optimization of manufacturing control systems and automation solutions supporting automotive production operations. This role leads capital equipment projects from concept through launch, ensuring processes meet safety, quality, productivity, scrap, and labor objectives. The Senior Controls Engineer serves as a technical expert in PLC programming, robotics integration, process controls, and continuous improvement initiatives. This position also supports new product launches, equipment upgrades, troubleshooting, and plant automation strategies. This scope aligns with the existing IAC role description, which includes managing capital equipment processes, establishing controls, documenting processes, participating in PFMEA activities, and leading continuous improvement efforts. 

Essential Responsibilities
  • Lead the design, programming, commissioning, and validation of automated manufacturing equipment and control systems.
  • Develop and modify PLC, HMI, servo, vision, and robotic control programs.
  • Support new program launches by ensuring all controls systems meet project timing, quality, and production requirements.
  • Establish process parameters, equipment controls, and monitoring systems to maintain product quality and operational performance.
  • Troubleshoot and resolve electrical, controls, automation, and process-related issues.
  • Collaborate with manufacturing, quality, maintenance, product engineering, and suppliers to improve equipment performance and process capability.
  • Lead root cause analysis and corrective actions for equipment downtime and quality concerns.
  • Develop and maintain controls documentation including:
    • Electrical schematics
    • Network architecture
    • PLC/HMI backups
    • Process control plans
    • Equipment standards
  • Participate in PFMEA and manufacturing feasibility reviews. 
  • Support capital equipment sourcing, installation, validation, and startup activities.
  • Train maintenance and production personnel on equipment operation, troubleshooting, and preventive maintenance.
  • Drive continuous improvement initiatives focused on:
    • OEE improvement
    • Scrap reduction
    • Cycle-time reduction
    • Cost savings
    • Automation expansion
  • Ensure compliance with all safety, environmental, and customer requirements.
Education
  • Bachelor's Degree in Electrical Engineering, Controls Engineering, Mechatronics Engineering, or related technical field.
Experience
  • 7-10 years of controls engineering experience in a manufacturing environment.
  • Automotive Tier 1 supplier experience strongly preferred.
  • Experience supporting automated assembly, injection molding, foam, or interior trim manufacturing processes preferred.
Technical Skills
  • PLC Programming:
    • Allen-Bradley
    • Siemens
    • Rockwell
  • Programming remote IO using remote blocks:
    • Rockwell/Balluff
  • Industrial Robotics:
    • FANUC
    • ABB
  • Industrial Networks:
    • EtherNet/IP
    • Profibus/Serial
    • IO Link
  • Electrical controls design and troubleshooting
  • Safety systems and machine safeguarding
  • Dynamic Robotic Pathing
  • Cybersecurity for OT Environments
  • Knowledge in how to safety deploy/manage NAT VPN Setup for Tooling Machines
  • Allen-Bradley ControlLogix/CompactLogix, Siemens S7/TIA Portal, Beckhoff TwinCAT; structured programming, sequencing, interlocks, and fault recovery
  • AMRs/AGCs
  •  Vidi Cognex Vision
  • Simulation and virtual commissioning: Digital twins, PLC simulation, robot simulation, and offline commissioning.
  • MES Traceability
  • Python, C#, C++, or JavaScript
  • SQL, REST APIs, MQTT, OPC UA, and historian connectivity
  • Euromap Data Transfer
  • Ignition
  • PowerBI
Competencies
  • Strong project management skills
  • Excellent analytical and troubleshooting abilities
  • Ability to lead cross-functional teams
  • Effective written and verbal communication
  • Customer-focused mindset
  • Continuous improvement orientation
  • Ability to manage multiple projects simultaneously
Physical Requirements
  • Ability to work in manufacturing and production environments.
  • Occasional lifting of up to 25 pounds.
  • Ability to travel to plants, suppliers, and customer locations as required.
Preferred Qualifications
  • Professional Engineer (PE) certification
  • Certified Automation Professional (CAP)
  • Experience with Industry 4.0 technologies, IIoT, and advanced manufacturing systems
  • Experience supporting global manufacturing launches
Key Performance Indicators (KPIs)
  • Equipment uptime/OEE
  • Launch timing performance
  • Scrap reduction
  • Process capability improvements
  • Safety performance
  • Automation project completion
  • Manufacturing cost reductions