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Robotics Software Engineer Remote Jobs in Paterson, NJ

Turnblock.io

Software Engineer Remote (Web3)

New York, NY · Remote

$200K - $250K/yr

Software Engineer Opportunity Our client is on crypto's cutting-edge technology, and we're looking for the right engineers to join them. This is a remote position for any US-based candidate. Our ...

M7 Health

Software Engineer (Remote)

New York, NY · Remote

Software Engineer About M7 Health M7 Health is the AI-powered workforce operations platform for healthcare, designed for the realities of clinical staffing and scheduling. We use AI to help ...

Joveo

Software Engineers

New York, NY · Remote

$30 - $50/hr

Software Engineer (Remote) * Location: Remote (United States, Canada, United Kingdom, Australia) * Work Mode: Fully Remote Role Overview Help design and evaluate autonomous AI agents across multiple ...

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 ...

ClassPass

Senior Software Engineer (Remote)

New York, NY · Remote

$151K - $200K/yr

Promote engineering excellence through automated testing, thoughtful code reviews, and effective monitoring * Drive simplicity by reducing unnecessary complexity while maintaining reliability and ...

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All JobsRobotics Software Engineer JobsRobotics Software Engineer Remote JobsRobotics Software Engineer Remote Jobs in Paterson, NJ

Robotics Software Engineer Remote information

See Paterson, NJ salary details

$61.1K

$126.7K

$182.1K

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

As of Jun 8, 2026, the average yearly pay for robotics software engineer remote in Paterson, NJ is $126,710.00, according to ZipRecruiter salary data. Most workers in this role earn between $105,800.00 and $154,700.00 per year, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a Robotics Software Engineer (Remote), and why are they important?

To thrive as a Robotics Software Engineer working remotely, you need expertise in programming languages like C++ and Python, a background in robotics or computer engineering, and preferably a relevant degree. Familiarity with ROS (Robot Operating System), simulation tools such as Gazebo, and version control systems like Git are commonly required, along with experience in cloud collaboration platforms. Strong problem-solving abilities, self-motivation, and clear communication skills help you excel in distributed teams and manage complex projects independently. These skills and qualities are crucial to develop, test, and deploy robust robotics solutions efficiently while collaborating virtually with multidisciplinary teams.

How do Robotics Software Engineers typically collaborate with hardware teams in a remote work environment?

Robotics Software Engineers working remotely often use a combination of virtual meetings, collaborative platforms, and remote access tools to coordinate with hardware teams. Regular video conferences and shared documentation ensure alignment on integration points, testing schedules, and system requirements. Engineers may also use simulation environments to test code before deploying it to physical hardware, reducing the need for constant onsite presence. Effective communication and clear documentation are essential to overcome the challenges of working with physical devices from a distance.

What does a Robotics Software Engineer do in a remote role?

A Robotics Software Engineer working remotely designs, develops, and maintains software that controls robotic systems. This may include programming robot behaviors, integrating sensors, working with simulation environments, and troubleshooting software issues. Remote engineers often collaborate with teams using online communication tools, and may test code through simulators or by connecting to physical robots at a distance. Strong skills in programming languages like C++ or Python and familiarity with robotics frameworks such as ROS (Robot Operating System) are typically required.
What cities near Paterson, NJ are hiring for Robotics Software Engineer Remote jobs? Cities near Paterson, NJ with the most Robotics Software Engineer Remote job openings:
Robotics Software Engineer Remote jobs near you
Infographic showing various Robotics Software Engineer Remote job openings in Paterson, NJ as of May 2026, with employment types broken down into 81% Full Time, 14% Part Time, and 5% Contract. Highlights an 88% Physical, 3% Hybrid, and 9% Remote job distribution, with an average salary of $126,710 per year, or $60.9 per hour.
Robotics & Innovation Engineer

Robotics & Innovation Engineer

Gedeon GRC Consulting

Newark, NJ • On-site, Remote

$120K - $135K/yr

Full-time

Medical, Retirement, PTO

Posted 25 days ago

Job description

Gedeon GRC Consulting is looking for a Robotics & Innovation Engineer to join our firm! The Robotics & Innovation Engineer would support the development and deployment of emerging technologies across the firm's engineering and construction workflows. This role focuses on advancing robotics, sensing systems, data pipelines, and intelligent automation to improve how infrastructure is inspected, analyzed, and delivered. The position operates at the intersection of research and field application, translating new technologies into scalable solutions that enhance productivity, safety, and decision-making across projects.
SALARY RANGE:
$120,000 - $135,000 annually, Pay commensurate with experience.
LOCATION:
Options of Remote, Hybrid (local to the NYC Metro Area) or in office at our Newark, NJ location.

TRAVEL:
This position requires travel (less than 50%).

BENEFITS:
90% Company contribution towards all Health Insurance Plans, 401K Match, PTO, Bonus Potential, 10 Paid Company Holidays, and much more.
RESPONSIBILITIES:
❖ Support the design, development, and evaluation of robotic and sensor-based systems for applications such as inspection, surveying, mapping, and construction monitoring.
❖ Develop and implement data processing and analysis workflows to extract actionable insights from imagery, sensor data, and field-collected datasets.
❖ Contribute to the development of automation and AI/ML solutions that improve engineering processes and operational efficiency.
❖ Assist in integrating emerging technologies (e.g., robotics, computer vision, geospatial systems, digital twins) into existing company workflows.
❖ Support field deployment, testing, and validation of new tools and systems in real-world project environments.
❖ Collaborate with internal teams to identify opportunities for innovation, process improvement, and technology adoption.
❖ Maintain and improve existing research and deployed systems based on performance, feedback, and evolving project needs.
❖ Contribute to research initiatives, pilot programs, and grant-funded projects, including prototyping and reporting.
❖ Prepare visualizations, models, and reports to communicate findings and support decision-making.


QUALIFICATIONS:
❖ Bachelor's or Master's degree in Engineering, Computer Science, Robotics, or a related field and 5+ or 2+ years professional experience respectively.
❖ Advanced degree (e.g., PhD) with internship, academic project, co-op, or entry-level experience involving programming, process automation, workflow improvement, dataset development, or business technology implementation is preferred but not required.
❖ Experience working on applied technology, research, or field-based engineering projects preferred.
❖ US Driver's License.
❖ FAA Part 107 License is preferred.
❖ Experience or strong interest in robotics systems and field-deployed technologies.
❖ Experience or strong interest in data analysis, automation, or applied AI/ML.
❖ Experience or strong interest in engineering workflows within AEC, infrastructure, or related industries.
❖ Proficiency in Python or similar programming languages.
❖ Proficiency in data processing and visualization tools.
❖ Familiarity with computer vision or image processing.
❖ Familiarity with sensor data integration (e.g., LiDAR, thermal, geospatial data).
❖ Familiarity with robotics software stacks (e.g., ROS or equivalent).
❖ Familiarity with BIM, CAD, or geospatial platforms.
❖ Strong problem-solving and analytical skills.
❖ Ability to work across disciplines and translate technical concepts into practical applications.
❖ Effective communication and collaboration skills.