2

Additive Manufacturing Remote Jobs in Arkansas (NOW HIRING)

$78K - $106K/yr

In addition to project delivery the manufacturing engineer is also responsible for fulfiment of support requirements for a variety of internal stakeholders, including Operations, Quality, SHE, New ...

Field Service Tech - Level 2

Springdale, AR · On-site +1

$30.05 - $37/hr

S. was a result of a successful product line development in the manufacturing facility located in the Netherlands. Job purpose The Field Service Technician provides first level customer support for ...

Field Service Tech

Springdale, AR · On-site +1

$26.05 - $39.20/hr

S. was a result of a successful product line development in the manufacturing facility located in the Netherlands. Job purpose The Field Service Technician provides first level customer support for ...

Additive Manufacturing Remote information

What are some common challenges faced by professionals working in remote additive manufacturing roles, and how can they be overcome?

Working in a remote additive manufacturing role often involves overcoming challenges such as coordinating with on-site teams, managing complex digital workflows, and maintaining effective communication across different time zones. To address these, professionals typically leverage advanced collaboration tools, cloud-based CAD platforms, and regular video meetings to ensure alignment on project specifications and production timelines. Building a strong rapport with team members and establishing clear communication channels are key to successfully navigating the remote work environment in this field.

What are the key skills and qualifications needed to thrive as an Additive Manufacturing Remote Specialist, and why are they important?

To thrive as an Additive Manufacturing Remote Specialist, you need expertise in 3D printing technologies, materials science, and a background in engineering or related fields. Familiarity with CAD software, slicer programs, remote monitoring systems, and certifications like Additive Manufacturing Technician (AMT) are typically important. Strong problem-solving, attention to detail, and effective remote communication skills help you stand out in this role. These competencies ensure high-quality production, efficient troubleshooting, and seamless collaboration in a remote work environment.

What is additive manufacturing remote work?

Additive manufacturing remote work refers to the practice of performing tasks related to 3D printing and digital fabrication from a location outside of a traditional onsite manufacturing facility. Professionals in this field use digital tools, CAD software, and cloud-based platforms to design, simulate, and sometimes even remotely monitor additive manufacturing processes. While the physical printing often occurs at a dedicated site, many roles such as design, engineering, and process optimization can be effectively performed remotely. This setup allows for greater flexibility and can help companies access a wider talent pool.

What is the difference between Additive Manufacturing Remote vs Additive Manufacturing Technician?

AspectAdditive Manufacturing RemoteAdditive Manufacturing Technician
CredentialsTypically requires a degree in engineering, manufacturing, or related field; certifications like AMF or 3D printing certifications are commonUsually requires technical diploma or associate degree; certifications in 3D printing or CAD are beneficial
Work EnvironmentPrimarily remote, involving design, programming, and oversight of additive manufacturing processesOn-site or in manufacturing facilities, operating and maintaining 3D printers and equipment
Industry UsageUsed across industries for remote project management, design, and process optimizationHands-on manufacturing, equipment setup, and quality control in production settings

In summary, Additive Manufacturing Remote roles focus on remote design, programming, and project coordination, requiring strong technical skills and certifications, while Additive Manufacturing Technicians are hands-on workers operating and maintaining 3D printers on-site. Both roles are essential in the additive manufacturing industry but differ mainly in work environment and daily responsibilities.

What are the most commonly searched types of Additive Manufacturing jobs in Arkansas? The most popular types of Additive Manufacturing jobs in Arkansas are:
What job categories do people searching Additive Manufacturing Remote jobs in Arkansas look for? The top searched job categories for Additive Manufacturing Remote jobs in Arkansas are:
Infographic showing various Additive Manufacturing Remote job openings in Arkansas as of June 2026, with employment types broken down into 92% Full Time, and 8% Contract. Highlights an 100% Remote job distribution.

Senior Manufacturing and Maintenance Engineer

Atlas Copco

On-site, Remote

$78K - $106K/yr

Full-time

Posted 15 days ago


Atlas Copco rating

8.4

Company rating: 8.4 out of 10

Based on 58 frontline employees who took The Breakroom Quiz

98th of 486 rated machine equipment manufacturers


Job description

Your role
Identify, develop, and execute a tasks and projects to deliver;
  1. Capability and continuous improvement within Trilliums service center locations utilising the latest lean manufacturing methods to deliver the required level of productivity and quality in the most cost effective way possible.
  2. Shopfloor methods, procedures and training to ensure safe, efficient, repeatable and reliable service products.

In addition to project delivery the manufacturing engineer is also responsible for fulfiment of support requirements for a variety of internal stakeholders, including Operations, Quality, SHE, New Product Introduction, and New Technology Introduction, and ensuring adherence to published engineering standards through a program of audit and change control.
Main Responsibilities:
  1. Contribute to development of various projects. Develop concepts, produce designs, obtain quotes, produce project schedules, and perform safety assessments.
  2. Manage and support execution of projects. Engage with suppliers and contractors to safely deliver project deliverables on schedule and on budget. Contribute to internal project meetings, spend and schedule tracking, engineering management reports, and post-project reviews and effectiveness measurement.
  3. Support execution of portfolio of continuous improvement projects (CIP), consisting of;
    1. projects proactively generated through application of their knowledge and expertise and application of tools such as Value Stream Mapping (VSM) and Capacity Models
    2. inputs gathered from local teams (operations, safety, quality) and global teams (NPI, lean, technology, and cost reduction teams.)
  4. Contribute to regular priority alignment and performance reviews with regional GMs and operations managers to ensure regular, structured alignment of CIP program.
  5. Maintain capacity models, collating site configuration, remanufacturing standard times, and volume forecast data to provide foresight of equipment utilisation changes.
  6. Implement internal directives, such as ECR's and Service Information Bulletins, issued by global teams to address quality or operational issues
  7. Fulfil engineering scope of Vacuum Technique Production System (VTPS) e.g. attend site operations meetings, conduct site walkthroughs, support problem solving activities.
  8. Prepare Kaizen, Permit, and Engineering Change applications for submission to internal change control council.
  9. Execute program of engineering audits to ensure deviations from published standards are identified and addressed.
  10. Manage own continuous development through application of structured planning & review process and identification/attendance of appropriate training programs.
To succeed, you will need
  • A Degree level qualification in an Engineering discipline.
  • Experience of managing external stakeholders including suppliers and contractors.
  • High level of customer focus, and experience of working to understand and fulfil their needs. Strong communication skills.
  • Able to operate effectively from shop floor to management team.
  • High level of organisational awareness, and experience of influencing and delivering results without direct line of authority. Experience of executing a variety of project types.
  • Fluent English language - able to hold technical discussions.
  • Focussed on own continuous development.
  • Flexible working pattern to facilitate collaboration with global teams.
  • Knowledge of high-accuracy mechanical system design and manufacturing preferred.
  • Knowledge of lean manufacturing and quality tools (e.g. Kaizen, Time-Study, VSM, PFMEA, Problem Solving Tools) and safety management tools (risk assessment, permit to work).
  • Proficient in use of engineering and productivity tools e.g. AutoCAD, MS Project, O365
In return, we offer
  • Culture of trust and accountability
  • Lifelong learning and career growth
  • Innovation powered by people
  • Comprehensive compensation and benefits
  • Health and well-being
Job location
Your job location for this role will be at our advanced manufacturing facility in Hamburge New Jersey, United States. You will be part of a highly skilled team, benefiting from hands-on collaboration and access to cutting-edge machinery and technology.
Contact information
Talent Acquisition Team: Makayla M Dillon
Uniting curious minds
Behind every innovative solution, there are people working together to transform the future. With careers sparked by initiative and lifelong learning, we unite curious minds, and you could be one of them.

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