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From Home Nvidia Robotics Jobs in Wisconsin (NOW HIRING)

$32 - $36/hr

We continuously invest in our people and empower them to pursue their passions at work, at home, ... Set up and verify proper operation of molds, tooling, auxiliary equipment, robotic systems, cooling ...

WI · On-site

$60 - $80/hr

... from PLC systems and control cabinets to robots, cobots, vision‑guided robotics and advanced ... home office or onsite work. * You will get an attractive salary package with a lot of extra ...

WI · On-site

$90 - $120/hr

Travel required 10% Qualifications: * 5+ years of hands‑on experience in automotive, robotics ... Flexible hours and Work from Home support. * Daily drinks, snacks and catered meals (when in office)

Call is 1:8 Take call from home. Sign-On Bonus: $30,000 CME allowance Malpractice coverage with ... Beautiful tertiary care hospital with a level 3 NICU, Perioperative Suites including the XI robot ...

Call is 1:8 Take call from home. Sign-On Bonus: $30,000 CME allowance Malpractice coverage with ... Beautiful tertiary care hospital with a level 3 NICU, Perioperative Suites including the XI robot ...

Welder I - 1st Shift

Berlin, WI · On-site

$23.35/hr

From creating the home standby generator market category, to our current evolution into an energy ... or robotic welding in the fabrication of parts, to be used in the assembly of product lines to ...

WI · On-site

$90 - $130/hr

Work with advanced technologies including PLCs, robotics, machine vision systems, and Industry 4.0 ... Johnson Electric welcomes and encourages applications from people with disabilities. Accommodations ...

Electromechanical Repair Technician

Appleton, WI · On-site

$24.25 - $30.75/hr

Manual, robotic and semi-automatic Pulsed Metal Arc Welding (GMAW-P), Gas Tungsten Arc Welding ... Must be willing to be away from home for customer service calls and certification schools ...

Manual, robotic and semi-automatic Pulsed Metal Arc Welding (GMAW-P), Gas Tungsten Arc Welding ... Must be willing to be away from home for customer service calls and certification schools ...

You will be right at home at Waupaca Foundry. Cast Your Own Future. More information is available ... Program robots for material handling processes. * Program vision systems for locating parts and ...

You will be right at home at Waupaca Foundry. Cast Your Own Future. More information is available ... Program robots for material handling processes. * Program vision systems for locating parts and ...

Join a well-established Practice * Assist in the development of da Vinci Robotic Surgical System ... Great Central Location! an hour from Madison, Wisconsin, 90 minutes from Chicago, Illinois and 75 ...

Fabrication Engineer

Madison, WI · On-site

$70 - $95/hr

... most luxurious homes. We look for team members who are driven by innovation and excellence ... Understanding of robotic systems (Fanuc Preferred) * Basic understanding of electrical concepts and ...

Showing results 41-60

From Home Nvidia Robotics information

What is a from home Nvidia Robotics job?

'From Home Nvidia Robotics' jobs refer to remote positions with Nvidia that focus on robotics development, research, or support. These roles may include software engineering, AI development, simulation, or technical support for Nvidia's robotics platforms and tools, such as Isaac Sim or Jetson. Employees in these roles can work from their homes while collaborating virtually with global teams to develop cutting-edge robotics solutions. The work often involves coding, testing, and deploying robotics applications or supporting customers and partners using Nvidia's robotics technologies.

What are the key skills and qualifications needed to thrive as a from home Nvidia Robotics engineer?

To thrive as a Work-From-Home NVIDIA Robotics Engineer, you generally need a background in robotics, computer science, or engineering, with strong programming skills in languages like Python or C++. Familiarity with NVIDIA hardware (such as Jetson platforms), robotics middleware (like ROS), and deep learning frameworks is often required, along with relevant certifications or project experience. Excellent problem-solving, remote collaboration, and communication skills set standout candidates apart. These skills ensure the ability to develop, test, and deploy advanced robotics solutions efficiently while working remotely.

What are the typical collaboration tools and communication methods used by Nvidia Robotics teams working from home?

Nvidia Robotics professionals working remotely typically rely on a suite of digital collaboration tools to stay connected and productive. Common platforms include Slack or Microsoft Teams for instant messaging, Zoom for video meetings, and project management tools like Jira or Asana to track tasks and progress. Code collaboration and version control are usually managed through GitHub or GitLab. Regular virtual stand-ups and documentation sharing ensure everyone stays aligned, and there's a strong emphasis on clear, timely communication to support teamwork across different time zones and disciplines.

What is the difference between From Home Nvidia Robotics vs From Home Nvidia Data Analyst?

AspectFrom Home Nvidia RoboticsFrom Home Nvidia Data Analyst
Required CredentialsBachelor's in Robotics, Computer Science, or related field; certifications in robotics or automationBachelor's in Data Science, Statistics, or related; certifications in data analysis or visualization
Work EnvironmentRemote, involving software development, robotics programming, and simulationRemote, focusing on data collection, analysis, and reporting
Industry UsageRobotics, automation, AI developmentData-driven decision making, analytics, AI training

While both roles are remote and involve working with Nvidia technologies, From Home Nvidia Robotics focuses on developing and programming robotic systems, whereas From Home Nvidia Data Analyst centers on analyzing data to support business and AI insights. The credentials overlap in technical skills, but the job functions differ significantly in their focus areas.

What are the most commonly searched types of Nvidia Robotics jobs in Wisconsin?

The most popular types of Nvidia Robotics jobs in Wisconsin are:

What are popular job titles related to From Home Nvidia Robotics jobs in Wisconsin?

For From Home Nvidia Robotics jobs in Wisconsin, the most frequently searched job titles are:

What job categories do people searching From Home Nvidia Robotics jobs in Wisconsin look for?

The top searched job categories for From Home Nvidia Robotics jobs in Wisconsin are:

What cities in Wisconsin are hiring for From Home Nvidia Robotics jobs?

Cities in Wisconsin with the most From Home Nvidia Robotics job openings:

$32 - $36/hr

Full-time

Posted 15 days ago


Job description

At Radius Packaging, we put people first—our members and our customers. Our culture is guided by The Radius Way: Champion Positive Change, Act with Integrity, Strive for Excellence, Emphasize Community, and Work Together. These principles shape how we lead, collaborate, and grow together.

We don’t just talk about culture—we’re recognized for it. Radius Packaging is proud to be honored as:

  • Plastics News Processor of the Year — the industry’s highest distinction
  • Top Workplace by the Milwaukee Journal Sentinel in 2024 and 2025
  • Recipient of the Plastics News Excellence in Employee Relations Award

These recognitions reflect our commitment to continuing education, career advancement, employee recognition, and fostering a supportive, engaging work environment.

Celebrating over 53 years of success, Radius Packaging offers more than a job—we offer a community. Through educational resources, committees, clubs, and company-wide events, our members are supported in their professional growth and overall well-being—financial, mental, physical, and emotional. We continuously invest in our people and empower them to pursue their passions at work, at home, and in their communities.

If you’re looking for a workplace that values teamwork, innovation, sustainability, and personal growth, Radius Packaging is where you belong.

SUMMARY OF POSITION:

The Setup Process Technician serves as a key technical resource responsible for machine setups, mold changes, process optimization, troubleshooting, and equipment reliability within Blow Molding and Injection Molding operations. The role supports safe, efficient, and consistent production through effective startup activities, process control, root cause problem solving, continuous improvement initiatives, and collaboration with Production, Maintenance, Engineering, and Quality teams. The Setup Process Technician is expected to develop and maintain expertise in molding processes, tooling, equipment operation, and process stability to ensure the production of quality products delivered on time to customers.  

JOB DUTIES & ESSENTIAL FUNCTIONS:

This list of duties and responsibilities is not all inclusive and may be expanded to include other duties and responsibilities, as management may deem necessary from time to time.

Equipment Setup, Changeover & Startup 

  • Perform mold changes, machine setups, job changeovers, and startup activities on blow molding and injection molding equipment. 
  • Set up and verify proper operation of molds, tooling, auxiliary equipment, robotic systems, cooling circuits, and secondary equipment.  
  • Establish, document, and maintain approved process parameters to support safe, efficient, and repeatable production.  
  • Complete startup verification, quality inspections, and process checks  
  • Support production schedules by ensuring timely and effective changeovers and equipment readiness. 
  • The role supports centerlining by establishing, validating, and sustaining documented machine centerline settings and process windows that drive repeatable startups, reduced scrap, and consistent equipment performance.

Process Control & Optimization 

  • Monitor and adjust processing parameters to maintain product quality, efficiency, and cycle time performance.  
  • Analyze processing conditions and machine performance to identify opportunities for productivity improvements and waste reduction.  
  • Evaluate current setup methods and processing practices and recommend improvements to improve reliability, quality, and throughput. 
  • Support mold trials, process validation activities, and new product launches through process monitoring and technical feedback.  
  • Assist in documenting and maintaining process sheets, setup standards, and operating parameters.  

Troubleshooting & Technical Support 

  • Troubleshoot and resolve machine, process, tooling, automation, hydraulic, pneumatic, and auxiliary equipment issues.  
  • Utilize structured problem-solving techniques including root cause analysis and 8D methodologies to identify and eliminate recurring issues.  
  • Analyze scrap, downtime, and process variation to determine root causes and support corrective actions.  
  • Work closely with Maintenance, Engineering, Quality, and Production teams to resolve equipment and process concerns.  
  • Provide technical analysis and documentation related to process, tooling, and equipment performance issues.  

Maintenance & Equipment Reliability 

  • Perform preventive maintenance activities as assigned. 
  • Assist Maintenance in identifying, reporting, and correcting machine and equipment deficiencies. 
  • Maintain setup tools, molds, support equipment, and process documentation in an organized and ready condition.
  • Support equipment reliability improvement initiatives and tooling enhancement projects.  
  • Help reduce downtime through proactive equipment observations and corrective actions.  

Continuous Improvement 

  • Participate in Lean Manufacturing, Six Sigma, SMED, and continuous improvement initiatives to reduce changeover times while maintaining safety, quality, and process stability.
  • Use machine data, quality results, scrap trends, downtime information, and production metrics to identify process variation and implement corrective actions.
  • Recommend and implement improvements related to safety, quality, productivity, process stability, scrap reduction, and operational performance.  
  • Identify opportunities to improve setup consistency, machine efficiency, cycle times, and quality performance.  
  • Document process improvements, troubleshooting findings, and productivity gains as required.  

Technical Collaboration & Support 

  • Serve as a technical resource for operators, production personnel, maintenance technicians, and quality personnel.  
  • Train and support operators on approved process settings, centerline standards, startup procedures, escalation expectations, and out-of-control process conditions.
  • Participate in pilot runs, tooling qualifications, process testing, and new product introductions.  
  • Communicate effectively with Production, Engineering, Maintenance, and Quality regarding process and equipment performance.  
  • Support cross-functional projects and assist other departments with technical assignments and training when needed.  
  • Always be willing to help support other teams with open tasks and projects.  

Safety, Quality & Compliance 

  • Follow all safety procedures and maintain a clean, organized work environment. 
  • Comply with GMP, Food Safety, and Food Quality requirements as required by the company, customers, and government agencies.  
  • Attend required safety, technical, and compliance training sessions.  
  • Support company initiatives related to quality, safety, continuous improvement, and operational excellence.  

QUALIFICATIONS (KNOWLEDGE, SKILLS & ABILITIES):

 
  • High School Diploma or GED required. 
  • Advanced technical certification, apprenticeship, or formal manufacturing education preferred. 
  • Minimum of 3-5 years of machine setup, processing, maintenance, or technical manufacturing experience preferred.(Blended recommendation based on both source roles.) 
  • Experience with Blow Molding, Injection Molding, tooling, robotics, and auxiliary equipment preferred.  
  • Strong understanding of process troubleshooting, process optimization, and root cause analysis techniques.  
  • Working knowledge of centerlining, OEE, SMED, startup loss reduction, and data-driven process control preferred.
  • Ability to read and understand blueprints, process sheets, wiring diagrams, customer specifications, and technical documentation.  
  • Ability to work independently and as part of a team with minimal supervision. 
  • Demonstrated problem-solving and decision-making capabilities.  
  • Basic proficiency with Microsoft Office applications and manufacturing software systems.  
  • Strong written and verbal communication skills.  
  • Molder Certification or Master Molder Certification preferred.  
  • Must maintain flexibility in work hours to support a 24/7 manufacturing operation.  
  • Must possess personal tools and toolbox appropriate for the position. 

PHYSICAL REQUIREMENTS:

  • Must be able to stand and walk for long periods of time and lift/carry up to 30 to 50 pounds.
  • Must be able to use fingers, hands, and arms for regular tasks.
  • Must be able to climb steps, have a good hand-eye coordination, and bend/squat.
  • Must be able to wear proper Personal Protective Equipment.
  • Must be able to operate effectively in temperatures ranging from 60 to 110 F.
  • Must be capable of visually detecting defects, depth, colors, variances, and see objects.