How AI is doing after its first few months on the job

trevorjohnson83

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how is AI coming along as of today in robotics and replacing jobs? which jobs is it failing at the most and which has had success?

ChatGPT said:​

Great question. AI and robotics are definitely advancing fast, and their impact on jobs is complex. Some jobs are being disrupted more than others, and there’s a mix of where we're seeing successes vs where things are still struggling. Here’s an up-to-date breakdown (as of 2025) — plus some of the trends, risks, and which jobs are most/least affected.


How AI & Robotics Are Coming Along (as of 2025)​

  1. Increased Real-World Deployment
    • Big companies are pushing into robotics: Google DeepMind, Meta, OpenAI, Amazon, and others are investing more in robots that can interact with the physical world. Le Monde.fr
    • In China, AI-powered humanoid robots are being developed to do complex tasks in manufacturing, assembly, and quality control. Reuters
    • Amazon has a robot called Vulcan that has a “sense of touch” — it can handle and manipulate a variety of items by touch rather than just using vision or suction. The Guardian
    • Startups like Figure AI are building humanoid robots for industrial environments. Wikipedia
    • Persona AI is working on humanoid welding robots for shipyards. Wikipedia
  2. Automation Technologies Getting Smarter
    • Beyond just physical robots, AI is increasingly used to optimize and control automated systems. For example: there’s research into AI-driven magnetic levitation (“maglev”) conveyors for manufacturing, allowing faster, frictionless transport of parts. arXiv
    • There is also development of collaborative robots (“cobots”) that work alongside humans more safely, rather than just replacing them. arXiv
  3. Labour Market Effects Predicted
    • According to the World Economic Forum’s Future of Jobs Report 2025, robotics & autonomous systems are expected to be among the biggest net job displacers — the report projects a net decline of ~5 million jobs from robotics. World Economic Forum Reports
    • However, AI/information processing tech is also expected to create many jobs: the same WEF report estimates 11 million jobs created by AI + 9 million displaced by it. World Economic Forum Reports

Jobs That AI / Robotics Are​

These are categories where automation is already making strong inroads:

  • Repetitive Manufacturing / Assembly Line Work
    Robots have long been used in factories, and AI is improving their flexibility and decision-making. Hareot+2CEO Today+2
  • Warehouse and Logistics Work
    Automation + robotics in distribution centers (e.g., picking, sorting) are increasingly common. Hareot+1
  • Clerical / Administrative Jobs
    • Data Entry: Very high automation risk — OCR + RPA tools are super efficient. Hareot+2All About AI+2
    • Payroll, Bookkeeping, Basic Accounting: AI accounting software is reducing the need for human bookkeepers. Hareot+1
  • Customer Service
    Chatbots and AI voice assistants are handling more routine queries. www.whatjobs.com+1
  • Cashiers / Retail
    Self-checkout, mobile payments, and more automated retail systems put cashier jobs at risk. Hareot
  • Telemarketing
    AI-driven outreach and virtual assistants can automate a lot of cold-calling / sales calls. HR Software
  • Bank Tellers
    Digital banking, AI advisors, and branch automation are reducing need for human tellers. CEO Today+1
  • Legal / Paralegal Work
    AI tools are being used to automate document review, basic legal research. HR Software+1
  • Travel Agents
    AI can plan trips, book hotels, suggest itineraries — replacing some traditional travel-agency tasks. CEO Today
  • Software Development (some aspects)
    According to some reports, AI is increasingly writing code or assisting in development; some junior dev roles are at risk. Final Round AI

Jobs Where AI / Robotics Are​

There are quite a few areas where automation is less effective or slower to take over, especially when physical dexterity, nuanced reasoning, or very unpredictable environments are required:

  1. Highly Skilled & Creative Work
    • Tasks requiring deep expertise, creativity, and judgment (e.g., advanced research, creative writing, strategy) are more resistant (though AI is helping, it's rarely “fully replacing” humans in those roles).
    • Some software engineers are being replaced for repetitive code generation, but many “real” engineering jobs still require human oversight / design. Final Round AI
  2. Physical Jobs in Unstructured Environments
    • Jobs that require fine manipulation, adaptation to unpredictable terrain or human-centric tasks (like caregiving, construction, very dexterous trades) are still quite hard for robots to fully take over.
    • For example, trade jobs like roofing, plumbing, or complex maintenance often have high variability and require on-the-fly problem solving. (This is a commonly mentioned limitation in robotics discussion.) Reddit+1
    • Also, some humanoid robots are still early-stage: while companies like Figure AI are pushing them, they are not yet everywhere. Wikipedia
    • Safety is a concern: in manufacturing, “cobots” need reliable sensors to detect humans and avoid accidents. arXiv
  3. Roles That Demand Human Empathy / Complex Social Intelligence
    Jobs that require genuine empathy, deep social interaction, or complex negotiation — e.g., therapists, many teacher roles, high-level management — are harder for AI to replicate fully.
  4. Regulated / Critical Decision-Making Jobs
    Roles involving high risk (e.g., certain medical roles, high-stakes legal decisions) are slower to be automated given liability, trust, and regulatory issues.

Major Risks & Challenges in Current AI-Robotics Job Displacement​

  • Economic Inequality: Displacement is likely concentrated in low-to-mid-skill jobs. According to some projections, robotics alone could net-displace millions of jobs. World Economic Forum Reports
  • Reskilling Gap: Workers displaced may not have the necessary training to move into the new “AI + robotics maintenance / programming” jobs.
  • Cost & Reliability: While automation is cheaper over time, robots are still expensive to deploy, maintain, and program — especially for complex or dynamic tasks.
  • Social & Policy Issues: There are big questions about how economies adapt (universal basic income, regulation, retraining programs, etc.).
  • Technical Limitations: Robotics still struggles with dexterity, complex environments, and proper “common-sense” physical reasoning.

Looking Ahead: Where the​

  • Humanoid Robots: With startups like Figure AI and Persona AI pushing forward, humanoid robots may take on more industrial tasks, but real economic-scale deployment is still somewhat nascent. Wikipedia+1
  • Logistics & Warehouses: This remains one of the top battlegrounds — many more “picking / sorting /packing” tasks will likely go to robots.
  • “Office Automation + AI Assistants”: More administrative work will continue to be automated through AI workflows, RPA, and digital assistants.
  • Manufacturing Innovation: With advances like AI-powered maglev conveyors, new forms of production automation are emerging. arXiv
  • Care & Social Robotics: As AI improves in perception and interaction, robots could take more roles in elder care, repetitive healthcare tasks, or socially assistive roles — though social acceptance and safety will be key.

Bottom Line​

  • Yes, AI + robotics are already replacing jobs, especially in repetitive manufacturing, warehousing, administrative tasks, and customer service.
  • But, many jobs are still safe or only partially impacted, particularly those requiring high technical skill, creativity, or social intelligence.
  • The biggest near-term disruptions are more likely in routine, predictable tasks rather than highly unpredictable or deeply human work.
  • How society handles this transition (reskilling, policy, job creation) will strongly influence whether this is a net positive or negative for workers.

If you like, I can run a 2025-2030 projection based on current trends: which jobs are most likely to be replaced in the next 5 years, and where new opportunities will probably grow. Do you want me to do that?
 
I found this highly amusing, but I have no idea why they didn't build their 'bot with more stable "feet". He looks like a drunk leaving the club at 2:00 a.m., in search of an afterhours lol.
 
  • Software Development (some aspects)
    According to some reports, AI is increasingly writing code or assisting in development; some junior dev roles are at risk.
    Final Round AI

Learn to code they said....You will be set for life they said. :laughing0301:

Good thing the pipefitters decided to wait it out.
 
It's not overseas competition ... it's robots destroying American manufacturing jobs ... imagine that ...
 
how is AI coming along as of today in robotics and replacing jobs? which jobs is it failing at the most and which has had success?

ChatGPT said:​

Great question. AI and robotics are definitely advancing fast, and their impact on jobs is complex. Some jobs are being disrupted more than others, and there’s a mix of where we're seeing successes vs where things are still struggling. Here’s an up-to-date breakdown (as of 2025) — plus some of the trends, risks, and which jobs are most/least affected.


How AI & Robotics Are Coming Along (as of 2025)​

  1. Increased Real-World Deployment
    • Big companies are pushing into robotics: Google DeepMind, Meta, OpenAI, Amazon, and others are investing more in robots that can interact with the physical world. Le Monde.fr
    • In China, AI-powered humanoid robots are being developed to do complex tasks in manufacturing, assembly, and quality control. Reuters
    • Amazon has a robot called Vulcan that has a “sense of touch” — it can handle and manipulate a variety of items by touch rather than just using vision or suction. The Guardian
    • Startups like Figure AI are building humanoid robots for industrial environments. Wikipedia
    • Persona AI is working on humanoid welding robots for shipyards. Wikipedia
  2. Automation Technologies Getting Smarter
    • Beyond just physical robots, AI is increasingly used to optimize and control automated systems. For example: there’s research into AI-driven magnetic levitation (“maglev”) conveyors for manufacturing, allowing faster, frictionless transport of parts. arXiv
    • There is also development of collaborative robots (“cobots”) that work alongside humans more safely, rather than just replacing them. arXiv
  3. Labour Market Effects Predicted
    • According to the World Economic Forum’s Future of Jobs Report 2025, robotics & autonomous systems are expected to be among the biggest net job displacers — the report projects a net decline of ~5 million jobs from robotics. World Economic Forum Reports
    • However, AI/information processing tech is also expected to create many jobs: the same WEF report estimates 11 million jobs created by AI + 9 million displaced by it. World Economic Forum Reports

Jobs That AI / Robotics Are​

These are categories where automation is already making strong inroads:

  • Repetitive Manufacturing / Assembly Line Work
    Robots have long been used in factories, and AI is improving their flexibility and decision-making. Hareot+2CEO Today+2
  • Warehouse and Logistics Work
    Automation + robotics in distribution centers (e.g., picking, sorting) are increasingly common. Hareot+1
  • Clerical / Administrative Jobs
    • Data Entry: Very high automation risk — OCR + RPA tools are super efficient. Hareot+2All About AI+2
    • Payroll, Bookkeeping, Basic Accounting: AI accounting software is reducing the need for human bookkeepers. Hareot+1
  • Customer Service
    Chatbots and AI voice assistants are handling more routine queries. www.whatjobs.com+1
  • Cashiers / Retail
    Self-checkout, mobile payments, and more automated retail systems put cashier jobs at risk. Hareot
  • Telemarketing
    AI-driven outreach and virtual assistants can automate a lot of cold-calling / sales calls. HR Software
  • Bank Tellers
    Digital banking, AI advisors, and branch automation are reducing need for human tellers. CEO Today+1
  • Legal / Paralegal Work
    AI tools are being used to automate document review, basic legal research. HR Software+1
  • Travel Agents
    AI can plan trips, book hotels, suggest itineraries — replacing some traditional travel-agency tasks. CEO Today
  • Software Development (some aspects)
    According to some reports, AI is increasingly writing code or assisting in development; some junior dev roles are at risk. Final Round AI

Jobs Where AI / Robotics Are​

There are quite a few areas where automation is less effective or slower to take over, especially when physical dexterity, nuanced reasoning, or very unpredictable environments are required:

  1. Highly Skilled & Creative Work
    • Tasks requiring deep expertise, creativity, and judgment (e.g., advanced research, creative writing, strategy) are more resistant (though AI is helping, it's rarely “fully replacing” humans in those roles).
    • Some software engineers are being replaced for repetitive code generation, but many “real” engineering jobs still require human oversight / design. Final Round AI
  2. Physical Jobs in Unstructured Environments
    • Jobs that require fine manipulation, adaptation to unpredictable terrain or human-centric tasks (like caregiving, construction, very dexterous trades) are still quite hard for robots to fully take over.
    • For example, trade jobs like roofing, plumbing, or complex maintenance often have high variability and require on-the-fly problem solving. (This is a commonly mentioned limitation in robotics discussion.) Reddit+1
    • Also, some humanoid robots are still early-stage: while companies like Figure AI are pushing them, they are not yet everywhere. Wikipedia
    • Safety is a concern: in manufacturing, “cobots” need reliable sensors to detect humans and avoid accidents. arXiv
  3. Roles That Demand Human Empathy / Complex Social Intelligence
    Jobs that require genuine empathy, deep social interaction, or complex negotiation — e.g., therapists, many teacher roles, high-level management — are harder for AI to replicate fully.
  4. Regulated / Critical Decision-Making Jobs
    Roles involving high risk (e.g., certain medical roles, high-stakes legal decisions) are slower to be automated given liability, trust, and regulatory issues.

Major Risks & Challenges in Current AI-Robotics Job Displacement​

  • Economic Inequality: Displacement is likely concentrated in low-to-mid-skill jobs. According to some projections, robotics alone could net-displace millions of jobs. World Economic Forum Reports
  • Reskilling Gap: Workers displaced may not have the necessary training to move into the new “AI + robotics maintenance / programming” jobs.
  • Cost & Reliability: While automation is cheaper over time, robots are still expensive to deploy, maintain, and program — especially for complex or dynamic tasks.
  • Social & Policy Issues: There are big questions about how economies adapt (universal basic income, regulation, retraining programs, etc.).
  • Technical Limitations: Robotics still struggles with dexterity, complex environments, and proper “common-sense” physical reasoning.

Looking Ahead: Where the​

  • Humanoid Robots: With startups like Figure AI and Persona AI pushing forward, humanoid robots may take on more industrial tasks, but real economic-scale deployment is still somewhat nascent. Wikipedia+1
  • Logistics & Warehouses: This remains one of the top battlegrounds — many more “picking / sorting /packing” tasks will likely go to robots.
  • “Office Automation + AI Assistants”: More administrative work will continue to be automated through AI workflows, RPA, and digital assistants.
  • Manufacturing Innovation: With advances like AI-powered maglev conveyors, new forms of production automation are emerging. arXiv
  • Care & Social Robotics: As AI improves in perception and interaction, robots could take more roles in elder care, repetitive healthcare tasks, or socially assistive roles — though social acceptance and safety will be key.

Bottom Line​

  • Yes, AI + robotics are already replacing jobs, especially in repetitive manufacturing, warehousing, administrative tasks, and customer service.
  • But, many jobs are still safe or only partially impacted, particularly those requiring high technical skill, creativity, or social intelligence.
  • The biggest near-term disruptions are more likely in routine, predictable tasks rather than highly unpredictable or deeply human work.
  • How society handles this transition (reskilling, policy, job creation) will strongly influence whether this is a net positive or negative for workers.

If you like, I can run a 2025-2030 projection based on current trends: which jobs are most likely to be replaced in the next 5 years, and where new opportunities will probably grow. Do you want me to do that?
They're doing shite. Every time I encounter one on a help desk/chat system thing, I just keep typing in, "Can I speak to a human please". AI is utter crap.
 
Captain Caveman I found a team of engineers at my local case western reserve campus in a program called thinkbox that are willing to work on that idea for a refrigerant fueled generator, I have been not interested enough to go in yet but they understood the project, my schematic is not engineer, just rough draft.
 
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