P1
ROBO.GEN.P1
Entry

JobFrame · ROBO.GEN.P1

Robotics Engineering · General

P1 · P1 — Entry-Level Professional · Individual contributor

Median pay · United States

$61,862

$48,598$78,747 · USD · annual · national base (function pricing in review)

Level position

P1 · 1 of 5 in track

Median pay

$61,862

$48,598–$78,747

Level

P1

P1 · 1 of 5 in track

Super-function

engineering

Demand-heat

cool

2.1% growth

Summary

Assist in building and testing simple robot components; follow established designs; write basic control code under supervision.

This level — P1 P1 — Entry-Level Professional

New to role or field; performs basic tasks under supervision

Who does this work

A Robotics Engineer with a passion for innovation who wants to design and implement cutting-edge robotic systems that enhance efficiency and automate complex tasks.

The problem this role solves

The increasing demand for automation solutions across various industries, leading to a shortage of skilled robotics professionals. Feeling overwhelmed by the complexity of integrating mechanical, electrical, and software engineering disciplines to create effective robotic systems. Believing that automation can significantly improve productivity and quality of life, but struggling with the ethical implications of replacing human jobs with robots.

The transformation

Successfully design and deploy robust robotic systems that enhance operational efficiency. Become a leader in the field of robotics engineering, influencing new technologies and best practices. Contribute to a future where robotics and human workers coexist to improve productivity and create new job opportunities.

What's at risk

Struggle to keep up with rapid technological advancements, leading to outdated skills. Face difficulties in collaboration, resulting in unsuccessful project outcomes. Fail to address ethical concerns, leading to resistance from stakeholders and the public.

How the role wins

  • 1. Acquire in-depth knowledge of engineering principles related to robotics including mechanics, electronics, and software.
  • 2. Engage in continuous learning through formal education, certifications, and hands-on experience with robotic systems.
  • 3. Collaborate with multidisciplinary teams to develop innovative solutions that meet industry needs.
  • 4. Test and iterate on robotic designs to ensure functionality and reliability.
  • 5. Advocate for the benefits of robotics while addressing potential concerns related to job displacement.
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