Robotics & Controls

Launch your career in engineering with Johnson & Johnson

Complete work that simulates life on the job. 3-4 hours and self-paced.
Stand out in your application to Johnson and Johnson. Show us you're a motivated candidate.

Why complete this Job Simulation

A risk-free way to experience work on the job with us at Johnson and Johnson. Practice your skills with example tasks and build your confidence to ace your applications.

Self-paced

3-4 hours

No grades

Optional assessment

Intermediate

Welcome to our program! We're thrilled to have you here.

At Johnson & Johnson, we believe health is everything. Our strength in healthcare innovation empowers us to build a world where complex diseases are prevented, treated, and cured, where treatments are smarter and less invasive, and solutions are personal. Through our expertise in Innovative Medicine and MedTech, we are uniquely positioned to innovate across the full spectrum of healthcare solutions today to deliver the breakthroughs of tomorrow, and profoundly impact health for humanity.

Through this program, you will:

Step into the role of a Robotics & Control Engineering team member on our Johnson & Johnson MedTech team.
Complete tasks that mirror the real-world challenges faced by our engineering teams.
Gain hands-on experience in diagnostic analysis, control optimization, and design enhancements.

We hope this program not only strengthens your technical skills and enhances your resume but also gives you valuable insight into a potential career with Johnson & Johnson.

How it works

Complete tasks guided by pre-recorded videos and example answers.
Earn a certificate and add it to your resume and LinkedIn as an extra curricular activity.
Stand out in applications. Confidently answer interview questions and explain why you’re a good fit for our team.

Skills that will help before starting:

Entry level Engineering

Hardware Engineering

Software Engineering

Skills you will learn and practice:

Algorithm Development

Analytical Problem Solving

Analytical Thinking

Attention to Detail

Design Iteration

Problem Solving

Software Development

Software Testing

Technical Documentation

Introduction from Johnson and Johnson

Tasks

Intro & Scenario

Background context and your project team

Your role

You'll analyze and troubleshoot control code within a robotic surgical arm to diagnose performance issues and identify areas for improvement.
Implement solutions to optimize the precision, responsiveness, and reliability of robotic systems.
Collaborate with a design specialist to evaluate diagnostic findings and propose targeted design modifications that enhance system functionality.
Document your findings and recommendations in a structured, professional format to support the development of safer and more effective surgical devices.

Your goal

Gain hands-on experience diagnosing and resolving control system challenges in robotic surgical devices.
Sharpen your skills in optimizing control code to improve the performance of advanced robotic systems.
Learn how to analyze robotic designs and confidently propose targeted improvements that drive real-world results.
Develop expertise in documenting technical findings and recommendations for professional engineering contexts.

Intro & Scenario

Background context and your project team

Your role

You'll analyze and troubleshoot control code within a robotic surgical arm to diagnose performance issues and identify areas for improvement.
Implement solutions to optimize the precision, responsiveness, and reliability of robotic systems.
Collaborate with a design specialist to evaluate diagnostic findings and propose targeted design modifications that enhance system functionality.
Document your findings and recommendations in a structured, professional format to support the development of safer and more effective surgical devices.

Your goal

Gain hands-on experience diagnosing and resolving control system challenges in robotic surgical devices.
Sharpen your skills in optimizing control code to improve the performance of advanced robotic systems.
Learn how to analyze robotic designs and confidently propose targeted improvements that drive real-world results.
Develop expertise in documenting technical findings and recommendations for professional engineering contexts.

Reviews

4.5

The simulation provided a practical introduction to robotics and controls in the MedTech industry. I learned about troubleshooting robotic arm issues, improving control code, optimizing system responsiveness, and enhancing the durability and reliability of robotic systems. It helped me understand how engineering concepts can be applied to real-world medical technology.

Student, Shri Ramdeobaba College of Engineering and Management

I liked how the simulation allowed me to test different efficiency and durability improvement factors and immediately compare their impact on the robotic arm’s response time and durability. It helped me understand how small design changes can improve responsiveness and reliability before implementing them on real hardware.

Student

I liked how the simulation provided a practical understanding of troubleshooting and optimizing a robotic arm. It helped me identify issues such as delayed response times, sensor misalignment, actuator strain, and joint durability, while exploring possible solutions to improve the robotic arm’s performance, efficiency, and reliability.

Student, Manipal University Jaipur