CAREERS

Blueprint Lab is a highly dynamic, inclusive workplace. We are an enthusiastic team, passionate about the work we do and striving to offer meaningful contributions to the industries we support.

CAREERS

Blueprint Lab is a highly dynamic, inclusive workplace. We are an enthusiastic team, passionate about the work we do and striving to offer meaningful contributions to the industries we support.

WHY WORK AT BLUEPRINT LAB

At Blueprint Lab, we believe we are only as effective as our culture allows us to be.  We foster a culture of hard work, professional excellence, and enthusiasm for the products we make and our customer’s success.  We are one of the few Australian companies designing and building advanced robotics in-house, enabling multi-disciplinary collaboration and career progression.

LinkedIn

We post all our job ads on LinkedIn. Follow us to stay up to date!

Work with innovative technology
Work with Innovative
Technology
Training opportunity and career development
Training Opportunity and
Career Development
Diverse Team
Diverse Team
and Skill Set
Supportive and social environment
Supportive and Social
Environment

THE BLUEPRINT EXPERIENCE

Hear What Our Team Says

"The company has a mutual trust with its employees that allows us the creative space and resources to explore innovative ideas, set your own goals and score them, all under the one roof. Also, the coffee machine is a beast."

Nelson
Mechanical Engineer

"I've been able to expand my skills and grow into my areas of interest in ways I never expected, all whilst working with a supportive and enthusiastic team."

Rosie
Office Manager
"The close knit business culture makes you feel like your work contributes a lot"

James
Tech Support Lead

"I enjoy working with a group of highly intelligent friends who constantly challenge themselves and create incredible technologies that make Blueprint Lab consistently unique in their field and always pushing the boundaries of possibilities. Also, people bring in baked goods"

Jacob
Production Engineer & ROV operator

CURIOUS ABOUT WHAT WE DO?

Find out more about the projects we work on

2021 Sponsors of the Sydney Uni Mechatronics Society (SUMO)

WORK WITH US

OPEN POSITIONS

Applications

If Blueprint Lab sounds like a match and you are a talented individual, please send your resume, portfolio, and cover letter to info@blueprintlab.com.

Internship Programs

Group Internships run during Summer and Winter break.  We accept applications year round and can also discuss bespoke placements in support of vocational training.

CONTACT US

MAKE YOUR INTERNSHIP COUNT

Internship project summaries straight from the source

The aim of this project was to control the BIA5-MK8 and the Bravo 7 simultaneously via a master arm. To achieve this goal I was expected to;
  • Develop embedded sofware for the Master Arm to allow for control of the BIA5 while also controlling the Bravo 7.
  • Develop graphical interface panels in Reach Control to setup and maintain connections with the BIA5.
  • Research and impelement network communications between the BIA5 and Reach Control.
  • Develop a graphical display for several IP camera feeds within Reach Control.
KyleMechatronics Engineer
My internship project involved using the Robot Operating System (ROS) to develop new ways to control a Reach Alpha 5 arm and visualise its operating environment. You would map the work environment using a realsense depth camera mounted to the arm. From this map, you could plan and execute a course for the arm to take in the work environment.
JohnComputer Science & Mechatronics Engineer
The aim of the project was to develop a 6 Degree of Freedom (6DOF) controller, capable of mimicking Velocity (°/s) and Cartesian (x, y, z, ROLL, PITCH, YAW) movements of the user. This was proposed as an alternative to the Blueprint Lab Master Arm. The Master Arm Delta is based on a Stewart Platform with a base ring of motors engaging the joints of a robotic manipulator. The new technology simplifies user experience where operators focus on a single objective – the end-effector position, while all other joint mechanics are automated to meet the end-effector’s specifications.
NelsonMechanical Engineer

MAKE YOUR INTERNSHIP COUNT

Internship project summaries straight from the source

The aim of this project was to control the BIA5-MK8 and the Bravo 7 simultaneously via a master arm. To achieve this goal I was expected to;
  • Develop embedded sofware for the Master Arm to allow for control of the BIA5 while also controlling the Bravo 7.
  • Develop graphical interface panels in Reach Control to setup and maintain connections with the BIA5.
  • Research and impelement network communications between the BIA5 and Reach Control.
  • Develop a graphical display for several IP camera feeds within Reach Control.
KyleMechatronics Engineer
My internship project involved using the Robot Operating System (ROS) to develop new ways to control a Reach Alpha 5 arm and visualise its operating environment. You would map the work environment using a realsense depth camera mounted to the arm. From this map, you could plan and execute a course for the arm to take in the work environment.
JohnComputer Science & Mechatronics Engineer
The aim of the project was to develop a 6 Degree of Freedom (6DOF) controller, capable of mimicking Velocity (°/s) and Cartesian (x, y, z, ROLL, PITCH, YAW) movements of the user. This was proposed as an alternative to the Blueprint Lab Master Arm. The Master Arm Delta is based on a Stewart Platform with a base ring of motors engaging the joints of a robotic manipulator. The new technology simplifies user experience where operators focus on a single objective – the end-effector position, while all other joint mechanics are automated to meet the end-effector’s specifications.
NelsonMechanical Engineer

Stay updated on our latest news

Subscribe to our Newsletter