Mechatronics/Mechanical Eng. -Intern/Fresher/Hybrid/Remote/Full/PartTi

Location: We have positions available across Vietnam: [#HCM], [#Cantho], [#Daklak], [#Gialai], [#Hanoi], [#DaNang], [#TayNinh], [#DongNai], [#VinhLong], [#BacNinh], [#KhanhHoa], [#QuangNgai], [#HaiPhong], [#BacNinh], [#NgheAn], [#Hue], [#LamDong], [#HungYen], [#ThanhHoa], [#TienGiang], [#HaiDuong]. Flexible Options: [#Hybrid], [#Parttime] [#FullTime] [#Onboard] [#Remote] are also available.

Are you a highly skilled and motivated Mechanical Engineer ready to drive innovation in robotics? We're a forward-thinking company at the forefront of robotics technology, and your expertise will be crucial in shaping the future of our production lines. You'll contribute your skills to dynamic, interdisciplinary teams, including Automation, Electronics, Software, Robotics, Production, and QA.

What You'll Bring to the Team

Requirements and Qualifications

A background in Mechanical Engineering, Control Engineering, Automation, or a related field ([#Fresher] and [#Intern] candidates are encouraged to apply!).

—OR— Equivalent hands-on experience in solving complex hardware and electro-mechanical challenges.

A passion for technology and a growth mindset, with an eagerness to learn and mentor others.

Key Skills and Expertise

Electro-Mechanical Systems and Design

Solid expertise in the selection, assembly, tuning, and troubleshooting of motors, motor controllers, sensors, and other electro-mechanical components ([#Mechatronics], [#Control]).

Strong commitment to Geometric Dimensioning and Tolerancing (GD&T) practices and familiarity with technical drawing standards.

CAD and Modeling

Mastery of 3D CAD systems (e.g., FreeCAD, OpenSCAD, SolidWorks, Inventor, etc.).

Proven experience negotiating version control and collaboration with multiple contributors on large, complex assemblies, ensuring design integrity.

Prototyping and Manufacturing

Proficiency with common mechanical prototyping tools and processes, including mills, lathes, 3D printing, and rapid tooling techniques ([#Manufacturing], [#Mold]).

Experience in material selection and designing for efficient production and reliability.

Engineering Analysis and Simulation

Proficiency with one or more engineering analysis tools for Simulation, Finite Element Analysis (FEA), Kinematics, or Dynamics (e.g., Python, Matlab, Simulink, ANSYS, etc.).

Ability to use modeling and analysis to validate designs and predict system performance.

Why Join Us?

You'll be part of a collaborative and learning-oriented environment where teaching and mentoring are highly valued. We are looking for individuals enthusiastic about personal and professional growth that extends beyond their immediate technical discipline. Your work will directly impact the performance and reliability of our next-generation robotic products.

Tags: [#MechanicalEngineering] [#Simulation] [#Control] [#Robotics] [#Automation] [#Modelling] [#CAD] [#Manufacturing] [#Mold] [#Design] [#Materials] [#Energy] [#Product] [#Embedded]