Azenta Life Sciences develops a variety of low-power (sub-500W) automated equipment specifically designed for bio-sample management, including decapping/recapping machines. We are seeking a skilled Mechatronics Engineer to join our small, dynamic engineering team. This role involves both developing new products (70%) and maintaining existing designs (30%). In the development aspect, responsibilities include specifying and testing small DC and stepper motors, and designing control systems, which may range from custom microcontroller-based solutions to off-the-shelf systems, depending on the requirements. This role provides an opportunity to take ownership of significant portions of machine design, offering a varied workload suitable for someone interested in multidisciplinary engineering. The skill focus is approximately 65% electronics/electrical/firmware and 35% mechanical. In maintenance, duties include supporting service personnel, configuring machine settings for new labware types, and assisting manufacturing engineers in creating factory test procedures. About You You are enthusiastic and proactive, with a natural ability to make things happen. As an original thinker, you are comfortable challenging others’ perspectives but also open to constructive feedback. You combine pragmatic thinking with excellent hands-on skills and have the drive to see projects through to completion. Key Skills and Qualifications Degree in Electronic or Mechanical Engineering (or a similar field) preferred; equivalent experience and demonstrated expertise will also be considered. Electronics Expertise: Knowledge of mixed-signal electronics with an ability to read schematics and perform design work. Hands-on electronics experience is essential. Programming: Experience in writing code for microcontrollers in C (Arduino experience is acceptable with a willingness to work at a deeper level). Mechanical Aptitude: Strong understanding of mechanical systems with the ability to read and create engineering drawings. Testing Skills: Proficiency in using general electrical and electronics test equipment. Prototyping: Ability to design and build test fixtures and prototype components (both electrical and mechanical) quickly and efficiently. Motor Control: Familiarity with controlling stepper motors and small DC motors. Additional Skills: Experience with 3D modelling, 3D printing, or similar prototyping tools. Excellent analytical and problem-solving skills. Self-motivated with a genuine passion for engineering. Strong written communication skills for clear and concise documentation. Desirable Experience PLM Systems: Familiarity with systems such as SAP, Oracle, etc. Software Skills: Experience with desktop applications (e.g., .NET) or scripting languages like Python. This role is ideal for a self-driven engineer who values a hands-on, multidisciplinary approach in a collaborative and innovation-focused environment. If you’re passionate about advancing bio-sample management through engineering, we’d love to hear from you