Senior Motion Control Engineer
TECAN CDMO SOLUTIONS PN SDN. BHD
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Job summary
Tecan CDMO Solutions PN Sdn. Bhd.
in Malaysia seeks a Senior Motion Control Engineer to own motion control and drive system development for laboratory instruments, robotic systems, and automation applications. You will design, dimension, simulate, and optimize drive concepts, integrate with embedded software and hardware, lead complex investigations, mentor juniors, and contribute to platform strategies and engineering standards.
Qualifications
- Bachelor's or Master's degree in Electrical Engineering, Robotics, Control Engineering, Computer Science, Software Engineering, or related technical discipline.
- 6–14+ years of relevant experience in motion control, robotics, drive system development, or instrument development.
- Experience in medical devices, particularly laboratory instrumentation or automation, is highly desirable.
Responsibilities
- Take technical ownership of motion control and drive system development for new product development and modifications of existing laboratory instruments and robotic applications.
- Lead design, evaluation, and optimization of motor concepts, transmissions, and initialization procedures.
- Perform motor dimensioning, operating point calculations, simulations, and feasibility assessments for optimal drive performance.
- Collaborate with mechanical, electrical, and embedded software teams to ensure seamless integration of drive systems.
- Provide technical leadership, mentoring, and support to engineers and apprentices.
Skills
Education
Tools
Job description
We are looking for an experienced Senior Motion Control Engineer to take technical ownership of motion control and drive system development for advanced laboratory instruments, robotic systems, and automation applications.
In this role, you will be responsible for designing, evaluating, implementing, and optimizing drive concepts and motion control solutions, from motor selection and dimensioning to control system development, simulation, testing, and system integration. You will leverage your expertise in motion control, robotics, control theory, and signal processing to develop reliable, precise, and high-performance solutions.
Working closely with mechanical, electrical, embedded software, and systems engineering teams, you will drive technical problem-solving, lead complex investigations, and contribute to the development of innovative motion control technologies. You will also play an important role in shaping platform strategies, improving engineering practices, and providing technical guidance to other engineers.
Take technical ownership of motion control and drive system development for new product development and modifications of existing laboratory instruments and robotic applications.
Support multidisciplinary project teams during concept evaluation, design, and implementation phases by providing motion control and drive system expertise.
Lead the evaluation and selection of drive concepts, including motor technologies, transmission systems, initialization procedures, and related motion control components.
Perform motor dimensioning, operating point calculations, simulations, and technical feasibility assessments to ensure optimal drive system performance.
Review and evaluate existing and new robotic, motion control, and automation concepts to identify opportunities for technical improvement.
Develop, implement, and optimize motion control solutions to improve product performance, precision, reliability, and robustness.
Collaborate closely with mechanical and electrical engineering specialists to ensure effective integration of drive systems and motion control components.
Work with embedded software engineers and system architects to ensure seamless integration of motion control functionality within the overall firmware, software, and electrical architecture.
Lead complex root-cause investigations, troubleshooting, and debugging activities related to motion control, drive systems, and robotic applications.
Identify technical risks, evaluate potential impacts, and develop appropriate mitigation strategies throughout the product development lifecycle.
Develop and maintain internal motion control tools, simulation capabilities, and engineering methods to support product development and technical investigations.
Contribute to the definition and continuous improvement of motion control processes, engineering standards, and best practices.
Ensure consistency and standardization of motion control solutions across different projects and product platforms.
Actively contribute to system-wide platform strategies and challenge existing robotic and motion control concepts to identify opportunities for innovation and improvement.
Provide technical expertise, guidance, mentoring, and coaching to other engineers, supporting the development of motion control capabilities within the team.
Supervise and support apprentices, trainees, and students in engineering-related activities.
Initiate and maintain technical collaborations with academic institutions and research partners to explore new technologies and engineering approaches.
Actively participate in agile engineering practices, software craftsmanship communities, and technical knowledge-sharing initiatives.
Develop, review, and maintain clear technical specifications, simulation results, engineering documentation, and relevant design records.
Take initiative and responsibility for technical decisions and assigned deliverables while ensuring alignment with project objectives, development processes, and quality standards.
Bachelor's or Master's degree in Electrical Engineering, Robotics, Control Engineering, Computer Science, Software Engineering, or a related technical discipline.
6–14+ years of relevant experience in motion control, robotics, drive system development, or instrument development.
Experience in developing motion control solutions for complex instruments, robotic systems, or automated equipment.
Experience in the medical device industry, particularly laboratory instrumentation or laboratory automation, is highly desirable.
Demonstrated experience in motor selection, drive system dimensioning, control system development, and performance optimisation.
Proven experience providing technical leadership, taking ownership of engineering tasks, and supporting multidisciplinary development projects.
Excellent knowledge of motion control systems, robotics, and drive technologies.
Strong understanding of control theory, signal processing, and motion control algorithms.
Experience with motor selection, motor dimensioning, transmission systems, operating point calculations, and drive system simulations.
Proficiency in scientific programming and numerical analysis.
Experience with MATLAB and scripting languages such as Python and Lua.
Good understanding of embedded systems, firmware development, and the integration of motion control functionality into embedded platforms.
Holistic understanding of firmware, software, and electrical engineering architectures, including their interfaces and dependencies.
Strong troubleshooting and debugging skills, with the ability to investigate and resolve complex technical issues.
Ability to evaluate existing designs, develop new concepts, and recommend effective technical solutions.
Experience in developing and improving engineering tools, simulation methods, and technical processes.
Good understanding of R&D development processes, product development lifecycles, and engineering best practices.
Ability to conduct technical research, evaluate emerging technologies and translate findings into practical engineering solutions.
Strong technical documentation skills, including the ability to prepare, review, and approve technical specifications and engineering documents.
Ability to assess technical risks, evaluate design alternatives, and make informed engineering decisions.
Good understanding of agile engineering principles and their application in product development.
Fluent in written and spoken English.
Good communication and moderation skills, with the ability to facilitate technical discussions and collaborate effectively with multidisciplinary engineering teams.
Ability to analyze and explain complex technical information clearly.
Confidence in presenting technical concepts, simulation results, and engineering solutions to project teams and relevant stakeholders.
Additional education or specialized training in motion control, robotics, control systems, or signal processing.
Experience developing motion control solutions for medical devices, laboratory instruments, or liquid handling systems.
Experience with advanced robotic systems, precision positioning, and automated motion platforms.
Experience developing scientific computing tools, simulation environments, and engineering automation scripts.
Experience collaborating with universities, research institutions, or external technology partners.
Active involvement in technical communities, agile engineering practices, or software craftsmanship initiatives.
Strong technical interest and understanding, with a passion for motion control, robotics, and emerging technologies.
Team-oriented, flexible, and curious, with a strong willingness to learn and share knowledge.
Independent, efficient, reliable, and target-oriented working style.
Proactive in identifying technical challenges and taking ownership of solutions.
Confident in making technical decisions and taking responsibility for engineering deliverables.
Excellent analytical thinking and solution-oriented problem-solving capabilities.
Strong communication and interpersonal skills, with the ability to motivate and support other engineers.
Self-motivated, adaptable, and comfortable working independently as well as within multidisciplinary teams.
Open to new ideas, constructive feedback, and continuous improvement.
Committed to engineering excellence, quality, and the continuous development of technical expertise.
To take technical ownership of motion control and robotic solutions for advanced laboratory instruments and automation systems. This role offers the opportunity to work on challenging engineering problems involving precision motion, drive technologies, robotics, and control systems while influencing technical decisions and future platform strategies.
You will also have the opportunity to collaborate with multidisciplinary engineering teams, explore emerging technologies, develop innovative engineering tools, and mentor fellow engineers while contributing to the development of high-performance and reliable laboratory automation solutions.
Manufacturing 101-1,000 employees
Tecan is a global leader in laboratory automation and life sciences, helping customers accelerate healthcare innovation from research to the clinic. With more than 3,300 employees across Europe, North America, and Asia, Tecan offers meaningful careers where innovation, collaboration, and continuous learning drive positive impact on millions of lives worldwide.
Tecan is a global leader in laboratory automation and life sciences, helping customers accelerate healthcare innovation from research to the clinic. With more than 3,300 employees across Europe, North America, and Asia, Tecan offers meaningful careers where innovation, collaboration, and continuous learning drive positive impact on millions of lives worldwide.
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