At a Glance
- Tasks: Design and build cutting-edge semiconductor equipment from concept to production.
- Company: Join Syenta, a pioneering Australian tech startup revolutionising semiconductor manufacturing.
- Benefits: Competitive salary, equity opportunities, flexible leave, and strong work-life balance.
- Other info: Collaborative culture with excellent growth opportunities in a dynamic environment.
- Why this job: Lead innovative projects that redefine the future of semiconductor technology.
- Qualifications: 8+ years in semiconductor design with a focus on precision engineering.
The predicted salary is between 120000 - 150000 $ per year.
About Syenta
Syenta is pioneering a new era in semiconductor manufacturing with our groundbreaking Localised Electrochemical Manufacturing (LEM) technology.
Our platform enables advanced packaging by combining patterning and metallisation into a single tool.
We achieve high-speed, high-resolution metallisation at lower costs and energy use, while minimising emissions and waste.
About Syenta
Syenta is pioneering a new era in semiconductor manufacturing with our groundbreaking Localised Electrochemical Manufacturing (LEM) technology.
Our platform enables advanced packaging by combining patterning and metallisation into a single tool.
We achieve high-speed, high-resolution metallisation at lower costs and energy use, while minimising emissions and waste.
Founded in Australia, we are building a world-class team of engineers and scientists tackling some of the toughest challenges in semiconductor manufacturing.
Our collaborative, people-first culture empowers individuals to take ownership, innovate, and deliver breakthrough results.
About The Role
We are seeking a Semicon Machine Design Engineer to take ownership of designing, building, and commissioning semiconductor capital equipment from concept through to stable production.
This role requires end-to-end responsibility: mechanical and mechatronic design, electrical and controls integration, build, commissioning, and handover.
It is an equipment design role - not field service, maintenance, or process integration.
The ideal candidate has personally led the mechanical or mechatronic design of a production semicon tool (or a directly comparable platform in photonics/optics, advanced microfluidics, lithography mask-making, MEMS, vacuum systems, e-beam, or nanoimprint), and has delivered designs that hold sub-micron placement or overlay accuracy in the presence of significant force, thermal load, vibration, or process disturbances.
You will help Syenta scale its manufacturing capabilities by designing high-precision tools that operate reliably in cleanroom environments.
Responsibilities
- End-to-End Machine Design & Delivery
- Lead the full machine lifecycle: mechanical structure, mechatronics, motion and metrology systems, electrical/pneumatic systems, controls architecture, and safety systems.
- Develop and own the machine design specification from requirements capture through FAT (Factory Acceptance Testing) and SAT (Site Acceptance Testing).
- Select and specify precision components across disciplines: motion stages, sensors, actuators, frames, vibration isolation, enclosures, PLCs, HMIs, and vision systems.
- Make material, finish, lubrication, and outgassing choices appropriate to ISO Class 3 (or better) cleanroom operation, with explicit attention to particle generation, contamination control, and fab integration constraints.
- Produce complete documentation packages: assembly drawings, electrical schematics, Bo Ms, maintenance manuals, and operator instructions.
- Build, Commissioning & Handover
- Manage the build process: internal fabrication, external vendor coordination, system integration, and commissioning.
- Collaborate with process, yield, reliability, and quality teams to ensure tools meet throughput, yield, and uptime targets.
- Provide post-deployment support, iterate on performance, and transfer knowledge to operations and maintenance teams.
- Safety & Compliance
- Ensure machines comply with the SEMI suite of standards and relevant machine safety standards (ISO 13849, IEC 62061, AS 4024).
- Conduct risk assessments and implement safeguards to maximise operator safety and uptime.
Requirements
- 8+ years designing and delivering semiconductor capital equipment (or directly comparable tools — photonics/optics equipment, advanced microfluidics, lithography mask-making, MEMS production, vacuum systems for research labs, e-beam tools, or nanoimprint) end-to-end.
Aerospace, scientific instruments, and high-end medical imaging are the closest comparable industries.
- Personally led mechanical or mechatronic design of a production semicon tool or major sub-system as part of, leading, or architecting the design team.
Testing, yield, or reliability engineers with equivalent design exposure will also be considered.
Field service and maintenance backgrounds are not a fit.
- Demonstrated track record designing to sub-micron placement or overlay accuracy on a machine that simultaneously contends with significant force, thermal load, vibration, or process disturbances.
- Cleanroom-compatible design experience: material, finish, lubrication, and outgassing decisions driven by ISO Class 3 or better.
- Deep understanding of semicon-specific design constraints: particle generation and contamination, yield, fab integration, environmental factors (humidity, temperature, vibration), operational constraints, safety systems, and materials management.
- Intimately familiar with the SEMI suite of standards.
- Familiar with existing semiconductor manufacturing processes — e. g.
EUV and other lithography platforms (ASML, Canon, Nikon), nanoimprint lithography (NIL), inspection tools (KLA), electroplating and sputtering, CMP, wafer and reticule/template handling, die bonding, and photomask manufacturing.
- Direct commissioning and production handover experience; has personally walked machines through FAT, SAT, and into stable operation.
- Excellent problem-solving, initiative, and cross-disciplinary collaboration skills.
- Preferred Experience
- Strong mechanical design capability: precision structures, kinematic mounting, mechanisms, pneumatics, tolerancing; proficient in 3D CAD (Solid Works, Inventor, CATIA, or Fusion 360).
- Solid electrical and controls integration experience: panel design, motor/drive selection, PLC/HMI programming or close collaboration with controls engineers.
- Electrical CAD: EPLAN or Auto CAD Electrical
- PLC/Motion Control: Beckhoff Twin CAT, Siemens TIA Portal, Allen-Bradley, or equivalent
- Vision systems: Cognex, Keyence, or equivalent
- Machine safety calculation tools: SISTEMA or equivalent
- PDM/PLM: Solid Works PDM, Vault, or similar
Why Choose Syenta?
We're passionate about building a diverse, people-first company.
Our culture of collaboration and mutual respect fuels innovation capable of redefining an industry.
At Syenta, you'll have the opportunity to take ownership, lead high-impact teams, and shape the future of semiconductor manufacturing.
What We Offer
- Early-stage equity opportunities
- 12% superannuation contributions
- Flexible leave policies and a strong work-life balance
- Professional growth in a high-impact, fast-growing deep-tech startup
- Team events and collaborative culture, including company-wide gatherings in Australia
- #J-18808-Ljbffr
Senior Semicon Capital Equipment Design Engineer in Sydney employer: Syenta
Syenta is an exceptional employer, fostering a collaborative and people-first culture that empowers engineers to take ownership and innovate in the fast-paced world of semiconductor manufacturing. With a focus on professional growth, competitive salary packages, and early-stage equity opportunities, employees are encouraged to thrive while contributing to groundbreaking technology. Located in Australia, Syenta offers a unique chance to be part of a world-class team dedicated to redefining industry standards and achieving high-impact results.
