Systems Engineer

Systems Engineer

As a Systems Engineer, you will play a pivotal role in advising tech leadership in application of ML technologies to solve a wide range of problem spaces in mission-critical, regulated sectors. You will participate in key ML initiatives, ensuring their successful integration into SynthBee's infrastructure and applications. This role requires a strong foundation in the design, integration, and fabrication of complex mechanical systems. You'll collaborate with cross-functional teams to drive innovation and support the seamless operation of ML-powered applications.

At SynthBee we're building Collaborative Intelligence™ maximising the potential of people and computers working together. CI™ will help humans solve the most important scientific, engineering, design, and creative challenges of our time. And create joy in the process.

Responsibilities

Provide design engineering technical expertise and support for various projects.

Collaborate with multi-disciplinary teams to define system requirements and specifications.

Act as a liaison between internal teams and stakeholders, managing communications and expectations regarding system performance.

Utilize design engineering principles, methodologies, and tools to solve problems in complex regulated sectors.

Lead the architecture definition and design of complex systems, ensuring they meet specified requirements. This includes capturing, verifying, and validating requirements.

Knowledge, Skills, and Abilities

Bachelor's degree in an engineering technical discipline such as Mechanical or Aerospace w/ 2-5 years of experience in design or stress analysis.

• Experience in creating or analyzing part and assembly design using 3D CAD modeling software including CATIA or SolidWorks (Design) / NASTRAN or Abaqus (Analysis)
• Proficient in interfacing with outside functions like design, loads, thermal, materials and processes, test, and/or manufacturing

Experience with design and/or analysis of mechanical structures.

• Skilled in generating high-level free-body diagrams, hand calculations, and initial design recommendations for complex mechanical systems
• Demonstrated experience and knowledge in mechanical system drawings, structural load paths, structural behavior

Ability to effectively navigate ambiguous problem sets.

Ability to deconstruct complex/abstract processes into executable statements of work for a multi-discipline team to execute.

Ability to context switch across a wide range of concepts in aerospace/mechanical engineering.

Excellent communication skills to convey complex technical concepts to both technical and non-technical stakeholders.

Adaptability to learn and implement emerging ML and systems technologies quickly.

Understanding of software engineering fundamentals