Responsible for developing, documenting, and validating new product designs, as well as improving existing designs to meet customer needs in the Da Vinci SP instrument line.
Responsibilities
Drive Design efforts to optimize performance, manufacturability and reliability of existing and future Da Vinci SP instruments.
Work cross-functionally with Manufacturing Engineers, Systems Engineers, Systems Analysts, Clinical Development engineers, Supplier Engineers, Quality Engineers
Maintain awareness of customer needs and requirements – develop new device concepts as well as continuously improving existing designs to meet those needs.
Provide mechanical engineering sustaining support for resolution of manufacturing and field issues.
Create product functional and design specifications
Requirements
BSME required
MSME preferred
Nice to have: cleaning and sterilization processes
Oversee all phases of propulsion system development: requirements capture, conceptual design, detailed analysis, prototyping, testing, and integration.
Support and oversee advanced computational fluid dynamics (CFD), finite‑element analysis (FEA), and multidisciplinary optimization to meet thrust, efficiency, weight, and reliability targets.
Manage hardware and software toolsets (e.g., ANSYS, MATLAB/Simulink, NX).
Partner with program managers to develop schedules, budgets, and risk mitigation plans for propulsion deliverables.
Provide technical status updates, risk assessments, and corrective action plans to senior leadership and external stakeholders.
Requirements
BS in Mechanical Engineering
BS in Aerospace Engineering
MS in Mechanical Engineering
MS in Aerospace Engineering
Nice to have: 4+ years tactical solid propulsion experience
Lead cross‑functional teams to design, develop and verify modifications to robotic or other complex mechanisms, and manage mechanical design engineering activities for the da Vinci® Surgical Systems.
Compensation
We provide market-competitive compensation packages, inclusive of base pay, incentives, benefits, and equity.
Responsibilities
Lead cross‑functional project teams to design, develop and verify modifications to robotic or other complex mechanisms.
Investigate and determine root cause of latent and emerging design, manufacturing or material defects.
Develop, design, test, document, and implement solutions for these defects according to corporate standards and departmental operating procedures.
Identify, develop, and implement alternate part fabrication methods and sources to reduce hardware cost and/or improve strength of supply chain.
Develop and execute design verification/validation test protocols and document results in test reports.
Requirements
Bachelor’s Degree in Mechanical Engineering
Nice to have: Advanced degree in Mechanical Engineering
We are seeking Mechanical Designer to join our dynamic team. In this role, you will be responsible for creating and refining mechanical equipment designs and layouts using advanced CAD tools, ensuring strict adherence to Machine Drafting Standards.
Responsibilities
Develop and deliver mechanical equipment designs and layouts using AutoCAD® and Inventor, ensuring compliance with drafting standards.
Produce and maintain detailed drawing packages, build packages, machine part lists, illustrations, and equipment specifications for production systems.
Redesign mechanical components to reduce installation costs, resolve equipment interferences, and correct design deficiencies.
Execute design changes to address equipment or process challenges, ensuring all designs meet functional and performance requirements.
Provide detailed sketches and marked-up drawings to address evolving project needs.
Requirements
Associate's degree (AAS) in Mechanical Engineering Technology
Bachelor's degree (BS) in Mechanical Engineering Technology or Mechanical Engineering
Nice to have: organizational skills
Nice to have: ability to manage multiple priorities
As a Mechanisms Engineer, you’ll use your technical expertise to wholistically drive complex closures design problems to completion, focusing on the Universal Electric Vehicle platform.
Compensation
salary grade 8 up to eaders level 6 and ranges from $138,800-$283,500
Responsibilities
Ownership over the design, development, and release of mechanisms related to closures applications, or similar
Lead the investigation, creation, and implementation of new designs to support future products on the Universal Electric Vehicle platform
Collaborate directly with the studio team to realize concepts that deliver both the design vision and the engineering function
Leverage engineering analyses and simulations to prove out product function & quality, from cradle to grave
Iterate concepts & designs rapidly using strong fundamentals in statics, mechanics of materials, dynamics, and mechatronics
Design Engineer in the New Product Design team, responsible for creating design definitions, performing mechanical design and analysis, and collaborating with manufacturing and supply chain.
Compensation
$82,882 - $93,716-Annually
Responsibilities
Create design definitions that meet system requirements
Perform mechanical design, analysis, hand calculations, and tolerance stacks
Participate in design reviews and technical discussions
Execute validation plans and ensure component compliance
Support detailed component definition and manufacturing drawings
Requirements
Bachelor's degree in Aerospace Engineering or Mechanical Engineering
Nice to have: Experience with generic design processes
Nice to have: Experience with component specific design guidance
Nice to have: Familiarity with Aerospace/gas turbine engines
Closures Systems EngineerNewFord · Long Beach, US
Piping Stress Engineering InternSargent & Lundy · San Juan
Associate Tech Lead – Product EngineeringTrane Technologies · Bangalore, India