WHAT DOES AN ELECTROMECHANICAL ENGINEER DO?
Reviewed under Editorial Standards by Lam Nguyen

Updated: Mai 31, 2025 - The Electromechanical Engineer develops electromechanical systems by integrating electronic and mechanical components to design innovative motion furniture and sleep-related products. This position drives cost-efficient, manufacturable, and high-quality solutions through collaboration with suppliers and internal teams. The engineer also ensures product reliability and compliance by conducting thorough testing, analysis, and certification processes.

A Review of Professional Skills and Functions for Electromechanical Engineer

1. Electromechanical Engineer Accountabilities

  • AutoCAD Electrical: Produce and revise detailed electrical schematics from an I/O list using AutoCAD Electrical.
  • AutoCAD, Excel, Visual Manufacturing: Utilize AutoCAD, Excel, and Visual Manufacturing to document projects.
  • Control Design: Upgrade standard control designs by improving assembly procedures, designs, and costs.
  • CAD Standards Management: Maintain internal and client CAD standards and the drawing database.
  • Inspection: Perform equipment inspections during fabrication and assembly and before shipment.
  • Printer Operation: Maintain and operate printers to produce drawings.
  • Submittal Package Development: Develop submittal packages with component cut sheets and parts breakdown.
  • Collaboration: Collaborate with sales engineers to verify and convert rough drafts of Piping and Instrument Diagram into final copies.
  • Electrical Sizing: Calculate the sizing of electrical components.
  • AutoCAD Drawing: Produce and revise detailed drawings using AutoCAD for fabricated equipment assemblies.
  • Layout Sketching: Sketch the machine layout and compute angles, weights, surface areas, dimensions, radii, clearances, tolerances, leverages, and location of holes.
  • Electrical Engineering Package Development: Develop electrical requirements necessary for an electrical engineering package.
  • Motor Control Design: Design standard and special motor control.
  • Bill of Materials: Select components and develop the bill of material.
  • Schematics and Programming: Develop schematics, programming, and production drawings.
  • Customer Technical Support: Provide technical support to customers for startups, program modifications, and troubleshooting.

2. Electromechanical Engineer Functions

  • Product Line Management: Cooperates with the business to create, evaluate, and extend the product lines.
  • Project Leadership: Ensures the technical project lead and project team supervision.
  • Project Preparation: Participates in the preparation of new projects (with internal/external customers, grant projects).
  • Project Planning: Cooperates on and coordinates the preparation of plans for the projects and programs, defines project milestones, and can assess the appropriate project costs.
  • Research and Development Participation: Participates in the project research and development activities.
  • Methodology and Technology Application: Develops and applies advanced methodologies and technologies to improve the development of electromechanical systems.
  • Results Interpretation and Reporting: Interprets and presents results of work performed, recommends developments for new, broad technologies, and presents final project report to customers and management.
  • Team Collaboration: Interacts with the team to anticipate and resolve the project issues and priorities.
  • Technological Concept Development: Participates and defines novel technological concepts to overcome conflicting requirements and challenging technical criteria.
  • Test Definition and Safety Evaluation: Participates in the definition of tests and acceptance of test procedures and safety and reliability evaluations of electro-mechanical systems.

3. Electromechanical Engineer Job Description

  • Technology and Equipment Selection: Identify and select innovative technologies and equipment to support the project and build adequate prototypes.
  • Design Participation: Take an active part in the mechanical, electrical, and control design of new equipment.
  • Supplier and Sub-contractor Management: Manage and follow up with suppliers and sub-contractors.
  • Prototype Design and Testing: Design and build prototypes, run performance and functional tests.
  • Documentation and Reporting: Write protocols, documentation, tests, and essay reports.
  • Problem Resolution: Resolve any arising problems or complaints in the field of responsibility.
  • Team Collaboration: Maintain a close collaborative relationship with the bioprocess team.
  • Functional Parameter Review: Review functional parameters for electro-mechanical and fire study design of the proposed architecture concepts.
  • Design Analysis: Analyze electro-mechanical design and fire design plans to ensure that all the prerequisites are fulfilled based on legal descriptions.
  • Technical Specification Preparation: Prepare and monitor the technical specifications based on Greek legislation relating to building design and development.

4. Electromechanical Engineer Details and Accountabilities

  • Medical Device Development: Be a direct contributor to medical device development through Research and Development, prototyping, testing, and CAD modeling.
  • Production Support: Support the ongoing production of released products.
  • PCB, Firmware, and Hardware Design: Design new PCBs, firmware, and hardware components to support current and future products.
  • Verification and Validation Support: Support the development and execution of verification and validation protocols.
  • Technical Documentation: Develop technical documentation (e.g., labels, drawings, specifications, manuals, protocols, work instructions, etc.).
  • Quality and Regulatory Support: Support Quality and Regulatory efforts in maintaining existing DHF documentation and satisfying all documentation requirements.
  • Cross-functional Collaboration: Collaborate with cross-functional teams and interface with contractors and suppliers to meet project timelines and deliverables.
  • Regulatory Compliance: Work within ISO 13485, FDA, and Health Canada requirements.
  • Electromechanical Design: Design and realize Electrical Mechanical modules and sub-systems.
  • CAD Design: 2D and 3D CAD design of various Measurement Electronics concepts and modules.
  • Product Documentation: Produce Technical Product Documentation for designs.
  • Outsourcing Support: Support outsourcing of specific activities, for example, the design of Printed Circuit Boards.

5. Electromechanical Engineer Additional Details

  • Electromechanical System Development: Develop electromechanical systems for the motion furniture industry.
  • System Integration: Integrate electronic and mechanical systems to create finished product designs.
  • Product Design Architecture: Drive design architecture for electronics and mechanical systems to create new sleep-related product solutions.
  • Design for Manufacturing and Quality: Drive Design for Cost (DFC), Manufacturability (DFM), and Quality (DFQ) elements into product designs.
  • Supplier Collaboration: Collaborate with suppliers to develop new concepts, systems, and material applications.
  • Concept Specification and Prototype Evaluation: Work within a team to create specifications for new concepts and evaluate prototypes.
  • DFMEA Review: Complete DFMEA reviews with cross-functional teams.
  • Stress Analysis: Perform stress analysis using engineering theory as well as computational FEA tools.
  • Tolerance and Stack-up Analysis: Ensure proper fit and function through tolerance and stack-up analysis of parts.
  • Regulation and Certification: Review regulation standards and work with test laboratories to certify products.
  • Test Equipment and Procedure Development: Develop test equipment and procedures to model real-world use cases.
  • Product Testing and Validation: Support system-level and finished product-level testing to validate reliability.
  • Statistical Analysis: Apply statistical methods to analyze component and system reliability.
  • Warranty and Usage Data Analysis: Analyze warranty and usage data to identify opportunities for product improvement.
Editorial Process

Lamwork content is developed through structured review of publicly available job postings and documented hiring trends.

Editorial operations are managed by Thanh Huyen, Managing Editor, with research direction and final oversight by Lam Nguyen, Founder & Editorial Lead. Content is periodically reviewed to reflect observable labor market changes.

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