WHAT DOES AN ELECTROMECHANICAL ENGINEER DO?

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.