Match based on: offshore wind, renewable energy, wind energy
Senior Design Engineer (40 hours) responsible for developing basic and detailed designs. Requires a Bachelor's or Master's degree in Mechanical Engineering and at least five years of experience in heavy machinery manufacturing. Working in offshore wind within a multidisciplinary team.
WRK.frl/
Drachten
Fulltime

Description

Senior Design Engineer (40 hours per week) within a multidisciplinary engineering team. You are involved in product design from an early stage and work on solutions for the offshore wind sector in Drachten.

Job requirements

  • Completed training in Mechanical Engineering, Maritime or Civil Engineering at a minimum HBO level or a WO level.
  • At least 5 years of relevant work experience in heavy machinery manufacturing, preferably in the offshore industry.
  • Experience with mechanics, stiffness and strength theory, drive technology, and (methodical) design.
  • Knowledge of Inventor and AutoCAD; knowledge of Rstab or similar calculation programs is a plus.
  • Experience with hydraulics and knowledge of production techniques.
  • Good command of the English language, both spoken and written.
  • Good communication skills, flexibility in dynamic working conditions, and a pragmatic, practical attitude.
  • Independent, proactive, accurate, result-oriented, curious, and a team player in multidisciplinary teams.

Tasks

  • Developing product specifications into basic and/or detailed designs, supported by (manual) calculations.
  • Selecting structural solutions and drive concepts in collaboration with the team, taking into account standards, customer requirements, and certification regulations.
  • Creating production drawings and bills of materials, or coordinating and checking their creation by third parties.
  • Contribute to the design and further development of products and make substantiated improvement proposals for existing functionalities.
  • Ensuring the transfer of drawing packages to production and contributing to solutions for engineering challenges from production.

Working conditions

  • 38 days of vacation per year (full-time basis).
  • Space for education and training.
  • Possibility to work partly from home.

Description of the organisation

SMST is an internationally oriented company that designs and builds innovative systems for the offshore and maritime industry, with a focus on renewable energy, particularly offshore wind.

SMST is the market leader in mission equipment (such as tower gangways and 3D cranes) and distinguishes itself through a complete in-house approach from design to production, assembly, testing, worldwide installation, service, and customer support.

The organisation operates from Drachten and has approximately 180 employees. SMST has an informal, dynamic work atmosphere with short lines of communication, where technology and creative solutions take center stage and products are produced and tested on-site.

Skills suitable for this job type

educational science
audiovisual techniques and media production
fashion, interior and industrial design
literature and linguistics
management and governance
marketing and advertising
wholesale and retail trade
Law
biology
biochemistry
environmental sciences
physics
math
computer use
design and management of databases and networks
development and analysis of software and applications
engineering degree, not further defined
environmental protection technology
electricity and energy
electronics and automation
mechanics and metal
motor vehicles, ships and aircraft
materials (glass, paper, plastic and wood)
architecture and urban planning
construction and road and hydraulic engineering
engineering, industry and construction, not elsewhere classified
agriculture and livestock farming
fishing
medicine
medical diagnosis and treatment technology
health and safety at work
protection of persons and property
transport services
advising on environmental issues
maintaining operational data
operating communications equipment
monitor the quality of goods
repair and install mechanical equipment
using more than one language
checking safety and security
monitoring operational activities
developing disaster and emergency plans
protecting ICT devices
supervise, direct and coordinate projects
analyzing and evaluating information and data
measuring dimensions and associated properties
connecting parts using welding and soldering techniques
collecting information from physical and electronic sources
interpreting technical documentation and diagrams
managing information
ensuring compliance with legislation
operating watercraft
manufacturing of medical devices and prostheses
design of electrical or electronic systems and equipment
assessing land and real estate
testing vehicles
using digital tools for machine control
using precision instruments
using precision instruments and equipment
following instructions and procedures
installation of electrical and electronic products
compliance with health and safety procedures
advise on products and services
collect, manage and store digital data
training in operational procedures
installing wooden and metal parts
technical or academic writing
developing goals and strategies
providing medical, dental and nursing care
using hand tools
operating pump systems and equipment
conduct scientific or market research
comply with operational procedures
compliance with environmental protection laws and standards
operating medical equipment
supervising operational activities
designing systems and products
developing professional relationships and networks
operating equipment for energy production and distribution
develop policy and legislation
presenting research and technical information
conducting studies and research
documenting technical designs, procedures, problems and activities
working with machines and specialized equipment
creating visual displays and decorations
installing and repairing electrical, electronic and precision equipment
programming computer systems
maintain mechanical tools
guiding a team or group
developing solutions
collaborate and maintain contacts
advise on business or operational matters
use computer-aided design and drawing tools
design of structures and facilities
preparing financial documents, files, reports and budgets
designing ICT systems and applications
installation of heating, ventilation and air conditioning equipment
estimating required resources
operating industrial precision equipment
develop operational policies and procedures
design of industrial materials, systems and products
use precision measuring instruments
teaching and training
manage transport and logistics activities
analyzing financial and economic data
monitoring developments within the field
working in teams
planning operations and production processes
ensuring and maintaining physical security
advise on the design and use of technologies
maintaining electrical, electronic and precision equipment
analyzing business activities
evaluating systems, programs, equipment and products
practicing sports
performing calculations
identifying and monitoring physical resources
testing electrical and mechanical systems and equipment
setting up computer systems
Committed
To have conversations
Detailed designs
Strength of materials
Arithmetic skills
Production drawings
Parts lists
Control activities
DTG Catalogue
Communication skills
AutoCAD
Results driven
Heavy machinery construction
Hydraulics
Autodesk Inventor
English
Calculation software
Coordinate
Procedures
Quality management
Civil engineering projects
Gas industry
Mechanism
Mechanical Engineering
Construction
Mechatronics

Disclaimer

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