We design and build complete projects, from stand alone stations to complex integrated assembly and test systems. Our goal is to provide quality and elegant solutions to ensure the success of each of our customers. Your tasks As a robot programmer you create and optimize programs for industry robots, commission offline programs and calibrate robots at customer sites.
Vorbereitung des ärztlichen Aufklärungsgesprächs Unterstützung bzw. Durchführung einfacher Tests auf Station, z.B. Schellong-Test, geriatrische Tests Mitwirkung beim Entlassmanagement, sowie das Anmelden von Untersuchungen in unserem Hause Telefontätigkeiten (z.B.
Benefits A dynamic role with significant responsibilities and diverse tasks Attractive employment conditions, including a variable salary, 25 vacation days, and 13 ADV days Expense allowance to support work-related costs Pension scheme in accordance with the CAO Technical Installation Company Modern equipment: laptop and mobile phone provided Opportunity to purchase VINCI Energies shares at a discounted rate through the CASTOR savings program Responsibilities Maintain, inspect, and repair electrical components at offshore and onshore substations Test installations and devices according to NEN standards Prepare and follow up on offshore operations Document activities and report defects in wind farms Analyze faults and recommend solutions Create technical work instructions, risk assessments, and maintenance plans Qualifications Technical vocational training in electrical engineering Experience in maintenance and testing of electrical installations Understanding of energy distribution systems (substations / switchgear) Safety-conscious team player, willing to work offshore and in shifts Proficient in Dutch and English, with a valid Class B driver’s license One Group, Many Opportunities As part of VINCI Energies, we benefit from a global network. 102,000 employees generate revenue of more than €20 billion.
DFS Deutsche Flugsicherung GmbH sucht in eine/n Projekt Future VCS Teilprojektleiter "Test und Transition" (d/m/w) (ID-Nummer: 13763130)
Your Tasks As a member of the OHB Simulator Software Team, you are responsible for the full life-cycle development of simulation software for a variety of spaceflight missions:Design, develop and implement simulation models of satellite equipment and the space environmentContinuously improve the simulation framework, user front-end and the test-/debugging interfaces and tooling Perform tasks along the full software life cycle, including software requirements, architecture, design, code, test, integration and documentation Coordinate with customers and internal software teams for the design, for reviews and the timely delivery of simulatorsSupport the customer teams during mission preparation as well as during the maintenance phase of the simulators Your Qualifications A degree in engineering with a major or PhD in Computer Science, Electrical Engineering, Aerospace Engineering or a comparable qualificationProficiency in modern C++, experience with Python Familiarity with working in a Linux environment Professional experience as Software Engineer or Simulator Software Engineer would be an assetKnowledge of federated simulation and co-simulation techniques would be an assetExperience with Qt, Git, DOORS and JIRA as well as embedded software is a plusExperience with ECSS-SMP tools/environments and software standards (e.g.
You are familiar with creating technical specifications and feasibility studies.Experience with payment processes in the acceptance environment, such as POS systems, fuel stations, or toll systems, is an advantage. Ideally, you also have experience in test management and certification processes for payment solutions. Basic knowledge of IT security and compliance requirements in the payment environment is desirable.You have very good German and English skills, both written and spoken, and use them confidently when working with internal and external stakeholders.
Student employees in the course of the master thesis (m/f/d) Topic: Automation of a Test Setup for Optical and Mechanical Qualification of Fiber Array Units Description The objective of this thesis is to design and implement an automated test setup to evaluate the optical and mechanical performance of fiber array units (FAUs).