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| | | Java - Hibernate Springs and Hibernate Struts |
| | | SAP Modules – SD, MM , FICO |
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Oracle Apps Techno Functional | | Oracle Apps Techno Functional |
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PRO-E Wildfire & Pro-Intralink , ANSYS | | Design Calculations, Concept Design, New Product Design & Development, DFMEA, DFMA, Weld & Material Standards,
ERP system experience (Mapics, ECM , SAP), FEA Knowledge |
| | | VxWorks (Tornado build envt)
C,C++
Config IT
Clear Case and Clear Quest
Source Insight or Slick Edit
Microsoft Visual Studio |
| | | Deep knowledge of Embedded hardware and related technologies.
Ability to drive robust, innovative and cost optimized solutions from concept to design.
High speed digital/Precision analogue and programmable logic design.
I/O and EMC design, PCB design and production knowledge. |
| | | Documented experience with model based development.
A in depth technical knowledge and understanding of complex control systems.
Experience with C/C++ development.
Experience with Matlab and Simulink Development |
| | | Design of complete combination and rerouting of Aspiration and Extinguishing lines around the Nacelle.
Complete the proposed single combined Aspiration/Extinguishing Nozzle design. Open and modify Nacelle Interfaces as required to incorporate single Nozzle design.
Isolate Aspiration unit during extinguish event
Capture finished designs in ProE database.
Revise or create Assembly drawings sufficient for Aspiration/Extinguish component installation in Nacelle.
Produce Purchasing documentation (TPS, TSS) for new:
Combined Aspiration/Extinguishing Nozzle design.
Mechanical hardware: brackets, sheet metal, etc.
Electrical cables.
Produce supporting TS and PS documentation in support of Gate 4 deliverables.
Updates to existing BOM structure (InforXA) shall be originated in Chennai. |
| | | Should be able to write APDL scripts for performing tasks in Pre-processing, solution & post-processing. Industries preferred: Heavy Industries like Gas Turbines, Compressors, Generators, Automotive etc.,. Should have strong basics of Strength of Materials, Machine Design |
| | | Should have strong basic knowledge of Composites. Should be able to write APDL scripts for performing tasks in Pre-processing, solution & post-processing. Industries preferred: Aerospace, Defense, Automotive. Should have strong basic knowledge of Strength of Materials, Machine Design |
| | | C,C++
Config IT
Clear Case and Clear Quest
Source Insight or Slick Edit
Microsoft Visual Studio
VxWorks (Tornado build envt) |
| | | Design Calculations, Concept Design, New Product Design & Development, DFMEA, DFMA, Weld & Material Standards
ERP system experience (Mapics, ECM , SAP), FEA Knowledge
PRO-E Wildfire & Pro-Intralink , ANSYS |
Mechatronics Control Systems Engineer | | A Master degree in mechanical, electrical or precision engineering with a major in control systems design. Excellent knowledge of control theory and structural dynamics. Working knowledge of fluid dynamics, thermodynamics and microsystems (desired). Experience with FEA and basic understanding of optics (desired). Excellent MATLAB skills. Responsible, independent and systematic way of working. Fluency in English and German (written and spoken) |
| | | Design of mechanical modules and precision components. Adaptation of existing designs to suit new applications. Dimensioning of components and generation of tolerance budgets. Drafting and checking of technical drawing. Supervision of suppliers. Relevant engineering degree (preferably mechanical or precision engineering). Experience in the mechanical design and development. Expert knowledge of ProE Wildfire 4, in particular ability to systematically generate 3d-models and production drawings. Experience of SAP. German language skills (CEFR-level B1), desire to become fully proficient in German |
Engineer: Heat and Mass Transfer | | Performing analytical/hand calculations for thermal concepts esp. cooling systems. Performing FEM-calculations during the design phase. Preparation of specifications and tolerance budgets. Modelling and simulation of cooling systems with numerical methods.PhD/M.S. mechanical engineering or equivalent. Knowledge in heat and mass transfer, thermodynamics, cooling systems, simulation tools: Matlab, NASTRAN and/or ANSYS, design of mechanical components, CFD |
| | | Performing analytical/hand calculations for dynamical concepts. Performing FEM-calculations during the design phase. Preparation of specifications and tolerance budgets. Modelling and simulation of actively controlled and passive systems. PhD/M.S. mechanical engineering / mechatronics or equivalent. Knowledge in dynamics of actively controlled and passive systems incl. control theory, simulation tools: Matlab, NASTRAN and/or ANSYS, design of mechanical components, multibody simulation |
Engineer: Optomechanical System Engineering ( FEA ) | | Performing analytical/hand calculations for mech. systems (stresses, deformations, reaction forces, ..), Performing FEM-calculations during the design phase, Preparation of specifications and tolerance budget, Modelling and simulation of mech. systems with numerical methods. PhD/M.S. mechanical engineering / mechatronics or equivalent. Knowledge in parallel mechanisms/robots, precision mechanics, mechatronics, simulation tools: Matlab, NASTRAN and/or ANSYS, design of mechanical components, CAD, dynamics, heat and mass transfer |
| | | Experience in Electrical Component selection, Control Panel Wiring and Layout design, EPLAN and AutoCAD software tools, definition, using, assembly in small connectors as LEMO and small multi wire shielded cables in AWG32.
Knowledge in SAP BOM handling and document saving, PLC Hardware, PLC Programming, HMI Programming (Siemens S7, WinCC), European, IEC wiring standards, Installation and Commissioning of PLC control system and servo controller Siemens S120, European Safety standards and requirements.
basic Knowledge of german language |
Mechanical Development
Engineer | | Experience in Precision Engineering and Project Management. Good knowledge in designing high precision components (mechanical and mechatronic), actuation and sensing components. Experience in assembling and implementing of high precision components. Basic Knowledge on Modern mechanical Measurement techniques using optics. Preparation of specifications. Tolerance budgeting. Communication interface to clients, suppliers, technical experts and development partners. Knowledge of DIN standards and DIN material specifications. Good knowledge in European Safety standards and requirements. |