Job description
Key Result Areas:
- System Architecture Design and integration.
- Performance analysis and optimization
- Adherence to Compliance.
- Organizational imperatives.
Job Description:
The incumbent will be responsible for:
1. System Architecture Design and Integration.
- Defining and translating complex system requirements into detailed engineering specifications.
- Selecting appropriate components and subsystems for optimal system performance.
- Perform trade studies to select optimal system configurations of Electrohydraulic and Electromechanical systems.
- Conduct safety analysis to identify potential hazards and mitigate risks.
- Develop detailed system block diagrams and interface control documents.
- Ensures System design adheres to all applicable Aerospace safety regulations and standards.
- Addressing compliances and non-compliances related to customer requirements.
- Knowledge of drafting equipment and component specifications.
2. Performance analysis and optimization
- Leading technical discussions and presenting findings to stakeholders.
- Inputs to Design team for component selection and testing team for test cases.
- Effectively communicate system design concepts, performance data and test results to CFT.
- Conduct performance simulations to evaluate system capabilities against design requirements.
- Select and validate the right hydraulic/electrical element.
- Analyse the test data to assess the system performance.
- Evaluate the tradeoffs between performance weight and design considerations.
3. Adherence to Compliance
- Ensure adherence to systems and documentation as per AS9100, EMS, OHSAS & ISMS, and customer-specific requirements.
- Valuing the information received & effort spent in creating every piece of information. Ensuring the right information is accessed by right individuals. Ensuring Confidentiality, Integrity and Availability of information.
- Responsible to control usage of energy sources for Environmental protection and Ener