Electronics Systems Design Engineer / UAV & MARINE

Enata Group; Dubai; On-site; AED 300,000 - 540,000; Full time

Job summary

Enata Group in Dubai seeks an Electronics Systems Engineer to design, develop, integrate and document electrical systems for aerospace, marine, and advanced engineering projects.

You will handle system architecture, power distribution, harness design, component selection, control panels, testing and validation, coordinating with multidisciplinary teams to deliver reliable, compliant solutions across multiple domains.

Responsibilities

• Design complete systems, subsystems, and electronic installations based on project and customer requirements.
• Develop electronics systems architectures, power distribution concepts, and electronics interface definitions.
• Perform electrical load analysis and determine system power requirements.
• Design AC and DC power distribution systems as applicable.
• Support electrical system optimization for weight, space, efficiency, maintainability, and reliability.
• Design electrical wiring harnesses and cable assemblies for aerospace, marine, and industrial applications.
• Prepare detailed harness drawings, wire lists, cable schedules, connection tables, and termination drawings.
• Define: Wire and cable types, Wire gauges, Connectors and backshells, Terminals and contacts, Splices, Circuit protection, Shielding, Sleeving and insulation, Cable routing and segregation.
• Coordinate harness routing with mechanical and structural design teams.
• Select suitable electrical and electromechanical components, including: Circuit breakers and fuses, Relays and contactors, Power supplies and converters, Batteries and charging systems, Motors and actuators, Sensors and switches, Connectors and terminals, Electrical distribution units, Control panels, Transformers, Inverters, Grounding and bonding components.
• Support evaluation and qualification of alternative components when required.
• Coordinate with procurement and supply-chain teams regarding technical specifications and approved components.
• Perform electrical load and power-budget calculations.
• Calculate voltage drops and cable-sizing requirements.
• Determine short-circuit and fault-current requirements where applicable.
• Calculate protection-device ratings and coordination.
• Evaluate power consumption, efficiency, and thermal loading.
• Conduct grounding and bonding assessments.
• Support battery capacity and backup-power calculations.
• Perform electrical derating calculations where required.
• Participate in reliability and failure-mode assessments such as FMEA/FMECA.
• Support electrical safety and risk assessments.
• Design electronics control systems and control panels.
• Develop electrical interfaces for PLCs, controllers, sensors, actuators, and communication systems.
• Design and integration of aircraft/UAV electronics & electrical power systems.
• Electronics integration of: Flight-control systems, Autopilot systems, Navigation equipment, Communication systems, Payload systems, Sensors, Actuators and servos, Fuel-system electrical components, Landing-gear systems, Ground-control interfaces.
• Develop aircraft wiring and interconnection diagrams.
• Support weight optimization of electrical systems and harnesses.
• Design DC and AX electrical distribution systems.
• Develop battery-bank and charging-system configurations.
• Design electrical systems for pumps, motors, lighting, navigation, communication, and auxiliary equipment.
• Support generator, shore-power, inverter, and distribution-board integration.
• Develop electrical layouts for machinery spaces, cabins, decks, and technical compartments.
• Ensure appropriate grounding, bonding, corrosion protection, and electrical safety practices.
• Coordinate electrical installation with marine mechanical, structural, and interior teams.
• Electronics & Electrical schematics
• System block diagrams
• Harness drawings
• Connector pin-out drawings
• Electrical installation drawings
• Electrical load analysis
• Interface Control Documents (ICDs)
• Bills of Materials (BOMs)
• Component specifications
• Design calculations
• Test procedures
• Technical specifications
• Design verification records
• Ensure all drawings and documentation are properly controlled according to the company's document-control and configuration-management procedures.

Job description

Company Description

Enata Group (ENATA Industries) is an international industrial group focused on advanced equipment and technology across Marine, Aerospace, Motors, OEM, and Architecture. The company brings together experts from multiple disciplines under one roof to deliver state-of-the-art solutions, from performance boats to advanced drones and innovative architectural techniques. Headquartered in UAE, ENATA operates modern 7,000-square-meter production facilities in Sharjah and employs more than 100 team members. The group is committed to scientific advancement, innovation, and long-term sustainable value for customers, aiming to be a global technology leader with internationally competitive products. ENATA offers a collaborative environment where cross-division exchanges drive cutting-edge end products in each sector.

Role Description

The Electronics Systems Engineer is responsible for the design, development, integration, testing, and technical documentation of electrical systems and electronics installations for aerospace, marine, and advanced engineering projects.

The role covers the complete electrical design lifecycle, including system architecture, power distribution, wiring and harness design, component selection, electronics schematics, control panels, protection systems, grounding, Installation support, testing, troubleshooting, and design validation.

Key Responsibilities

A. Electronics Systems Design & Engineering

• Design complete systems, subsystems, and electronic installations based on project and customer requirements.
• Develop electronics systems architectures, power distribution concepts, and electronics interface definitions.
• Perform electrical load analysis and determine system power requirements.
• Design AC and DC power distribution systems as applicable.
• Support electrical system optimization for weight, space, efficiency, maintainability, and reliability.

B. Wiring Harness & Cable Design

• Design electrical wiring harnesses and cable assemblies for aerospace, marine, and industrial applications.
• Prepare detailed harness drawings, wire lists, cable schedules, connection tables, and termination drawings.
• Define: Wire and cable types, Wire gauges, Connectors and backshells, Terminals and contacts, Splices, Circuit protection, Shielding, Sleeving and insulation, Cable routing and segregation.
• Ensure correct separation between power, signal, communication, and sensitive circuits.
• Define cable routing considering mechanical constraints, accessibility, heat sources, vibration, electromagnetic interference, and maintenance requirements.
• Coordinate harness routing with mechanical and structural design teams.

C. Component Selection

• Select suitable electrical and electromechanical components, including:
  • Circuit breakers and fuses
  • Relays and contactors
  • Power supplies and converters
  • Batteries and charging systems
  • Motors and actuators
  • Sensors and switches
  • Connectors and terminals
  • Electrical distribution units
  • Control panels
  • Transformers
  • Inverters
  • Grounding and bonding components
• Support evaluation and qualification of alternative components when required.
• Coordinate with procurement and supply-chain teams regarding technical specifications and approved components.

3. Engineering Calculations & Analysis

• Perform electrical load and power-budget calculations.
• Calculate voltage drops and cable-sizing requirements.
• Determine short-circuit and fault-current requirements where applicable.
• Calculate protection-device ratings and coordination.
• Evaluate power consumption, efficiency, and thermal loading.
• Conduct grounding and bonding assessments.
• Support battery capacity and backup-power calculations.
• Perform electrical derating calculations where required.
• Participate in reliability and failure-mode assessments such as FMEA/FMECA.
• Support electrical safety and risk assessments.

4. Control & Automation Systems

• Design electronics control systems and control panels.
• Develop electrical interfaces for PLCs, controllers, sensors, actuators, and communication systems.

5. Aerospace / UAV Responsibilities

• Design and integration of aircraft/UAV electronics & electrical power systems.
• Electronics integration of: Flight-control systems, Autopilot systems, Navigation equipment, Communication systems, Payload systems, Sensors, Actuators and servos, Fuel-system electrical components, Landing-gear systems, Ground-control interfaces
• Develop aircraft wiring and interconnection diagrams.
• Support weight optimization of electrical systems and harnesses.

6. Marine Electrical Systems

• Design DC and AC electrical distribution systems.
• Develop battery-bank and charging-system configurations.
• Design electrical systems for pumps, motors, lighting, navigation, communication, and auxiliary equipment.
• Support generator, shore-power, inverter, and distribution-board integration.
• Develop electrical layouts for machinery spaces, cabins, decks, and technical compartments.
• Ensure appropriate grounding, bonding, corrosion protection, and electrical safety practices.
• Coordinate electrical installation with marine mechanical, structural, and interior teams.

7. Design Documentation

• Electronics & Electrical schematics
• System block diagrams
• Harness drawings
• Connector pin-out drawings
• Electrical installation drawings
• Electrical load analysis
• Interface Control Documents (ICDs)
• Bills of Materials (BOMs)
• Component specifications
• Design calculations
• Test procedures
• Technical specifications
• Design verification records

Ensure all drawings and documentation are properly controlled according to the company's document-control and configuration-management procedures.