Koropi, Greece

Intracom Defense (IDE) is the leading defense company in Greece with significant international activity. IDE designs, develops and manufactures products and systems that incorporate advanced in-house developed technologies in the areas of Missile Electronics, Tactical Communication and Information Systems, Border and Area Security solutions, Hybrid Electric Power Systems and Unmanned Surface and Air platforms.

IDE is a registered NATO supplier and participates in international development and production programs, as well as in international collaborations for the production and export of defense equipment.

IDE is currently looking for dynamic and ambitious Engineers to join the Systems Section of our Products Development Department.

1. SYSTEMS ENGINEER

Responsibilities

The ideal candidate will be responsible for:

Model Based Systems Engineering (MBSE) of complex systems, such as unmanned vehicles, communications systems, hybrid electrical power systems.
physical, Logical, Functional architecture design and modeling.
requirements engineering and management.
coordination of design and development activities over the complete system engineering lifecycle.
preparation of system documentation.

Qualifications & Experience

Required:

University Degree in Electrical/Electronic/Aeronautical Engineering or related discipline.
Broad systems engineering experience (e.g. system architecture and design, systems documentation, system requirements, CONOPS, systems integration and verification).
Experience using MBSE tools to model complex systems using SysML, e.g. Ansys SCADE Architect, Enterprise Architect.
Experience with engineering requirements management tools, e.g. DOORS.

Desired:

Experience with the ARP4754 development cycle for aircraft and systems that implement aircraft functions.
Airworthiness regulations and compliance, e.g. STANAG 4671, STANAG 4703, EASA CS-23.
Familiarity with safety engineering, hazard analysis and safety assessment using relevant tools, e.g. Ansys medini analyze.
Familiarity with Reliability, Availability and Maintainability engineering guidelines and analyses, e.g. FMEA, FMECA.
Experience analytical and simulation tools, e.g. MATLAB, Simulink.
Knowledge of analog, power, digital and RF electronics.

Personal Characteristics:

Strong analytical and problem solving skills.
Strong verbal and written communication skills, both in English and Greek.
Willingness to take initiative and motivation to drive results.
Very good planning and time-management skills.
High sense of accountability and great ability to work effectively both independently and within a team.

2. SYSTEMS ENGINEER FOR TACTICAL COMMUNICATIONS SYSTEMS

Responsibilities

The ideal candidate will be responsible for:

acting as the primary technical point of contact on behalf of the customer/product manager to identify the product requirements for the engineering development team.
leadership of the Design and Development engineering team.
analysis, decomposition and allocation of requirements.
definition and synthesis of system architectures.
preparation of design specifications and verification plans.
preparation of subcontractor requirements and coordination of subcontractor developments.

Qualifications & Experience

Required:

University Degree in Electrical/Electronic Engineering or related discipline.
Knowledge of analog and digital electronics and subsystems.
Knowledge of data interfaces and buses, e.g. Ethernet, USB, PCI Express, RS-485, CAN bus, MIL-STD-1553.
Design of electronics equipment for reliable use in harsh environments (climatic and mechanical), for EMC compliance and for Safety compliance.
Experience over the complete design and development cycle.

Desired:

Experience with engineering requirements management tools, e.g. DOORS.
Experience with Model Based Systems Engineering (MBSE) tools.
Familiarity with the principles of wireless communications systems and networking.

Personal Characteristics:

Strong analytical and problem solving skills.
Strong verbal and written communication skills, both in English and Greek.
Willingness to take initiative and motivation to drive results.
Very good planning and time-management skills.
High sense of accountability and great ability to work effectively both independently and within a team.

3. ASSEMBLY, INTEGRATION & TEST ENGINEER (AIT) ENGINEER

Responsibilities

The ideal candidate will be responsible for:

preparation of effort estimations, test plans/procedures/reports and execution of manual and automated tests to verify system meets its specifications and requirements.
assembly of prototype systems, with the assistance of technicians and under mechanical engineering guidance.
set up of test-beds required for integration and testing of prototype systems, assisted by the appropriate system engineering, hardware design and software development resources.
reporting and tracking of non-compliances, re-testing when resolved.
support of customer acceptance testing (preparation of factory and site acceptance test plans and test procedures, identified issues tracking, resolution and re-testing).
provision of objective feedback regarding the functionality and performance of the system to software and hardware development and business user teams.
field support for system evaluation (site survey, installation design, installation execution, system setting to work).

Qualifications & Experience

Required:

University Degree in Electrical/Electronic or Mechanical/Aeronautic Engineering or related discipline.
Testing of electronic modules and complex systems.
Knowledge of analog/digital/power electronics.
Good knowledge of common interconnecting digital buses, e.g. RS-485, RS-232, CAN bus, ARINC 429, IEEE 802.3 (Ethernet).
Good understanding of power management, distribution and grounding architectures.
Available for travels & short-term missions (travelling abroad included).

Desired:

Relevant working experience in system verification and/or development.
Systems field testing experience.
Use of environmental test chambers, shock and vibration systems.
Familiarity with systems safety regulations testing.
Knowledge of electrical power systems.
Knowledge of RF electronics.
Knowledge of telecommunication networks and/or wireless networks and/or IT equipment and/or network protocols / devices.
Experience working with Linux distributions, Python, Linux Scripts or LabView.
A good understanding of system/hardware/software development processes.

Personal Characteristics:

Strong analytical and problem solving skills.
Strong verbal and written communication skills, both in English and Greek.
Willingness to take initiative and motivation to drive results.
Very good planning and time-management skills.
High sense of accountability and great ability to work effectively both independently and within a team.

4. PRODUCT SAFETY ENGINEER

Responsibilities

The ideal candidate will be responsible for:

achieving safety compliance across multiple product lines and programs.
conducting safety/hazard/risk assessments on products.
conducting research, studies and tests to evaluate product safety and to determine regulatory/certification/compliance issues.
preparing hazard analysis and safety assessment reports.
evaluating product designs and providing design guidance for safety.
developing safety instructions and procedures for when handling and operating products.
maintaining proficiency of worldwide safety regulations through research, development of network, and ongoing education.

Qualifications & Experience

Required:

University Degree in Electrical/Electronic Engineering or related discipline

Desired:

The ideal candidate will have working experience or be familiar with the following:

EU safety regulations, directives and rules.
CE marking and certification.
Low Voltage Directive (LVD) (2014/35/EU).
Radio Equipment Directive (RED) 2014/53/EU.
Machinery Directive 2006/42/EC.
Processes, standards and guidelines for conducting safety assessments, e.g. MIL-STD-882.
Methods for conducting safety assessments, e.g. FMEA.

Personal Characteristics:

Strong analytical and problem solving skills.

Strong verbal and written communication skills, both in English and Greek.

Willingness to take initiative and motivation to drive results.

Very good planning and time-management skills.

High sense of accountability and great ability to work effectively both independently and within a team.

5. FUNCTIONAL SAFETY ENGINEER

Responsibilities

The ideal candidate will be responsible for:

model‐driven integrated safety analysis of unmanned aircraft and other complex systems within an MBSE development environment.
utilization of functional safety concepts / tools such as preliminary hazard assessment, functional hazard assessment, Fault Tree Analysis, FMECA, safety requirements identification.
working with cross functional teams to define functional safety requirements and safety architectures.
contribution to continued enhancement of architectures.
safety requirements allocation and traceability.
preparation of functional hazard assessment and safety analysis reports.

Qualifications & Experience

Required:

University Degree in Electrical/Electronic/Aerospace/Aeronautical Engineering or related discipline

Desired:

We seek some combination of the following knowledge and experience:

Experience as a safety engineer or systems engineer or a closely related role.
Experience with processes, standards and guidelines for conducting safety assessments, e.g. ARP4761/4754A, MIL-STD-882, ISO 26262, IEC 61508.
Experience performing functional hazard Assessments (FHA) and safety analyses (e.g. FMEA, FMECA, FTA).
Knowledge of automotive hardware or software development processes and systems engineering.
Knowledge of HW electronics circuits and their functioning.
Experience with safety critical systems, unmanned systems.
Familiarity with cyber security concepts.

Personal Characteristics:

Strong analytical and problem solving skills.

Strong verbal and written communication skills, both in English and Greek.

Willingness to take initiative and motivation to drive results.

Very good planning and time-management skills.

High sense of accountability and great ability to work effectively both independently and within a team.

Benefits

INTRACOM DEFENSE offers:

fast-paced working environment.
opportunities for continuous learning of state-of-the-art technology and career development.
competitive remuneration package directly dependent on the candidate's qualifications and experience.
group private medical insurance.
company bus from metro stations.
onsite dining facilities.

All applications will be treated with strict confidentiality.

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