Researcher in Mechanical Engineering

Beschrijving van het bedrijf CONTEXT The Royal Military Academy is fully recognized as a university, fulfilling the same criteria as civilian universities. The RMA is also conducting scientific research at university level for projects funded by the Belgian Defense department or external sources. In the framework of the study EM-Mortar, founded by the European Defense Fund (EDF), we are looking for a full-time researcher with master's degree/PhD in Engineering (Applied Sciences, Engineering Sciences) in the field of Mechanical/Ballistic Engineering or a related discipline. We value diversity and equal opportunities. Whether you are a man, a woman or X, or come from any background, we firmly believe that diversity enriches our community, and we encourage all qualified candidates to apply. PROJECT You work within the department of Weapon Systems and Ballistics of the Royal Military. You conduct scientific research at university level on a European Defense Fund (EDF) project entitled `Electro Magnetic Modular Ordnance for Rapid Tactical Artillery Response (EM-MORTAR)'. Beschrijving van de functie STUDY The EM-Mortar is an electromagnetic mortar launcher capable of replacing traditional chemical propellants with pulsed electromagnetic acceleration. This innovative concept will deliver silent operation and adjustable muzzle velocity with extreme precision, two features that provide decisive tactical advantages in modern warfare¿ particularly in close-combat and urban environments where traditional mortars expose their positions through loud acoustic and visual signatures. The mortar launcher also features a real-time adjustable muzzle velocity, which allows for precise control of a round's trajectory. This not only improves accuracy and reduces the risk of collateral damage but also optimizes performance for complex and varied environments. Furthermore, the EM
- Mortar is highly versatile due to its dual ammunition compatibility, capable of firing standard NATO mortar rounds (60-120 mm) using adapter sabots as well as specialized electromagnetic-optimized rounds for superior performance and range. The target muzzle velocity for the EM-Mortar is 350 m/s, accommodating a projectile weight range of 4 kg to 14 kg. The system leads to a reduction in explosive propellant logistics and the inherent safety risks involved. On a strategic level, this effort directly contributes to EU strategic autonomy by establishing a domestically sourced, next-generation capability in advanced artillery systems. This project proposes a feasibility study culminating in a concept design for electromagnetic induction-based propulsion. The study's technical objectives are to assess the viability of induction-based acceleration for mortar projectiles. This includes developing a conceptual design for the required modular pulsed power systems, which will detail the architecture of power electronics and control system. A comprehensive structural analysis will also be conducted to examine coil housings, epoxy bonding, and composite reinforcement. Finally, the study will address the crucial aspect of operational integration by assessing battlefield energy logistics, ensuring field compliance, and evaluating safety protocols. Link for the project: https://defence-industry-space.ec.europa.eu/document/download/2d7e501e-39c3-4473-88f8-f292153f04ec_en?filename=FACTSHEET_EDF_2025_LS_RA_SMERO_NT_101304777_EM_Mortar.pdf MAIN TASKS
- Contribute in developing detailed use cases and tactical requirements that allow integration with existing mortar platforms.
- Contribute in creating tactical integration, NATO standards compliance, and operational use case definition. (MIL to write about operational methodology and compliance framework)
- Contribute in developing tactical deployment scenarios for EM mortars in close-combat and urban operations.
- Contribute to high-voltage safety compliance, risk mitigation, and environmental impact study.
- Contribute in roadmap development to operational transformation and doctrine impact.
- Contribute on NATO-standardization and Member State interoperability for EM-Mortars.
- Develop simulations for sabot dynamics after leaving the muzzle.
- Contribute to data analysis, technical reports, and peer-reviewed publications.
- Collaborate with cross-disciplinary teams.

Jouw profiel
SKILLS AND EXPERIENCE Degree(s) required: Master's degree/PhD in Engineering (Applied Sciences, Engineering Sciences) in the field of Mechanical/Ballistic Engineering or a related discipline. This position is open for experienced profiles (ideally 3 years of experience minimum). However, young graduates are also encouraged to apply. Technical skills
- The applicant shall have a Master's/Phd degree in Mechanical/ Ballistic Engineering, or a related discipline.
- The applicant shall have academic (study project and/or master thesis) or professional experience in the use and creation of simulation tools using Julia