CNC Programmer

ppAre you one of those people who look up to the sky every time a plane passes by? Space holds no more secrets for you than it does for science? Environmental and technological challenges are among those you wish to tackle? Come join Sabca and play your own role in the fast‑moving world of aerospace inside a company with more than 100 years of existence. We are experts in designing, manufacturing, maintaining, and upgrading large and complex elements for aircraft and space launchers. In Brussels, we have our Structural and Mechatronics Engineering offices, where all our new programs begin and our workshops are equipped with modern machines that produce complex metallic assemblies for aircraft and space launchers as well as advanced Thrust Vectoring Systems for space launchers. /p h3MISSION /h3 pYour main mission as a CNC Programmer I is to design, optimise and validate CNC programs for machine tools (such as machining centres, milling machines, lathes, etc.) for mechatronic and/or aerostructure parts, in accordance with aeronautical production requirements, ensuring precision, quality, performance and adherence to deadlines. /p h3RESPONSIBILITIES /h3 ul liDefine or participate in the development of the machining method based on the part definition (operations, choice of machines, tools, cutting tools, etc.). /li liMethodically develop NC programmes using CAM software (e.g. CATIA) to ensure that parts comply with the definition plan and meet the required quality standards. /li liUse the appropriate tools for the operations and select the cutting conditions and parameters based on the material to be machined and the customer's specifications. /li liProvide all inputs and work closely with machining tool designers, taking into account the manufacturing constraints of parts and tools. /li liValidate programmes via simulation (e.g. Vericut or machine manufacturer‑specific software) and make any necessary adjustments. /li liCreate and maintain adjustment sheets and operational documents (sketches, instruction sheets, tool lists, etc.). /li liCreate new tools in the database. /li liCollaborate with workshops and planning to ensure the proper execution of programmes. /li liMake changes to processes based on production feedback, quality control reports and SPC data. /li liParticipate in monitoring CNC programming subcontracting (preparation of inputs, technical support, validation of CNC programmes, etc.). /li liCollaborate with other departments (design office, quality and purchasing). /li liParticipate in estimating recurring and non‑recurring times for machining new parts. /li liParticipate in continuous improvement: reduction of cycle times, improvement of processes. /li liContribute to the standardisation of processes and anomaly reports. /li liTrain and assist operators on programmes, settings and best practices. /li liConsult SAP to extract information relating to production monitoring and manufacturing ranges. /li /ul h3RESPONSIBLE FOR /h3 ul liCarrying out rigorous self‑checks to ensure the quality and compliance of your work. /li liTransferring your skills and knowledge to new team members and sharing best practices with other programmers to foster an environment of continuous learning and mutual support. /li /ul h3PROFILE /h3 pEducation/Experience: /p ul liYou hold a bachelor's degree in mechanical engineering, electromechanical engineering, aeronautical engineering, or an equivalent field. /li liAnd/or at least 3 years’ experience in an industrial environment in machining production or CNC programming (turning, milling, ideally 5‑axis), ideally in aeronautics or precision mechanics. /li liExperience in grinding, electroerosion or assembly is a plus. /li /ul h3SKILLS /h3 pSoft

skills:
/p ul liYou are thorough, methodical and analytical. /li liYou have an eye for detail, good interpersonal skills and the ability to work in a team and advise various stakeholders (designers, planners, workshops). /li /ul pTechnical

skills:
/p ul liYou are proficient in G‑code/M‑code (multi‑axis) programming. /li liAbility to read and interpret definition plans. /li liEase in reading 2D/3D plans and mechanical diagrams. /li liGood understanding of functional dimensioning (GDT), as well as dimensional and geometric tolerances. /li liKnowledge of materials (aluminium, stainless steel, titanium, etc.). /li liKnowledge of cutting tools and their conditions of use. /liliProficiency in various machining processes (milling, turning, drilling, grinding, electroerosion, etc.). /li /ul pLanguage

skills:
you are fluent in French or Dutch (spoken and written), and you understand technical English (reading technical documentation and professional exchanges). /p h3IT SKILLS /h3 ul liYou are proficient in machining programming on one or more CAD/CAM software programs (CATIA is a plus). /li liYou have a basic understanding of machining simulation using one or more software programmes (Vericut is a plus). /li liProficiency in cutting to