Available Vacancies

Location: Tedderfield
Type of employment: Permanent

Key Responsibility Areas:

Composite Part and Assembly Drafting:

• Create accurate 3D CAD models and 2D drawings of composite components, assemblies, and sub‑structures;
• Develop mould layout drawings, surface models, and trim templates;
• Prepare draft angles, parting lines, and laminate stack‑up details in collaboration with engineers.

Mould and Tooling Documentation:

• Produce fabrication drawings for masters, plugs, moulds, fixtures, and trim jigs;
• Ensure tooling designs consider manufacturability, repeatability, and material selection (GFRP, CFRP aluminium, steel, and high‑temp tooling boards);
• Support mould design reviews with the composites production team.

Production Support:

• Work directly with the composite shop to refine layup manuals, cure cycle documentation, and trimming guides;
• Incorporate shop-floor feedback to reduce rework and improve part consistency;
• Update drawings for production improvements, NCR resolutions, and process developments.

Engineering Collaboration:

• Translate engineering requirements into accurate composite documentation packages;
• Assist engineers in developing laminate schedules, reinforcement details, and structural design changes;
• Contribute to weight‑reduction and manufacturability improvement initiatives.

Configuration Control and Standards:

• Maintain up-to-date composite drawings in the company’s PDM system;
• Ensure revision control, numbering conventions, and drafting standards are consistently applied;
• Establish and maintain composite-specific drafting templates, symbols, and best practices.

Essential Requirements:

• N4/N5 or higher in Drafting or Mechanical Engineering, or related field;
• 2–4 years’ experience in composite drafting or modelling (aerospace, marine, or automotive preferred);
• Proficiency with MS Office (Excel, Word, Outlook) and SolidWorks or similar CAD software;
• Ability to work with complex freeform surfaces and maintain high-quality model integrity;
• Understanding of composite materials, layup processes, mould design, and cure cycles;
• Strong understanding of manufacturing processes and engineering documentation practices;
• Good at communicating written technical information;
• Attention to detail is vital;
• Experience in composite tooling, surfacing, or trim fixture design;
• Familiarity with vacuum bagging, infusion, and wet layup methods;
• Knowledge of drafting and mechanical design principles;
• Exposure to CNC pattern-making or nesting software;
• Hands‑on experience building composite parts (advantageous).

Location: Tedderfield
Type of employment: Permanent

Key Responsibility Areas:

• Install aircraft electrical harnesses and looms in accordance with engineering drawings and company standards;
• Install electrical and related aircraft components into the aircraft as required;
• Conduct testing and fault-finding on various aircraft electrical systems;
• Perform stock takes and maintain accurate inventory records;
• Book stock in and out of the stores system accurately and timeously;
• Ensure all work is carried out in accordance with quality, safety, and regulatory requirements;
• Maintain a clean and organised work area.

Essential Requirements:

• Matric;
• Relevant Electrical qualification/s will be advantageous;
• At least 1 years’ experience in Electrical production (Installations) and using test equipment;
• Ability to read and understand complex wiring diagrams;
• Basic understanding of electrical fault finding techniques;
• A good understanding of basic aircraft electronics and symbols;
• Attention to detail is imperative and providing good quality workmanship;
• Excellent communication skills, both written and verbal.

Location: Tedderfield
Type of employment: Permanent

Key Responsibility Areas:

Drafting Support for Sheet-Metal Components:

• Create 2D drawings and 3D models of aluminium sheet-metal parts, brackets, ribs, skins, and small assemblies;
• Develop flat patterns and CNC‑ready manufacturing data;
• Apply correct tolerancing, fastener specifications, and material callouts according to Sling standards.

Assembly Documentation:

• Produce assembly drawings, exploded views, and installation illustrations;
• Update BOM’s and component details in coordination with engineers;
• Ensure drawings are clear, complete, and easy for production teams to follow.

Revision Control and Documentation Maintenance:

• Update existing drawings as part of engineering changes, production feedback, or improvements;
• Maintain accurate revision histories within the company’s PDM system;
• Ensure drafting standards, templates, and conventions are applied consistently.

Cross-Functional Support and Learning:

• Assist senior draftsmen with tooling, composite, and electrical drawings when needed;
• Participate in design reviews and contribute simple modelling or drafting tasks;
• Provide drafting support to production, quality, and procurement as directed.

Continuous Improvement:

• Identify drawing improvements that reduce ambiguity, scrap, or rework;
• Suggest updates to drawing standards and process workflows;
• Learn from feedback and coaching to progressively take on more complex design tasks.

Essential Requirements:

• N4/N5 or higher in drafting, engineering, CAD, or related field (or equivalent experience);
• Basic proficiency in MS Office (Excel, Word, Outlook) and 3D CAD software (SolidWorks preferred);
• Ability to interpret engineering drawings and manufacturing documentation;
• Knowledge of drafting standards and techniques;
• Strong attention to detail and willingness to learn;
• Good at communicating written technical information;
• Experience with SolidWorks PDM or other document management tools;
• Understanding of sheet-metal fundamentals;
• Some knowledge of aviation sheet-metal practices (riveting, forming, flanging);
• Exposure to CNC manufacturing processes;
• Hands-on workshop or fabrication experience.

Location: Tedderfield
Type of employment: Permanent

Key Responsibility Areas:

Tooling and Jig Design:

• Design production jigs, fixtures, templates, gauges, and assembly tooling for metal, composite, and mechanical assemblies;
• Ensure tooling designs maintain tight tolerances, support repeatability, and comply with engineering requirements;
• Produce accurate 2D drawings, 3D models, and full fabrication documentation.

Collaboration and Integration with Production:

• Work closely with manufacturing, quality, and assembly teams to understand tooling needs and workflow constraints;
• Participate in design reviews and collaborate to refine tooling concepts;
• Support prototype builds and production trials of new tooling.

Quality and Continuous Improvement:

• Develop tooling that reduces variation, prevents assembly errors, and improves production consistency;
• Update existing tooling based on feedback, wear evaluations, and NCRs.

Documentation and Control:

• Maintain accurate tooling drawings and revision control within the company’s PDM system;
• Produce clear assembly instructions and bill of materials (BOMs) for all tooling designs;
• Ensure drawings comply with company and industry standards, regulations, and specific project requirements.

Essential Requirements:

• N4/N5 or higher in Drafting, Engineering, or a related field;
• 2 years’ experience in Drafting, Mechanical Design, or Tooling/Jig Design (aerospace or automotive preferred);
• Proficiency in MS Office (Excel, Word, Outlook) and 3D CAD software (SolidWorks preferred);
• Strong understanding of materials and manufacturing processes (CNC machining, sheet metal, welding, composites);
• Ability to design tooling that is practical, robust, and easy to fabricate;
• Excellent attention to detail and a commitment to high‑quality work;
• Good at communicating written technical information;
• Knowledge of drafting standards and techniques;
• Hands-on mechanical aptitude and ability to prototype concepts when needed;
• Experience in aircraft or high‑precision manufacturing industries;
• Exposure to PDM systems, or production documentation workflows;
• Understanding of lean manufacturing principles.

Location: Tedderfield
Type of employment: Permanent

Key Responsibility Areas:

Electrical Drafting and Design Support:

• Produce electrical schematics, wiring diagrams, harness drawings, and interconnect documentation using SolidWorks Electrical;
• Create complete harness documentation packages including loom drawings, connector pinouts, wire lists, labels and identification, and routing diagrams;
• Assist engineers with design intent translation into clear, production-friendly documentation.

Collaboration with Production and Installation Teams:

• Work closely with loom manufacturing teams to ensure that harnesses are manufacturable, clearly documented, and easy to replicate;
• Support aircraft assembly technicians during installation by providing updated drawings, clarification, and troubleshooting visual documentation;
• Implement feedback from production to continuously improve documentation and reduce errors.

Supplier Integration:

• Interpret supplier drawings and interface control documents (ICDs) from avionics and electrical equipment manufacturers;
• Convert supplier-provided material into Sling-standard schematics and harness drawings;
• Maintain accurate records of connector configurations, wire types, and system-specific installation requirements.

Configuration Control and Documentation Management:

• Maintain all electrical documentation within the company’s PDM system;
• Ensure full revision control, drawing accuracy, and change management compliance;
• Support the creation of electrical installation manuals, assembly instructions, and service documentation.

Standards and Process Development:

• Establish and maintain electrical drafting standards, templates, symbols, libraries, and drawing practices;
• Contribute to the development of system design conventions and documentation workflows for new aircraft models;
• Support continuous improvement initiatives across engineering and production.

Essential Requirements:

• N4/N5 or higher in Drafting, Electrical Engineering, or a related field;
• 1–3 years of experience in Electrical Drafting, preferably in aerospace or automotive environments;
• Proficiency with MS Office (Excel, Word, Outlook) and 2D SolidWorks Electrical (or equivalent ECAD tools);
• Understanding of wiring harness construction, connector systems, cable routing, and electrical installation practices;
• Familiarity with aviation electrical systems and avionics (advantageous);
• Familiarity with CAN bus, RS-232, or other aircraft common communication protocols;
• Strong attention to detail and a structured approach to documentation;
• Good at communicating written technical information;
• Experience with electrical harness manufacturing or installation;
• Knowledge of aerospace wiring standards (e.g. TSO/Mil-Spec wire, crimping standards, shielding, grounding);
• Ability to read and interpret 3D models for routing and installation guidance;
• Understanding of ERP, BOM structures, and configuration control.

Location: Tedderfield Airpark
Type of employment: Permanent

Key Responsibility Areas:

• Build, assemble, and terminate electrical looms, harnesses, and related components in accordance with drawings, wiring diagrams, and work instructions;
• Conduct continuity, functionality, and fault-finding tests on aircraft electrical systems and components;
• Maintain a clean, organized, and safe working environment in line with 5S and company standards;
• Perform regular stock takes and cycle counts within the Electrics department;
• Book stock and components in and out accurately on the relevant system;
• Ensure all materials, parts, and tools are correctly stored and accounted for;
• Report stock shortages, damaged stock, and discrepancies to the Electrics Manager;
• Complete all required documentation accurately and timeously;
• Comply with all company health, safety, and quality procedures.

Essential Requirements:

• Matric;
• IPC certification on harness building or related Electrical qualification/s will be advantageous;
• At least 1 years’ experience in harness building and using bench test equipment will be advantageous;
• Ability to read and understand complex wiring diagrams;
• Basic aircraft knowledge will be advantageous;
• A good understanding of basic aircraft electronics and symbols will be advantageous;
• Attention to detail is imperative and providing good quality workmanship;
• Excellent communication skills, both written and verbal.