Mechanical Engineer
Electrum · South Jakarta, DKI Jakarta, Indonesia
Sekilas tentang pekerjaan ini
Electrum mencari Mechanical Engineer untuk mengembangkan dan meningkatkan sistem serta komponen mekanis kendaraan listrik roda dua, dengan fokus pada keandalan, kemudahan perawatan, dan pengurangan waktu henti. Posisi ini membutuhkan pengalaman langsung di bidang desain mekanis, pengembangan produk, pengujian, atau rekayasa manufaktur, dan berlokasi di Jakarta Selatan, DKI Jakarta.
Tugas utama
- Merancang dan menyempurnakan komponen mekanis kendaraan listrik roda dua.
- Menerjemahkan masukan pengendara, mekanik, dan tim lapangan menjadi peningkatan produk.
- Membuat model 3D CAD, gambar teknik, bill of materials, dan spesifikasi teknis.
- Menguji prototipe serta menyelidiki kegagalan mekanis dan masalah keandalan.
- Berkolaborasi dengan tim lintas fungsi dan pemasok untuk kesiapan produksi.
Kualifikasi utama
- Sarjana Teknik Mesin atau bidang terkait.
- Pengalaman langsung dalam desain mekanis, pengembangan produk, pengujian, atau rekayasa manufaktur.
- Mahir menggunakan perangkat 3D CAD seperti SolidWorks, CATIA, atau Creo.
- Memahami gambar teknik, GD&T, toleransi, pemilihan material, dan proses manufaktur.
- Mampu melakukan pengujian terstruktur dan analisis akar masalah.
Ringkasan ini dibuat dengan AI dari deskripsi di bawah. Yang berlaku adalah deskripsi lengkapnya di situs Electrum.
Deskripsi pekerjaan
Role Overview At Electrum, engineering decisions directly affect how reliably riders can work every day. We are looking for a Mechanical Engineer to develop and improve mechanical systems and components across our electric two-wheeler ecosystem—turning rider needs, workshop feedback and field-performance insights into safe, durable and practical engineering solutions.
You will work across design, prototyping, testing and implementation, with a focus on vehicle reliability, ease of maintenance and reducing downtime. Key Responsibilities Design and improve mechanical components and assemblies for electric two-wheelers and related equipment, balancing safety, durability, performance, manufacturability and cost. Translate feedback from riders, mechanics and field operations into engineering requirements and product improvements.
Develop 3D CAD models, engineering drawings, bills of materials and technical specifications. Evaluate materials, tolerances, structural strength and component fitment through engineering calculations and simulation where appropriate. Build and validate prototypes through functional, durability and field testing that reflects real operating conditions.
Investigate mechanical failures, recurring repairs and reliability issues; implement corrective actions and verify their effectiveness. Improve serviceability so components are easier to inspect, repair and replace, helping mechanics return vehicles to riders faster. Collaborate with electrical, battery, product, quality, supply chain and operations teams to deliver integrated engineering solutions.
Work with suppliers on fabrication methods, technical requirements, component quality and production readiness. Maintain design revisions, test reports and engineering change records to support consistent implementation across suppliers and operations. Qualifications Bachelor’s degree in Mechanical Engineering or a related discipline. Hands-on experience in mechanical design, product development, testing or manufacturing engineering.
Proficiency in a 3D CAD tool such as SolidWorks, CATIA, Creo or an equivalent platform. Understanding of engineering drawings, GD&T, tolerance stack-ups, material selection and manufacturing processes. Ability to conduct structured testing and root-cause analysis, and translate findings into practical design improvements. Experience working with prototypes, suppliers and cross-functional teams.
Willingness to work directly with mechanics and field teams to understand how products perform beyond the drawing board. Strong attention to detail, technical communication and ownership from problem identification through verified implementation. Preferred Qualifications Experience with motorcycles, electric vehicles or other electromechanical products.
Familiarity with vehicle structures, enclosures, mounting systems or battery-related mechanical interfaces. Experience with machining, sheet-metal fabrication, welding, casting or injection molding. Familiarity with FEA, vibration analysis, fatigue assessment or durability testing. Exposure to design for manufacturing and assembly, serviceability improvements or engineering change control.