Jobs at The ePlane Company

Lead the company’s IT and information security foundation, including cloud and on-premises infrastructure, HPC systems, servers, endpoints, networking, remote access, backups, disaster recovery, security monitoring, compliance, Google Workspace, and IT support operations. Build scalable policies, systems, and processes from scratch while managing infrastructure performance, asset lifecycles, cybersecurity, and employee technical support.

Creates, edits, and maintains technical documentation for avionics, flight controls, and integrated aerospace systems. Responsibilities include authoring SOPs, manuals, test procedures, reports, specifications, and certification documentation; coordinating with engineering experts; enforcing documentation standards; and managing document versions, reviews, and archives. The role requires strong technical writing, engineering understanding, document-control skills, and proficiency with Microsoft Office, with aerospace standards and specialized authoring tools preferred.

Design and integrate manufacturing processes, tooling, fixtures, and assembly strategies for high-voltage battery modules and packs. Develop detailed CAD models and production drawings, perform tolerance stack-up analyses, support prototype builds, and validate tooling and processes. Collaborate with product design, quality, suppliers, and manufacturing teams on battery assembly operations including laser welding and adhesive dispensing.

Create and maintain aerospace and powertrain technical publications, including manuals, service bulletins, installation guides, assembly procedures, and validation documentation. Collaborate with mechanical, electrical, thermal, and test engineers to ensure technical accuracy and certification compliance. Manage documentation workflows, issues, requirements traceability, and engineering changes using Jira, Visure, DOORS Next, and Confluence. Produce technical illustrations from CAD models and support XML/S1000D authoring for electric propulsion, batteries, inverters, transmissions, and aircraft systems.

Supports stores and inventory operations, including material receiving, verification, storage, labeling, issuing, returns, stock records, bin locations, and traceability. Coordinates with supply chain, quality assurance, and end users on documentation and material needs. Maintains housekeeping, 5S, and safe storage standards while using ERP systems, Excel, FIFO/FEFO, and inventory documentation practices.

Manage manufacturing configuration control by processing engineering and manufacturing changes, maintaining BOMs and production baselines, synchronizing PLM, ERP, and MES data, conducting impact analyses and audits, ensuring AS9100 compliance, and improving configuration management processes and documentation. The role coordinates cross-functional approvals and supports shop-floor execution.

Designs 3D CAD models, detailed engineering drawings, and bills of materials. Applies design for manufacturability principles, collaborates with production teams, and maintains design records, safety compliance reports, and technical manuals. Requires a bachelor’s degree in mechanical engineering or a related field, proficiency with CAD and analysis software, and knowledge of GD&T, material science, and manufacturing processes.

Test and validate 6-DOF aircraft flight-dynamics models using MATLAB/Simulink, Python, and C/C++. Perform flight mechanics, stability, control, performance, propulsion, and aerodynamic analyses across the flight envelope. Develop test cases, scripts, simulations, and verification evidence; correlate models with wind-tunnel, ground-test, and flight-test data; analyze failures and degraded modes; and support certification documentation and system safety activities.

Develop and deploy machine learning tools for engineering simulation applications, including surrogate models, data pipelines, chained model systems, and retraining workflows. Audit simulation data, prototype and productize research, benchmark model performance, establish evaluation methodologies, and deploy AI tools to engineering teams. The role requires deep learning experience with scientific or engineering data, strong Python ML libraries, surrogate modeling, and database and retrieval pipeline skills.

Develop optimization algorithms and simulation systems for urban air mobility, including flight planning, network planning, aircraft charging, fleet dispatch, demand modeling, and energy-constrained operations. Build fast, accurate, auditable agent-based and network simulations at production scale, and create sensitivity-analysis tools for evaluating engineering and commercial trade-offs.

Own integrated DevOps and MLOps infrastructure for production AI/ML systems. Build training and retraining pipelines, CI/CD workflows, model versioning, monitoring, rollback, and A/B testing. Manage Kubernetes, containers, service mesh, and hybrid cloud/on-premise infrastructure. Lead on-premise AI deployment and establish governance, qualification, documentation, explainability, robustness testing, and regulatory compliance processes for safety-critical machine learning capabilities.

Develop aircraft flight-dynamics models, flight-control laws, and high-fidelity simulations for fixed-wing, rotary-wing, and hybrid platforms. Analyze stability, controllability, aerodynamic performance, and handling qualities; support flight testing and model tuning; simulate mission scenarios; and develop software-in-the-loop test facilities. Collaborate with aerodynamics, structures, and systems engineering teams while following safety-critical aerospace development and regulatory standards.

Develop and manage aircraft mass properties, center-of-gravity data, and static, dynamic, aerodynamic, and ground loads for an eVTOL aircraft. Coordinate with engineering, airworthiness, and flight-test teams to establish load cases, support certification, configure prototype ballast, and calculate weight and CG envelopes. Use CAD/PLM, FEA, simulation, and digital-twin tools while proposing weight-reduction strategies and improving mass and loads forecasting processes.

Supports corporate secretarial governance, board and general meetings, statutory filings, registers, restructuring compliance, commercial contract drafting and management, legal research, litigation monitoring, and intellectual property coordination. The role maintains patent and trademark dockets, coordinates with external counsel, conducts prior-art searches, and ensures compliance with Indian company and contract law.

Own systems engineering for eVTOL high-voltage battery packs, BMS hardware and software, DC-DC converters, and BTMS. Responsibilities include requirements capture and traceability, subsystem and aircraft-level integration, safety and hazard analyses, V&V planning, aerospace certification compliance, communications interfaces, grounding, and EMI/EMC mitigation. The role requires expertise in battery systems or electric powertrains and familiarity with DO-160, DO-254, ARP4754A, and ARP4761.

Design and assure the safety and airworthiness of flight control systems for an electric VTOL aircraft. Responsibilities include control-law development, trajectory optimization, flight-dynamics modeling, simulation, Fly-By-Wire and actuator-loop integration, flight testing, system identification, data analysis, safety-critical assessments, and troubleshooting. The engineer will coordinate with design teams to support DGCA type certification, design organization approval, ITSO authorization, and preparation of certification documentation while applying aerospace safety and software standards.

Develop and maintain nonlinear 6-DOF aircraft flight-dynamics and simulation models; conduct stability, control, performance, handling-quality, and flight-envelope analyses; support flight-control-law development, SIL/MIL/PIL/HIL simulations, flight testing, system identification, model validation, fault analysis, and certification documentation. Use MATLAB/Simulink, Python, and C/C++ to model aircraft systems and correlate simulations with test data.

Own the mechanical packaging, structural housing, and integration of high-voltage battery modules and electrical powertrain systems into eVTOL airframes. Design lightweight enclosures, mounts, brackets, and HV boxes using CATIA, apply GD&T and tolerance stack-ups, select materials and thermal interface solutions, and ensure manufacturability, electrical isolation, ingress protection, structural integrity, and certification readiness.

Develops and improves aerospace manufacturing processes for aircraft battery assemblies, electrical integration, and wire harnesses. Responsibilities include DFM/DFA support, routing strategies, tooling validation, SOP and manufacturing instruction creation, MBOM and quality documentation, shop-floor troubleshooting, harness testing, root-cause analysis, and continuous improvement across prototype and serial production.

Coordinates aerospace aircraft design and development projects throughout the new product development lifecycle. Responsibilities include project planning, documentation, multidisciplinary team coordination, schedule and risk tracking, management reporting, configuration management, procurement and supply chain coordination, and continuous improvement of project management processes. The role ensures complete, accurate documentation and alignment with organizational and regulatory requirements.