Jobs at Vecmocon Technologies

Lead the full firmware lifecycle from requirements through production for embedded EV systems. Design and optimize C/C++ firmware from driver to application layers, develop device drivers, integrate software with hardware, debug using low-level tools, and lead validation and verification. Establish automotive development processes, conduct code reviews, mentor junior engineers, and ensure modular, testable, reliable code and documentation.

Validate and debug vehicle IoT hardware, including board bring-up, power rails, peripherals, connectivity, CAN communication, and integration with BMS and charging systems. The role involves designing DVP/DVT plans, conducting lab testing, performing root-cause analysis, supporting schematic and component reviews, validating antenna and server connectivity, documenting results, and assisting with EMI/EMC pre-compliance and field integration.

Source and qualify suppliers for mechanical parts, wire harnesses, metal castings, and related commodities. Negotiate pricing and contract terms, conduct zero-based costing, manage purchase orders, optimize supply chains, monitor supplier quality and performance, perform audits, and implement corrective actions. The role also addresses supply disruptions, reduces costs, and ensures compliance with company and quality standards.

Lead PCB design and production for EV charger products, including circuit prototyping, schematic and layout development, stack-up and component selection, library maintenance, and EMI, EMC, signal integrity, power integrity, and thermal considerations. Manage PCB designers, prepare manufacturing documentation, support DFM and production, troubleshoot design issues, and collaborate with mechanical, software, testing, and production teams.

Lead new product introduction from design through mass production for SMT and box assembly. Evaluate designs for manufacturability, develop manufacturing processes and documentation, coordinate pilot builds, define SMT and soldering parameters, establish fixtures and tooling, drive first article inspection, resolve production defects, and identify cost-reduction opportunities. Collaborate with design, quality, supply chain, production, and customers to ensure products meet quality, cost, schedule, and manufacturing requirements.

Manage office administration, IT troubleshooting, infrastructure coordination, vendor relationships, procurement, ISO documentation, audits, and employee IT asset lifecycles. The role supports onboarding and offboarding, workstation and access provisioning, inventory tracking, service contracts, compliance records, and administrative reporting while providing leadership support and coordinating office operations.

Own end-to-end BMS solution delivery across application development, configuration, integration, validation, deployment, debugging, and field support. Develop and validate Simulink and Stateflow applications, support vehicle integration and CAN diagnostics, analyze logs and test data, and drive root-cause resolution. Serve as the technical customer interface, coordinate cross-functional teams, mentor application engineers, manage escalations, and ensure solution quality through regression testing and validation gates.

Develop, debug, optimize, and validate embedded firmware in C for IoT-enabled EV products. Work with STM32, ESP32, AVR, sensors, communication modules, and actuators; interface peripherals and support hardware bring-up and board testing. Use oscilloscopes, logic analyzers, and JTAG/SWD tools for troubleshooting. Maintain modular code, documentation, test reports, and release notes while collaborating with hardware and systems teams.

Lead new product introduction from prototype through pilot production and mass-production handover. Coordinate cross-functional project plans, engineering changes, manufacturing readiness, pilot builds, tooling, fixtures, testing, and production documentation. Review BOMs, drawings, and specifications; drive process improvements, risk mitigation, root-cause analysis, corrective actions, and quality documentation including PFMEA, control plans, work instructions, and PPAP. Ensure production readiness and complete, controlled handover to manufacturing.

Leads the company-wide quality strategy across suppliers, product development, and manufacturing. Establishes quality management systems and standards for automotive electronics, drives process capability and continuous improvement, oversees APQP, PFMEA, PPAP, DVP&R, audits, supplier quality, traceability, warranty analysis, and 8D problem solving. Acts as the primary quality representative for OEM customers and internal audits while managing production and development quality teams.

Source and qualify suppliers for mechanical parts, wire harnesses, castings, and related commodities. Negotiate pricing, payment, delivery, and quality terms; manage contracts and purchase orders; perform zero-based cost analysis; optimize supply chains; monitor supplier quality and performance; conduct audits; and implement corrective actions and cost-saving strategies.

Leads end-to-end employee training and development using the ADDIE model, including needs analysis, instructional design, delivery, and effectiveness evaluation. Governs ISO 9001:2015 Clause 7.2 training compliance, maintains QMS documentation and audit-ready records, maps technical competencies with engineering and operations teams, and reports training KPIs and skill-gap reduction to management.

Inspects, diagnoses, repairs, and tests faulty printed circuit boards. Performs component-level replacements, SMD and through-hole soldering, firmware flashing, functional testing, and quality checks. Interprets schematics and technical manuals, maintains repair records, follows ESD safety standards, coordinates with engineering and quality teams, and maintains tools and the work area.

The BMS Integration Engineer will perform battery and power electronics testing, evaluate Li-ion battery chemistries and safety mechanisms, and conduct circuit-level testing. Responsibilities include using PCAN tools and CAN/RS-485 protocols, operating laboratory equipment, validating DVP requirements, performing root cause analysis, and documenting technical findings. Strong analytical and communication skills are required.

Support systems engineering for vehicle telematics and energy-stack products across hardware, firmware, and software. Responsibilities include managing requirements, defining system architecture and interfaces, contributing to DFMEA and risk analysis, supporting verification and validation testing, interpreting test data, participating in design reviews and root-cause analysis, and maintaining technical documentation. The role collaborates with cross-functional engineering teams and OEM partners while developing expertise in system integration and product compliance.

Test and integrate Vehicle Intelligence Modules for electric vehicles, ensuring communication with BMS and charging systems. Responsibilities include designing validation procedures, debugging hardware with laboratory equipment, performing root cause analysis, validating antenna and server connectivity, documenting DVP results, and supporting field testing. The role requires electronics hardware testing experience, PCB troubleshooting, soldering proficiency, laboratory equipment skills, and MS Excel expertise.

Supports mechanical design and development of electric vehicle auxiliary components through CAD modeling, assemblies, design iterations, structural and fluid simulations, prototype development, quality checks, and manufacturing communication. The intern gains hands-on experience with sheet-metal, plastic, and die-cast part design while contributing to product validation and real-world engineering projects.

Manage end-to-end development and production release of embedded hardware and firmware products. Coordinate hardware, firmware, mechanical, test, supply chain, quality, and manufacturing teams; drive design reviews, integration, validation, schedules, risks, documentation, and production readiness. Support pilot runs, production ramp-up, issue resolution, KPI and budget tracking, and manufacturing handover.

Supports the Quality team by collecting and maintaining quality data, updating issue and action trackers, preparing reports, organizing QMS documentation, and coordinating follow-ups. The intern also assists with audit records, training plans, attendance tracking, quality presentations, and data preparation for meetings. The role emphasizes Excel-based data organization, documentation accuracy, routine coordination, and learning automotive and EV manufacturing quality processes.

Oversee and improve manufacturing processes, production layouts, and workflows to increase efficiency, quality, safety, and cost-effectiveness. Lead continuous improvement, waste reduction, problem-solving, error-proofing, and new product introduction activities. Develop assembly instructions and standard work documentation, monitor KPIs and downtime, investigate process issues, support training, and present project progress. Ensure products and processes meet defined specifications, customer expectations, and regulatory standards.