EnerSys
EnerSys
EnerSys talabchan sharoitlarda ishonchli energiyaga tayanadigan tashkilotlar uchun saqlangan energiya va akkumulyatorga asoslangan quvvat tizimlarini ishlab chiqadi. Uning yechimlari telekommunikatsiya, sanoat operatsiyalari, mudofaa va harbiy qo‘llanmalar, logistika va transport, shuningdek, qayta tiklanuvchi energiya loyihalarini qo‘llab-quvvatlaydi. Kompaniya energiya samaradorligini oshirish va yanada barqaror energetika infratuzilmasini rivojlantirishga e’tibor qaratadi. Uning keng xalqaro jamoasi energiya saqlash texnologiyalarini loyihalash, muhandislik ishlari, ishlab chiqarish va yetkazib berish jarayonlarini qamrab oladi.

Field Applications Engineer - Bolton, Ontario

Support the reliability of EnerSys battery-buffered DC fast chargers and energy storage systems in the field. Diagnose compatibility and performance issues, validate corrective actions, and use fleet data to improve charging operations.

Tavsif

  • Maintain and enhance the reliability, availability, and performance of deployed battery-buffered DC fast-charging stations.
  • Collaborate with the EnerSys Service team to investigate and resolve operational issues.
  • Diagnose complex hardware, software, firmware, communications, networking, and system-level problems affecting charger operation.
  • Lead or contribute to root-cause investigations involving downtime, unexpected reboots, failed charging sessions, recurring faults, and reduced performance.
  • Conduct EV interoperability and compatibility testing across vehicle manufacturers, models, and charging implementations.
  • Evaluate charging protocols, system logs, telemetry, fault records, and session behavior to identify vehicle-to-charger compatibility problems.
  • Create software, scripts, diagnostic utilities, automated tests, and data-analysis tools that strengthen troubleshooting and system validation.
  • Reproduce field issues in controlled test environments and verify engineering fixes before deployment.
  • Work with Site Reliability Engineering to examine operational datasets and uncover reliability trends across the charging fleet.
  • Build metrics, dashboards, and analytical approaches for monitoring uptime, downtime, reboot frequency, recurring faults, charging success, and recovery performance.
  • Assess how software releases, hardware configurations, vehicle types, environmental conditions, and operational events affect reliability outcomes.
  • Convert field and fleet findings into practical engineering recommendations and well-defined problem statements for hardware and software teams.
  • Assist with deploying and validating corrective actions, then measure their post-release effectiveness.
  • Coordinate with electrical, mechanical, firmware, software, systems, test, operations, field service, and SRE teams to achieve permanent issue resolution.
  • Record investigations, root causes, corrective actions, test results, and lessons learned to support ongoing charging-platform improvements.

Talablar

  • Bachelor’s degree in mechatronics, electrical, computer, or a related engineering discipline.
  • Working familiarity with Linux or Unix environments and programming languages such as C and C++.
  • Knowledge of electrical troubleshooting, including reading and interpreting wiring diagrams, schematics, and circuit diagrams.
  • Ability to gather, interpret, and analyze system logs, communication traces, diagnostic data, telemetry, and error codes during fault investigations.
  • Strong analytical and problem-solving abilities, including structured troubleshooting and root-cause analysis.
  • Basic knowledge of high-voltage electrical systems and electrical safety practices.
  • Basic understanding of computer networking, including TCP/IP and IP-based communications.
  • Familiarity with industrial and IoT protocols such as Modbus and MQTT.
  • Understanding of embedded communication buses and protocols, including CAN, I²C, and SPI.
  • Strong technical writing and communication skills for documenting problems, investigations, findings, and corrective-action recommendations.
  • Willingness and ability to learn technologies across EV charging, battery energy storage, power electronics, embedded systems, software, networking, and data analytics.
  • Valid driver’s license.
  • Willingness and ability to travel about 30%, including international trips to France, Italy, and the United States.

Imtiyozlar

  • Paid holidays
  • Medical, vision, and dental coverage
  • Life insurance and long-term disability coverage
  • Tuition reimbursement plan
  • Defined pension plan

O‘xshash ish o‘rinlari