BENGALURU · FULLTIME
SR SYSTEMS ENGINEER
TE Connectivity
Bengaluru · onsite · Posted 28d ago
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Undisclosed10–13 yrsfulltimeBengaluru
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Section · 01
About this role
At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world.
Job Description:
Job Overview
KEY RESPONSBILITIES:
DESIRED SKILL:
What your background should look like
Competencies
Job Overview
Contributes to technical functioninitiatives across multiple projects and manages technical elements while maintaining performance and schedule.
KEY RESPONSBILITIES:
- System Architecture Design
Define end-to-end system architecture for transportation sensors, including embedded hardware, ASIC interfaces, signal processing, and software interactions.
Lead electronic design activities: schematic development, electrical thermal calculations, DFMEA creation, and PCB layout oversight.
Perform system-level simulations and modeling to validate architecture and ensure robust performance across operating conditions.
Development, Validation Problem Solving
Lead full lifecycle sensor development by collaborating with Mechanical, Software, ECAD, ASIC, Quality, and Reliability teams.
Conduct and manage system-level validations (functional, electrical, EMC, thermal).
Demonstrate strong hands-on debugging skills across electronics, firmware, and system interfaces, including test rig hardware troubleshooting and development.
Drive root-cause analysis using structured methodologies and implement durable corrective actions.
Functional Safety Compliance
Perform ASIL analyses, safety goal decomposition, FIT evaluation, and system safety architecture definition per ISO 26262.
Work with hardware and software teams to define, manage, and verify safety requirements at component and system levels.
Customer Interaction Technical Leadership
Serve as the primary technical interface for customer discussions on requirements, concepts, design changes, and validation outcomes.
Translate customer and market needs into clear system specifications and requirements.
Lead design reviews, risk mitigation planning, and technical decision-making forums.
AI, Data Analytics Continuous Improvement
Apply machine learning techniques for test data analytics, anomaly detection, and early failure prediction.
Leverage AI/ML to optimize calibration strategies and accelerate sensor characterization.
Benchmark industry technologies, conduct IC characterization, and drive continuous improvement initiatives.
Cross-Functional Collaboration
Work with global teams, subject matter experts, and external partners to deliver program milestones and maintain engineering rigor.
Ensure structured execution using Lean Product Development and systems engineering best practices.
DESIRED SKILL:
Masters / Bachelors degree in Electrical or Electronics Engineering or Instrumentation Engineering.
1215 years of experience in automotive electronics, sensor development, or integrated circuit/sensor platforms, with at least 5 years as a Systems Engineer.
Strong background in sensor system design, architecture, and deployment for automotive environments.
Expertise in analog/digital circuit design, simulation, and system-level functional verification.
Strong debugging capability for hardware, firmware, and system integration issues.
Hands-on experience developing test rigs, test instrumentation, and data acquisition systems.
Demonstrated ability to analyze complex datasets, draw conclusions, and drive decisions.
Proficiency in ISO 26262 Functional Safety Standards, ASIL compliance, FIT analysis, and safety architecture definition.
Familiarity with sensing technologies such as Hall, piezoresistive/MEMS, strain gage, XMR, capacitance, and associated ASIC architectures.
Experience with AI/hyperscale hardware OR AI driven analytics for sensor test data.
Familiarity with machine learning techniques used for anomaly detection or predictive diagnostics.
Knowledge of LabVIEW, communication interfaces (SENT, PWM, IC), and software/system development workflows.
Experience with ALM tools such as Code Beamer.
Proven track record leading global cross-functional teams to deliver complex technical programs.
Exceptional analytical, critical thinking, decision-making, and problem-resolution skills.
1215 years of experience in automotive electronics, sensor development, or integrated circuit/sensor platforms, with at least 5 years as a Systems Engineer.
Strong background in sensor system design, architecture, and deployment for automotive environments.
Expertise in analog/digital circuit design, simulation, and system-level functional verification.
Strong debugging capability for hardware, firmware, and system integration issues.
Hands-on experience developing test rigs, test instrumentation, and data acquisition systems.
Demonstrated ability to analyze complex datasets, draw conclusions, and drive decisions.
Proficiency in ISO 26262 Functional Safety Standards, ASIL compliance, FIT analysis, and safety architecture definition.
Familiarity with sensing technologies such as Hall, piezoresistive/MEMS, strain gage, XMR, capacitance, and associated ASIC architectures.
Experience with AI/hyperscale hardware OR AI driven analytics for sensor test data.
Familiarity with machine learning techniques used for anomaly detection or predictive diagnostics.
Knowledge of LabVIEW, communication interfaces (SENT, PWM, IC), and software/system development workflows.
Experience with ALM tools such as Code Beamer.
Proven track record leading global cross-functional teams to deliver complex technical programs.
Exceptional analytical, critical thinking, decision-making, and problem-resolution skills.
What your background should look like
Generally requires Bachelors degree in appropriate field with a minimum of 5 years of progressively responsible professional level experience; Masters degree or higher or local equivalent may be preferred at this level
Competencies
Values: Integrity, Accountability, Inclusion, Innovation, Teamwork
Sourced from naukri
Section · 02
Skills
DevelopmentSensorautomotive electronicsFit Gap Analysissystem integrationSimulationAnalogISOfunctional safetySystemIssueSafetyDigital Circuit DesigncircuitdebuggingArchitecturecomplianceanalyticalSystem Design
Section · Company
About TE Connectivity
TE Connectivity
Electronics Manufacturing
1.2k+
employees
1941
85 years old
Bangalore / Bengaluru, Karnataka
India
About
TE Connectivity specializes in connectivity and sensing solutions, emphasizing sustainability and reliability to address the needs of various industries.
Industries
Electronics ManufacturingInternetTelecomElectronics
Employee ratings
1,327 reviews
4.1/ 5
Culture
4.2
Career growth
3.3
Work-life
4.1
Employees rate it well for
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