Highlights
Our new brand identity pairs that heritage with real momentum, as we build technology that helps pilots navigate with confidence, aircraft operate more efficiently, and operators stay ahead of change. Design and interface with sensors and actuators including speed, position, pressure, temperature, torque, current, voltage, vibration sensors, motors, valves, and solenoids.
Numbers & Facts
| Location | India, TN |
| Industry | Travel, Transportation and Tourism |
| Company Size | 10,000 employees or more |
| Year Founded | 1914 |
| Website | http://aerospace.honeywell.com/ |
Description
About us:
Join a company that's reintroducing itself to the aviation community we've helped advance for more than a century. At Honeywell Aerospace (NASDAQ: HONA), we're launching as an independent, publicly traded aerospace and defense company built on a legacy of operational excellence and mission-focused execution.
Our new brand identity pairs that heritage with real momentum, as we build technology that helps pilots navigate with confidence, aircraft operate more efficiently, and operators stay ahead of change. With our systems on board 90% of the world's aircraft, your work here has reach that's rare to find anywhere else.
Focusing on our customers, investing in innovation, and building a culture of accountability and performance is how we're shaping what comes next.
Every horizon. Every mission. Every day.
Sr Advanced Systems Engineer - Engine and Power System
Position Summary
Seeking a highly skilled Systems Engineer to design, develop, integrate, and validate aerospace control systems and embedded solutions. The ideal candidate will combine expertise in control theory, systems engineering, embedded software, model-based development, and aerospace certification standards to support next-generation avionics, engine control, and actuation systems.
Key Responsibilities
- Develop system requirements, architectures, and traceability using DOORS/DOORS NG.
- Perform functional decomposition, requirements allocation, verification, validation, and certification support.
- Design and analyze control systems using classical and modern control techniques (PID, Root Locus, Bode Analysis, Digital Control).
- Develop MATLAB/Simulink/Stateflow models for plant modeling, simulation, auto-code generation, and verification.
- Support SIL/HIL testing, model validation, and system integration activities.
- Design and interface with sensors and actuators including speed, position, pressure, temperature, torque, current, voltage, vibration sensors, motors, valves, and solenoids.
- Develop embedded software in C for real-time control applications.
- Support aerospace compliance activities per ARP4754A, ARP4761, DO-178C, DO-254, and DO-160.
Required Qualifications
- Bachelor's or Master's degree in Electrical, Electronics, Aerospace, Control Systems, or related engineering discipline.
- Strong fundamentals in:
- Electrical & Electronics Engineering
- Mechanical Systems and Thermodynamics
- Sensors, Actuators, and Signal Processing
- Classical and Modern Control Theory
- Embedded Systems and Real-Time Applications
Technical Skills
Control Systems
- PID Control
- Root Locus & Frequency Response Analysis
- Digital Control Systems
- Sensor and Actuator Dynamics
Model-Based Development
- MATLAB, Simulink, Stateflow
- Plant Modeling
- Control Algorithm Development
- Auto-Code Generation
- Model Verification & Validation
- SIL/HIL Testing
Systems Engineering
- ARP4754A / ARP4761
- Requirements Engineering (DOORS/DOORS NG)
- Functional Decomposition
- Architecture Definition
- Requirements Traceability
- Verification & Validation Planning
- Compliance & Certification
- MBSE / SysML
- Configuration Management
Embedded Software
- Embedded C (Mandatory)
- Basic C++
- Memory Management
- Interrupt Handling
- Scheduling Concepts
- Bootloaders
- Performance Optimization
- WCET Fundamentals
- RTOS Awareness
Processor Experience
- ARM Cortex
- TI C2000
- PowerPC
Communication Protocols
- RS232
- RS422/485
- ARINC 429
- CAN
- AFDX (Preferred)
Preferred Qualifications
- Model-Based Systems Engineering (MBSE)
- Aerospace Cybersecurity
- AFDX Networking
- Gas Turbine Engine Controls and Dynamics
- Aerospace, Avionics, FADEC, or Actuation System Development Experience
Desired Attributes
- Strong analytical and problem-solving skills
- Multidisciplinary systems thinking
- Effective communication and technical documentation abilities
- Ability to work in cross-functional aerospace engineering teams
Experience: 5-12+ years in Aerospace Systems Engineering, Control Systems, Embedded Software, Avionics, Propulsion Controls, or related domains
About Company
Honeywell Aerospace innovates and integrates thousands of products and services to advance and easily deliver safe, efficient, productive and comfortable experiences worldwide.
Our History
Our History
The first autopilot in 1914, Charles Lindbergh’s first successful solo flight across the Atlantic in 1927, Amelia Earhart’s landmark flight in 1932, and the world’s first sonic boom in 1947, were all made possible because of aviation technology developed by Honeywell and its legacy companies.
During World War II, the groundbreaking cabin pressurization system developed by Garrett, Honeywell’s integrated C-1 autopilot, and the Norden bombsight made high-altitude bombing first feasible. Sperry instruments and navigation gear, Bendix electronics, carburetors, wheels, and brakes, and Grimes lighting systems were widely used on World War II aircraft. These innovations were later implemented successfully in civilian aircraft, helping the post-war boom in passenger travel.
In the 1950’s, Honeywell Aerospace and its legacy companies changed the face of flying with the development of the first gas-turbine engines and the ring laser gyroscope, which dramatically changed guidance and navigation forever. Sperry brought computer technology to the cockpit with electronic flight instrument systems, flight management systems and other digital technology, and Bendix introduced the first commercial weather radar system.Today, Honeywell Aerospace continues to innovate in the frontier of flight safety with traffic alert and collision avoidance technologies, the AlliedSignal Enhanced Ground Proximity Warning System, and systems that help pilots avoid severe weather and hazards such as lightning and wind shear. We at Honeywell Aerospace are proud of our contributions to aviation history, but we’re just as proud of the history we’re making today.
We have created the state-of-the-art integrated Aircraft Environment Surveillance System for the Airbus A380, and our advanced flight management, power distribution, pneumatic, and landing systems will help A380 operators reach new heights of performance and efficiency.
We are a leading supplier of products and systems for Boeing commercial airplanes, and our integrated avionics system for the Boeing 777 sets a new technology and reliability standard. Today, we are part of the team working to define technology concepts for the next Boeing airplane, the super-efficient 777.
The general, experimental, and light business aviation industries also turn to our respected Bendix/King range of communication and navigation avionics, weather radars, flight controls, flight information services, and other products and services that help make flying safer, more affordable, and more enjoyable.
Honeywell Aerospace continues to work to improve the capabilities of military forces, developing systems that power unmanned vehicles, avionics for jet fighters, weapon sensors for precision targeting, and upgrades that extend the lives of proven aircraft and vehicles. We’re part of the Lockheed Martin team working on the Joint Strike Fighter program, and we’re proposing a wide range of systems for the Army’s Future Combat System.
For more than 40 years, Honeywell technology has helped with the exploration and creation of opportunities in space. Our products have been integral to Neil Armstrong’s first step on the moon, and to every manned mission to space since. Today, the Space Shuttle is equipped with Honeywell’s Multifunction Electronic Display Subsystem, and we’re reaching into the future of space technology, with our work for the anticipated shuttle successor, the Orbital Space Plane, the International Space Station, and our contributions toward creating a permanent orbiting scientific laboratory and workspace.
As powered flight begins its second century, Honeywell Aerospace continues to make history with leading technology, reliable products and systems, superior service, and dedicated employees. The contributions of Honeywell, its legacy companies, and five generations of employees, have advanced the science of aviation to make flying the world’s safest form of transportation, while helping to protect our nation and explore the universe. We look forward to continuing our long tradition of developing and delivering innovative aviation systems that meet the current, and anticipate the future, needs of the customer.