Infrared Signature Engineering Specialist at Rolls-Royce in Indianapolis, IN | USD90,985-136,477 | Kablio

Role

Description

systems engineering

ir testing

ir analysis

work packages

ir design

design reviews

Apply systems engineering concepts to define whole engine fluid systems and support resolution of system-level issues. This will include working together with other engineers in Thermofluids, Engine Performance, Controls, Installations, Turbines, Compressors, Combustion, and Power Transmission Systems
Perform infrared testing of above exhaust systems utilizing IR camera hardware in both ground and flight test environments
Perform infrared analysis of fixed and rotary wing aircraft, missiles, marine craft, and associated propulsion systems (Airframes and exhaust plumes) with requisite survivability codes (commercial, military, customer provided, and/or RR internal. Prepare and deliver analysis results in formal and informal design reviews
Contribute to your team by defining and completing technical work packages to meet customer requirements, evaluating technologies, implementing systems engineering approaches, assisting junior engineers, and identifying and/or developing new and better approaches to the infrared signature design/analysis processes and guides
Design low observable IR exhaust systems for above referenced platforms

Requirements

thermal modeling

thermodynamics

fortran

fluent

bachelor's

gas turbine

Experience in performing and reviewing heat transfer/thermals modelling and analysis
Bachelor’s degree in Engineering, Physics or Mathematics along with 2+ years of experience in IR signature design/analysis, thermodynamics, gas dynamics, fluid mechanics and/or engine design, OR
Experience with survivability analysis and common industry toolsets
Experience with Thermofluid Systems analysis tools (SPAN, SC03, AMESim, Simscape, Fluent, STAR-CCM+, NPSS)
Experience with gas turbine engine exhaust analysis
Proficiency in computer programming language such as FORTRAN, Visual Basic, and/or C++
Experience in thermodynamics, gas dynamics, fluid mechanics and/or engine design
Master’s degree in Engineering, Physics or Mathematics, OR
Experience in gas turbine secondary air system, oil system, fuel system or thermal management system design, modeling, and analysis.
Experience with workflow automation (Preliminary System Design and/or Component Design Systems)
To be considered for this opportunity, you must be eligible to obtain and maintain security clearance, which requires USA Citizenship
Experience in Infrared analysis of hot parts and plumes of aircraft exhaust systems

Benefits

Information not given or found

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

Information not given or found

Security clearance

Information not given or found

Company

Overview

£18.9 billion

Revenue

The company achieved near £18.9 billion in revenue in 2024.

£2.9 billion

Operating Profit

The company reported an operating profit of approximately £2.9 billion in 2024.

36%

Market Share

The company holds a commercial engine market share of roughly 36%. This reflects its strong position in the sector.

25 vehicles/day

Production Rate

The company's Goodwood facility produces approximately 25 ultra-luxury electric vehicles per day under a BMW licence.

Founded in the early 20th century, it began as a pioneer in aero-engine design and has grown into a global engineering powerhouse.
It develops and produces engines and power systems for commercial and military aircraft, naval vessels, submarines, and energy infrastructure.
Headquartered in London, it operates across four core segments—civil aerospace, defence, power systems and emerging markets like nuclear and modular reactors.
It supports iconic programmes—supplying wide-body commercial aircraft engines, submarine nuclear reactors, naval propulsion, and bespoke industrial power units.
Amid a major turnaround since 2023, the company secured a £9 billion UK defence reactor deal.

Culture + Values

We do the right thing – We do what’s right for our customers, our people, and society.
We aim high – We stretch our ambition, we set challenging goals, and we deliver results.
We take ownership – We take personal responsibility for our actions, performance, and results.
We act with integrity – We build trust by being honest, transparent, and ethical in everything we do.
We collaborate – We work together with respect, trust, and inclusiveness to achieve our goals.

Environment + Sustainability

Net-zero by 2050

Carbon Neutrality Goal

Aims to achieve net-zero carbon emissions by 2050.

Carbon intensity down by 25%

Carbon Intensity Reduction Target

Committed to reducing the carbon intensity of products and operations by 25% by 2030.

CO2 emissions reduced by 50%

SAF Emissions Reduction

SAF strategy targets a 50% reduction in CO2 emissions from flight by 2050.

Engaged in development of hybrid-electric and fully-electric propulsion systems to reduce environmental impact.
Focus on reducing waste and resource consumption across the entire supply chain.

Inclusion & Diversity

30% by 2030

Female Leadership Target

Aims to achieve 30% female representation in senior leadership positions.

26% workforce

Gender Representation

Women currently account for 26% of the global workforce as of 2023.

Set a goal to increase representation of ethnic minorities in senior roles.
Implemented initiatives to promote a more inclusive work environment, including mentorship programs and leadership development for underrepresented groups.

Articles

R2 Factory – digital transformation community

Rolls‑Royce Motor Cars PressClub

Rolls‑Royce at Global Space Congress – supplier info

Role

Description

systems engineering

ir testing

ir analysis

work packages

ir design

design reviews

Apply systems engineering concepts to define whole engine fluid systems and support resolution of system-level issues. This will include working together with other engineers in Thermofluids, Engine Performance, Controls, Installations, Turbines, Compressors, Combustion, and Power Transmission Systems
Perform infrared testing of above exhaust systems utilizing IR camera hardware in both ground and flight test environments
Perform infrared analysis of fixed and rotary wing aircraft, missiles, marine craft, and associated propulsion systems (Airframes and exhaust plumes) with requisite survivability codes (commercial, military, customer provided, and/or RR internal. Prepare and deliver analysis results in formal and informal design reviews
Contribute to your team by defining and completing technical work packages to meet customer requirements, evaluating technologies, implementing systems engineering approaches, assisting junior engineers, and identifying and/or developing new and better approaches to the infrared signature design/analysis processes and guides
Design low observable IR exhaust systems for above referenced platforms

Requirements

thermal modeling

thermodynamics

fortran

fluent

bachelor's

gas turbine

Experience in performing and reviewing heat transfer/thermals modelling and analysis
Bachelor’s degree in Engineering, Physics or Mathematics along with 2+ years of experience in IR signature design/analysis, thermodynamics, gas dynamics, fluid mechanics and/or engine design, OR
Experience with survivability analysis and common industry toolsets
Experience with Thermofluid Systems analysis tools (SPAN, SC03, AMESim, Simscape, Fluent, STAR-CCM+, NPSS)
Experience with gas turbine engine exhaust analysis
Proficiency in computer programming language such as FORTRAN, Visual Basic, and/or C++
Experience in thermodynamics, gas dynamics, fluid mechanics and/or engine design
Master’s degree in Engineering, Physics or Mathematics, OR
Experience in gas turbine secondary air system, oil system, fuel system or thermal management system design, modeling, and analysis.
Experience with workflow automation (Preliminary System Design and/or Component Design Systems)
To be considered for this opportunity, you must be eligible to obtain and maintain security clearance, which requires USA Citizenship
Experience in Infrared analysis of hot parts and plumes of aircraft exhaust systems

Benefits

Information not given or found

Training + Development

Information not given or found

Interview process

Information not given or found

Visa Sponsorship

Information not given or found

Security clearance

Information not given or found

Company

Overview

£18.9 billion

Revenue

The company achieved near £18.9 billion in revenue in 2024.

£2.9 billion

Operating Profit

The company reported an operating profit of approximately £2.9 billion in 2024.

36%

Market Share

The company holds a commercial engine market share of roughly 36%. This reflects its strong position in the sector.

25 vehicles/day

Production Rate

The company's Goodwood facility produces approximately 25 ultra-luxury electric vehicles per day under a BMW licence.

Founded in the early 20th century, it began as a pioneer in aero-engine design and has grown into a global engineering powerhouse.
It develops and produces engines and power systems for commercial and military aircraft, naval vessels, submarines, and energy infrastructure.
Headquartered in London, it operates across four core segments—civil aerospace, defence, power systems and emerging markets like nuclear and modular reactors.
It supports iconic programmes—supplying wide-body commercial aircraft engines, submarine nuclear reactors, naval propulsion, and bespoke industrial power units.
Amid a major turnaround since 2023, the company secured a £9 billion UK defence reactor deal.

Culture + Values

We do the right thing – We do what’s right for our customers, our people, and society.
We aim high – We stretch our ambition, we set challenging goals, and we deliver results.
We take ownership – We take personal responsibility for our actions, performance, and results.
We act with integrity – We build trust by being honest, transparent, and ethical in everything we do.
We collaborate – We work together with respect, trust, and inclusiveness to achieve our goals.

Environment + Sustainability

Net-zero by 2050

Carbon Neutrality Goal

Aims to achieve net-zero carbon emissions by 2050.

Carbon intensity down by 25%

Carbon Intensity Reduction Target

Committed to reducing the carbon intensity of products and operations by 25% by 2030.

CO2 emissions reduced by 50%

SAF Emissions Reduction

SAF strategy targets a 50% reduction in CO2 emissions from flight by 2050.

Engaged in development of hybrid-electric and fully-electric propulsion systems to reduce environmental impact.
Focus on reducing waste and resource consumption across the entire supply chain.

Inclusion & Diversity

30% by 2030

Female Leadership Target

Aims to achieve 30% female representation in senior leadership positions.

26% workforce

Gender Representation

Women currently account for 26% of the global workforce as of 2023.

Set a goal to increase representation of ethnic minorities in senior roles.
Implemented initiatives to promote a more inclusive work environment, including mentorship programs and leadership development for underrepresented groups.

Articles

R2 Factory – digital transformation community

Rolls‑Royce Motor Cars PressClub

Rolls‑Royce at Global Space Congress – supplier info