AADIT SABAREESH NAIR
Core Expertise
Aerospace Engine Control Software

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Control logic development for aircraft engine systems using MATLAB/Simulink
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Component-based architecture and model-based design

Safety-Critical Systems (DO-178C Level A)
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Full lifecycle development aligned with DO-178C Level A standards
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Requirements traceability from system to software level

Verification, Validation & Integration
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Full lifecycle development aligned with DO-178C Level A standards
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Requirements traceability from system to software level
Professional Experience
ALTEN Ltd (Consulting for Rolls-Royce - Civil Aerospace)
Lead Engineer - Model-Based Software Design
Bangalore, India | Jan 2026 - Present
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Leading development of safety-critical aerospace control software
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Providing technical coordination within the model-based software team
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Overseeing development, verification, and integration activities
Project Engineer - Model-Based Software Design
Derby, UK| Oct 2023 - Jan 2026
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Delivered DO-178C Level A compliant software for civil aircraft engine control systems
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Developed control logic using MATLAB/Simulink within a model-based framework
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Executed MIL and PIL testing and supported system-level integration
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Contributed to requirements development, traceability, and verification
Graduate Engineer - Model-Based Software Design
Derby, UK| Oct 2022 - Sept 2023
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Took ownership of Simulink components within safety-critical control software development after rapid onboarding
Supported development and verification of safety-critical control software
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Gained hands-on experience in DO-178C processes and compliance-driven development
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Recognised with multiple “Star of Sprint” awards for delivery performance
GNA Gears
Design Engineering Intern
Phagwara, India| Jan 2019 - Jun 2019
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Designed automotive components using AutoCAD and CATIA
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Participated in design reviews and early-stage concept development
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Applied FMEA and structured problem-solving during testing phases
Key Programmes
& Engineering Work
ECOSIStem – Model-Based Software Platform
(Rolls-Royce)
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Developed reusable safety-critical control components within a model-based architecture
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Enabled cross-programme reuse, improving consistency and development efficiency
Pearl 10X Engine Programme (Rolls-Royce)
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Developed and verified DO-178C compliant control logic using MATLAB/Simulink
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Supported integration and validation of control components within system architecture
UltraFan Programme
(Rolls-Royce)
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Contributed to development and verification of next-generation engine control systems
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Supported system-level testing, debugging, and validation activities
Tools, Technologies & Methods
Model-Based Development

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MATLAB / Simulink for control system design and simulation
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Model-based architecture for safety-critical software
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Component-based design and reuse
Safety-Critical Software

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DO-178C Level A compliant development
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Requirements traceability across system and software levels
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Certification-driven development processes
Verification & Testing

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Model-in-the-Loop (MIL) and Processor-in-the-Loop (PIL) testing
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Integration testing and system-level validation
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Debugging and verification of control logic

Systems Engineering
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Requirements analysis and decomposition
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Control system integration within larger architectures
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Cross-functional collaboration across engineering domains
Agile Delivery

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Sprint planning, estimation, and story ownership
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Continuous integration and iterative delivery
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Working within Agile-based engineering teams
Key Achievements
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Recognised multiple times with “Star of Sprint” awards for technical contribution and delivery performance
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Consistently delivered above sprint commitments within safety-critical development environments
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Contributed to DO-178C Level A certified software releases for Rolls-Royce engine programmes
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Took ownership of critical control system components under tight certification timelines
Certifications & Continuous Learning
Beyond Work

Formula 1 & Motorsport Engineering
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Strong interest in Formula 1 engineering, vehicle dynamics, and race strategy
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Follow aerodynamic development, control systems, and performance optimisation
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Interest in data-driven decision-making in high-performance environments

Simulation & Strategy-Based Systems
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Enjoy immersive, story-driven games such as RDR2 and GoT
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Appreciate gameplay that combines exploration, problem-solving, and strategic decision-making
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Particularly interested in open-world design, progression systems, and how player choices impact outcomes

Technology & Engineering Trends
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Actively follow advancements in aerospace and automotive engineering
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Interest in next-generation propulsion and control systems
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Continuously exploring emerging engineering tools and methodologies
Beyond Work
