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Hiranmay Dash

Engineering. Digital. Business.

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Building engineering and RnD organizations that turn complex technologies into profitable products.

Innovation is no longer limited by ideas — it is limited by execution speed.

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IMPACT

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Global Scale & Leadership

Managed a $35M+ operational budget and led the operation for  650+ physics engineering organization, driving execution excellence and complex product engineering

 

Business Transformation 

Enabled a €250M turnaround in the diagnostic imaging business at Philips Healthcare through platform strategy, new product and agile lifecycle management.

 

Financial Impact & Productivity

Delivered $21M productivity gains at GE Aviation and ₹200M potential annual savings through Digital Twin–led reliability engineering.

 

Technology & Product Leadership

Led end-to-end development of a 4.5 kN aero engine and launched 4 global X-ray platforms using Model-Based Systems Engineering (MBSE).

 

AI & Industry 4.0 Transformation

Orchestrated enterprise AI initiatives using LLMs and machine learning—achieving $1M savings and 50% improvement in First-Time-Right (FTR).

 

Innovation, IP & Governance

Led the team with culture of innovative mindset -  30+ patents across mechatronics and control systems while ensuring compliance with FDA, FAA, and CE standards.

 

Strategic Partnerships & Cost Leadership

Built alliances with McKinsey & Company, Boston Consulting Group, Zinnov and KPMG to drive Total Cost of Ownership (TCO) and global cost excellence.

Strategic Value Delivery

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True innovation and business turnaround are not driven by technology alone; they emerge at the intersection of engineering discipline, digital transformation, and human-centric leadership.

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Over a 25-year career—from designing aero engines at GE Aviation to advancing medical devices at Philips Healthcare and leading digital transformation in the energy sector—I have built my leadership on this belief.

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I bridge the gap between complex engineering legacy and the frontier of generative and agentic AI to build, scale, and transform businesses while delivering: 

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• high-reliability aero-engines

• advanced medical imaging platforms

• large-scale energy infrastructure

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Executive Impact

A unique convergence of Engineering, Management, and Innovation Theory

Doctorate in Business Administration (DBA) – Innovation Management

SP Jain School of Global Management, Australia
Focus: Pioneering research on Critical Success Factors for competitive advantage in MedTech development.

Master of Technology (M.Tech)

Indian Institute of Technology (IIT), Kharagpur
Advanced technical foundation from India’s premier engineering institution.

Executive General Management Program (EGMP)

Indian Institute of Management (IIM), Bangalore
Strategic leadership, organisational behaviour, and global business execution.

Master Black Belt (MBB) – Full Time

GE Aviation
Elite-level certification in Operational Excellence, Lean Enterprise, and Six Sigma transformation.

 

Great companies don’t just build products. They build engineering and RnD systems that keep producing them.

​​Technology & Engineering Expertise

BLUEPRINT

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Business-Engineering: Turning Design Decisions into Profit

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  • Engineering is not a cost center—it is where profitability is designed.

  • Drive product cost, reliability, and lifecycle margins at design stage

  • Embed Design-to-Cost, Design-for-Reliability, and platform thinking

  • Convert engineering choices into P&L outcomes and competitive advantage

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Engineering Ecosystems: Scaling Innovation Beyond the Organization

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  • Innovation today is built through integrated ecosystems, not isolated teams.

  • Connect engineering, supply chain, manufacturing, and digital platforms

  • Build global collaboration models for faster product realization

  • Enable platform-based and modular product development​

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AI-Driven Engineering: From Iteration to Intelligent Systems

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  • Engineering is shifting from trial-and-error to AI-driven decision systems

  • Deploy AI/LLMs across requirements, design, and validation

  • Use Digital Twins and simulation to reduce physical prototyping

  • Enable predictive, data-driven engineering at scale

Research, Innovation & Ecosystem Leadership

My work focuses on how engineering, Product development , and digital technologies are reshaping competitiveness in complex, high-reliability industries.

 

In collaboration with institutions such as the Indian Institutes of Technology, I actively drive applied research through PhD programs, hackathons, and co-creation initiatives—translating emerging ideas into real, scalable business impact.In practice, I focus on:

 

  • redesigning complex product development systems to improve speed and cost efficiency


  • applying AI and LLMs to enhance engineering productivity and decision-making


  • using digital twins and simulation to reduce risk and optimize lifecycle performance


  • building integrated engineering ecosystems that connect industry and academia

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In the next decade, competitive advantage will depend less on ideas and more on the speed of turning ideas into products.
CONTACT
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