Inside International Aerospace Manufacturing Pvt Ltd: Parul University Students Visit the Joint Venture That Builds for Hindustan Aeronautics Limited and Rolls Royce, Hosted by Mr. Seenivasan Balasubramanian.

It was hosted by Mr. Seenivasan Balasubramanian, CEO of Internationalization Aerospace Manufacturing Pvt Ltd.

IAMPL is a joint venture manufacturing partner of HAL aka Hindustan Aeronautics Limited and Rolls Royce.

• Zero Harm safety record – attained and maintained since May 2023
• Performance score – 94 percent in the FQ of 2025
• IGBC – Indian Green Building Council platinum certification of Sustainability
• Expansion – New IAMPL 2 facility is installed in Hosure recently.
• Primary manufacturing quality frameworks – PFMEA as known as Process Failure Mode & Effects Analysis & PIPA, Production Instruction Plan Approval.
• Parul University’s students visited compressor unit of the entire manufacturing plant.

Parul University Diploma and B.Tech Programmes in Mechanical Engineering

International Aerospace Manufacturing Pvt Ltd, commonly referred to as IAMPL, is a specialised aerospace manufacturing company based in India. Its role in the broader Indian aerospace ecosystem is significant:

• IAMPL is a joint venture manufacturing partner for Hindustan Aeronautics Limited (HAL), India’s flagship public sector aerospace company
• IAMPL is also a manufacturing partner for Rolls Royce, the global aerospace engine manufacturer
• The company manufactures precision aerospace components including compressor parts
• The company has recently expanded with the new IAMPL 2 facility in Hosur.

Mr. Seenivasan Balasubramanian is the Chief Executive Officer of IAMPL. During the session, he spoke directly about the leadership principles that have enabled IAMPL’s manufacturing performance:

• Living by integrity
• Accountability
• Action
• Passion

Mr. Vikash Mishra‘s LinkedIn post on the IAMPL visit framed the session as a case study in the connection between proactive safety culture and operational excellence.

Mr. Seenivasan Balasubramanian shared the operational metric IAMPL’s Zero Harm’s Safety Record with Parul University’s students. Read ahead the entire breakdown –

• Zero Harm has been consistently achieved since May 2023.
• Record has been maintained continuously by the core & entire team
• It’s not just a marketing claim or being used for any PR activities, it’s a measurable safety standard
• This level of standard is integrated into daily operation, not just layered on as compliance or in any books.

In aerospace manufacturing, where precision work happens alongside heavy machinery and chemical processes, Zero Harm is an exceptional record that requires cultural commitment from every employee at every level. Mr. Seenivasan Balasubramanian’s framing was that the culture is not a statement but a measurable asset.

The other key metrics Mr. Seenivasan Balasubramanian shared:

• Performance score: 94 percent on the quarterly measurement in the first quarter of 2025
• Sustainability certification: IGBC Platinum (Indian Green Building Council’s highest certification level)
• Expansion: the new IAMPL 2 facility in Hosur demonstrates growth of the manufacturing footprint
• The achievements collectively demonstrate that leadership focused on transparent, accountable, and safe-by-design systems does more than protect employees; it builds the foundation for class-leading performance and sustainable growth.

PU students were highly inspired by the session as it had covered Aerospace Manufacturing in sync with core quality management framework that IAMPL uses. The students who are looking forward to creating a career in aerospace after 12th, enrol into B.Tech Aerospace Engineering program from Parul University. The students who have already cleared B.tech, they can level up their skills with M.Tech in Aerospace Engineering and can become leaders in this domain!

Process Failure Mode and Effects Analysis (PFMEA)

• A systematic method for identifying potential failure modes in a manufacturing process
• Assesses the severity, occurrence, and detection of each failure mode
• Calculates a Risk Priority Number to determine priority of corrective action
• Widely used in aerospace, automotive, and medical device manufacturing where quality failures can have catastrophic consequences

Production Instruction Plan Approval (PIPA)

• A standardised approval process for production instructions
• Ensures that the manufacturing instructions used on the plant floor have been reviewed and approved
• Prevents unauthorised changes to production instructions that could introduce quality defects

Mr. Seenivasan Balasubramanian’s session closed with a direct message to the students about the most important principle in aerospace manufacturing:

“Building customer confidence is the foundation of lasting success.”

The operational expression of the principle:

• Focus on earning and maintaining customer trust through transparency and reliability
• Deliver consistent quality and ensure customer satisfaction at every interaction
• Communicate proactively to address customer needs and concerns
• Use feedback to continuously improve services and strengthen relationships

Unlike most of the other sessions on the tour, the IAMPL visit included a guided walk through the manufacturing unit. Mr. Vikash Mishra’s LinkedIn post described the experience: he wrote that all the students were immersed in the beauty of watching the compressor parts being made. For Parul University students studying mechanical engineering, automobile engineering, aerospace engineering, and related disciplines, the plant tour provided direct observation of:

• Precision machining processes at industrial scale
• Quality control stations and inspection protocols
• Safety practices integrated into daily workflow
• The physical environment of a modern aerospace manufacturing facility

The IAMPL visit is directly relevant to several Parul University engineering programmes and ecosystem elements:

Engineering Programmes After 12th & Graduation

• B.Tech Mechanical Engineering: connects to precision machining, manufacturing processes, and quality management
• B.Tech Automobile Engineering: applies directly to component manufacturing and supply chain for vehicles
• B.Tech Aerospace or Aeronautical Engineering: directly applicable to aerospace manufacturing and component production
• B.Tech Electrical and Electronics Engineering: relevant to the instrumentation and control systems used in modern manufacturing
• B.Tech Industrial Engineering and Manufacturing Engineering: connects to the quality management frameworks like PFMEA and PIPA covered in the session
• B.Tech Computer Science and Engineering: relevant to the digital systems and data used in modern manufacturing plants

Research and Innovation at Parul University

The Micro Nano Research and Development Centre (MNRDC) at Parul University operates material characterisation and testing infrastructure that is directly relevant to aerospace component research. The MNRDC has received Rs 58.31 crore in government-funded research and supports 315 funded projects across departments. Parul University has seven faculty members in the Stanford-Elsevier global top 2 percent of scientists.

Read more on – Six Faculty Members from PU Ranked Among the 2024 Top 2% Scientists in the World

Parul University – Startups in Aerospace

Parul University’s startup ecosystem PIERC has incubated more than 250+ startups. It includes Cligent Aerospace, India’s first hydrogen-electric aircraft startup, which was incubated through the Parul Innovation and Entrepreneurship Research Centre (PIERC). The connection between student industry exposure at a company like IAMPL and the university’s own aerospace entrepreneurship ecosystem is direct.

Read more on PU Startups achieved recognition on Shark Tank India

Indian Aerospace Ecosystem

The broader Indian aerospace and defence ecosystem is expanding rapidly as the government prioritises indigenous manufacturing under initiatives like Make in India and the Aatmanirbhar Bharat framework.

Companies like IAMPL, as joint venture manufacturing partners for HAL and Rolls Royce, are central to the growth of domestic aerospace capability. For Parul University students considering careers in this sector, the IAMPL visit demonstrated the scale and sophistication of what is possible.

The central principle that Parul University students documented from the IAMPL visit was that safety culture, operational performance, and customer confidence are not separate concerns but a single integrated system:

• Zero Harm since May 2023 demonstrates that safety is operational, not compliance-driven
• 94 percent performance score in Q1 2025 demonstrates that safety and performance reinforce each other
• IGBC Platinum certification demonstrates that sustainability is built into the facility design
• The new IAMPL 2 facility in Hosur demonstrates that the model is scaling, not just maintained

For a student of mechanical engineering, aerospace engineering, manufacturing engineering, or industrial engineering at Parul University, the IAMPL session was an example of what leadership in highly technical manufacturing looks like: transparent metrics, measurable safety, real customer partnerships with HAL and Rolls Royce, and a visible plant floor where the work actually happens.