GE marks the 25-year anniversary of its John F. Welch Technology Centre (JFWTC) in Bengaluru, Karnataka. Inaugurated on 17 September 2000 by former GE CEO John F. Welch, the centre is GE’s largest research and development site outside the United States. GE invested over USD 220 million to establish the 50-acre campus, which today houses more than 5,000 engineers and scientists.
The centre’s work spans aviation, healthcare, energy, renewables, materials science, big-data analytics, digital engineering, and controls. A significant portion of the design work on the GE9X engine, developed for Boeing’s 777X aircraft, has been done in Bengaluru. About 60-70 percent of the team responsible for GE9X is based at JFWTC. Multidisciplinary teams there undertake R&D, digital innovation, engineering design, and lifecycle support, delivering solutions for GE’s clients across the United States, Europe, and Asia-Pacific.
Over its 25 years of operation, JFWTC has filed more than 1,000 technology patents. The centre also provides maintenance, repair, and digital analytics support to customers worldwide. GE credits the facility with helping build a robust ecosystem for industry-driven R&D in India, positioning Bengaluru as a key global hub for engineering and innovation. The organisation has also expanded its education-focused initiatives, including the ‘Next Engineers’ programme in 2025, aimed at developing a local pipeline of engineering talent.
Alok Nanda currently serves as Managing Director of JFWTC and Chief Technology Officer of GE Aerospace in India. He oversees an environment designed to foster collaboration, with emphasis on interdisciplinary teamwork, mentorship, and hands-on problem solving. Nanda’s leadership has helped JFWTC secure recognition within GE for regulatory and engineering excellence, file thousands of patents, and contribute to next-generation aviation technology and sustainability efforts. His dual role as GE Aerospace Chief Technology Officer for India and committee leadership in industry bodies reflects his larger influence on India’s research ecosystem.
During Nanda’s tenure, JFWTC has led several initiatives such as advanced engineering design and analysis for jet engines, collaborating with GE’s global teams, development of India-focused field services, including support for aviation MRO (Maintenance, Repair and Overhaul) and problem-solving for airlines in the Asia-Pacific region, and growing the R&D footprint through partnerships, like the SERB-GE India collaboration for research in energy, healthcare, and aviation, encouraging academia-industry linkage.
Among long-serving engineers, Dinakar Deshmukh (now Vice President of Data Sciences and Analytics at GE Aerospace) was one of the early hires. He initially worked on advanced mechanical design and contributed to the development of the GEnx engine, including detailed work on turbine and compressor clearances. After about 14 years at JFWTC, he transferred to the U.S. in 2015 to lead global data sciences from Cincinnati, where his team launched GE’s internal chat application, AI Wingmate, in 2024.
Reflecting on the evolution since the early 2000s, he said, “AI is changing how everybody works across the industries and we’re certainly applying it to all facets of a jet engine,” he says. “How we design our new engines, how we protect our flying fleet, how we improve our manufacturing and help our repair shops. It’s AI, but used by engineers.”
Another long-serving engineer, Vidya Venkataramani, joined the centre in 2009 and now leads GE Aerospace’s Engineering Sciences Organisation in Bengaluru, along with the Advanced Design Tools teams across five countries. These groups develop the digital design and analysis software used in programmes such as CFM’s Revolutionary Innovation for Sustainable Engines (RISE). She has described the centre as providing complex challenges that shaped her career.
Vaira Saravanan has been associated with the John F. Welch Technology Centre (JFWTC) since its inception in 2000, when he attended the centre’s inaugural meeting with then-CEO Jack Welch. Early in his career, he worked on transferring the expertise of senior engineers into computer-based design and manufacturing processes, building competencies in Bengaluru to complement GE Aerospace’s design teams in Cincinnati. As the aviation industry in Asia and the Middle East expanded rapidly, Saravanan and his colleagues were tasked with developing support capabilities that could respond to the needs of new airlines and customers in the region.
In 2013, Saravanan became GE Aerospace’s first head of Services Engineering for South Asia, a role that placed him at the forefront of customer support during the company’s expansion of maintenance, repair, and overhaul operations. His team worked directly with airlines to resolve operational issues, including a case where incorrect washing pressures on GEnx engines were identified and corrected, improving performance and fuel efficiency. From an initial product support team of 20 engineers, he oversaw its growth into several hundred specialists across repair, analytics, design, and lifecycle management, servicing a wide range of GE engine platforms. Throughout his career, Saravanan has emphasised the importance of multidisciplinary teamwork in ensuring fleet stability and enhancing customer operations.
Spread across its 50-acre campus, the facility comprises advanced laboratories, digital technology units, and infrastructure tailored to support research and industrial applications. Researchers collaborate with academic and industry partners globally, and the centre plays a strategic role in GE’s plans across manufacturing, aerospace, and renewable sectors in India. JFWTC remains a flagship of GE’s innovation network, contributing to next-generation industrial and engineering solutions.
GE Aerospace designs, manufactures, and services aircraft engines and systems. The company operates in both commercial and defence aviation, with facilities and partnerships in multiple countries.
