COVID-19 pandemic has accelerated the digitalization process for organizations, and board members are under immense pressure to keep pace with the changing times. Digital is not an option now but it’s a necessity as companies having digital solutions in place are better prepared to face the current challenges. Such a level of transformation will need a structured approach to understand real challenges and that’s why design thinking has become a go to methodology for the forward-looking organizations. 
In the current scenario, operational leaders are not sure about the workforce availability, in addition they need to ensure all the social distancing and safety protocols are followed. There are also question marks about the availability of key raw materials to ensure timely deliveries. Managing these challenges are not easy as leaders will have to restructure the internal processes to run their operations under these new constraints. It’s good to see majority of the manufacturing enterprises preparing for future by discussing digital journey in board meetings. But still many of them are stuck as they have a question where to start and how to start. 
Design Thinking is a human-centric problem-solving approach that can help us uncover the real challenges and prioritize them to pick the areas that are more critical for digitization. This is based on three principles – desirability, feasibility and viability which means any change in process or product needs to be desirable for user, it should be technically possible and economically viable for the business. 
There are two variants of design thinking methodology but it is essentially all about understanding user pain points, defining problem statement from an outside point of view, ideating multiple ways to solve the problem, building prototypes and validating them through users. 
At each stage of design thinking, there are range of tools, that helps the team in execution. Empathy and customer journey map are very useful for understanding the real issues users or customers have, which leads to laying out hypothesis with help of another tool, HMW (How Might We). Brainstorming for the possible solutions is a good way to bring up divergent views to ensure no idea is left behind and then get to converge to come up with list of high priority actions. Shortlisted ideas are converted to prototypes starting from low fidelity one to ensure we don’t go too far if the idea was not the right one. User validation is extremely critical here as it ensures solution will be accepted by them post implementation. Another important aspect of design thinking is that it is an iterative model as it goes through several cycles of refining and optimization of the solutions.  
While this all sounds simple straight forward but it is not easy as it needs experience of running this process in the context of domain. This is definitely not a quick way to make things happen as there are no shortcuts here. It will also involve forming a multi-disciplinary team to work together versus traditional approach of multiple functional teams working in silos and then coming together. More importantly it is all about practicing. Several companies globally have evolved their process and products with the help of Design Thinking and are reaping the benefits of the same.
When it comes to using design thinking in transformation, let me give an example of how this helped a cement manufacturing company. They had strong interest in adoption of digital solutions to improve efficiency and productivity in plants. Their approach was to pick up multiple functions in operations and keep improving processes through automations. While this was working and there were good things to showcase as an outcome but still if we consider holistically, it looked like just the incremental improvement and not the transformation. We worked with them and did design thinking workshop by bringing together leaders and employees from all departments, it was fascinating to see number of ideas that came forward out of which some of them were absolutely out of the box. Company is now in the process of doing proof of concepts for the selected ideas which will go through few iterations and validation before moving forward with full scale deployment  
NASSCOM CoEs Gandhinagar centre has been working closely with manufacturing enterprises across verticals to accelerate the adoption of digital solutions which essentially comes under Industry 4.0. We have created India’s largest ecosystem for driving innovations in manufacturing by bringing together users’ companies, technology enterprises, deeptech start-ups and academia under one platform FUSION 4.0. Design Thinking is our way to guide companies who are looking to move forward on their digital journey and it is showing results.
We invite you to be part of this ecosystem, write to us at smartmanufacturing@nasscom.in to know more about our initiatives for manufacturing sector. 
Amit Saluja is Senior Director and Head of NASSCOM – Gandhinagar Centre of Excellence.
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Key Focus Areas: AI based health diagnosis.
Digital Technologies Used : AI, AWS, jQuery.
Platforms : cloud.
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Digital Technologies Used : Bluetooth low energy, LoRaWAN, WiFi, GPS mongodb, node.js, react and multiple cloud services.
Platforms : Mobile, Web, Tablet, Cloud.
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Digital Technologies Used : Bluetooth low energy, LoRaWAN, WiFi, GPS .
Platforms : Mobile, Web, Tablet, Cloud.
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Digital Technologies Used : mongodb, node.js, react , cloud, Vision camera integration.
Platforms : Mobile, Web, Tablet, Cloud.
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Digital Technologies Used : CMOS based area scan cameras and line scan camera configuration/integration, PLC AND I/O CARDS,.
Platforms : Tablet, web.
Team: Mr Ranjeev Singh, Mr Aditya Vermani
Key Focus Areas: Paperless Operations and Shopfloor Digitalization, Track and trace, Asset management.
Digital Technologies Used : GSM/GPRS/RFID, node.JS, PLC AND I/O CARDS, hardware integration.
Platforms : Mobile, Web, Tablet, Cloud.
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Digital Technologies Used : IOT, AI, node.JS.
Platforms : Tablet, web.
Team: Mr Lakshya Jhalani, Mr Dhruv Jhalani
Key Focus Areas: Smart energy management, Data acquisition and Overall Equipment Effectiveness (OEE) analysis, Paperless Operations and Shopfloor Digitalization.
Digital Technologies Used : Multi layer PCB, GSM/GPRS, 4G, Node JS.
Platforms : Tablet, web.
Team: Mr Harshit Aggarwal
Key Focus Areas: Computer vision based Quality Inspections, CV based SOP monitoring, OCV/OCR.
Digital Technologies Used : CMOS based area scan cameras and line scan camera configuration/integration, PLC AND I/O CARDS,.
Platforms : cloud.
Team: Mr Ravishankar Rajgopalan
Key Focus Areas: Computer vision based Quality Inspections, CV based SOP monitoring.
Digital Technologies Used : CMOS based area scan cameras and line scan camera configuration/integration, PLC AND I/O CARDS.
Platforms : cloud.
Team: Mr Abhinav Athota
Key Focus Areas: Paperless Operations, Shopfloor Digitalization, Production Planning and Scheduling.
Digital Technologies Used : PLC integration, mongodb, node.js, react, Cloud.
Platforms : cloud.
Team: Mr Abhinav Das, Mr Akash Bansal
Key Focus Areas: Robotics, Cobots.
Digital Technologies Used : Embedded AI, Machine learning algorithems.
Platforms : cloud.
Team: Ms Ekta, Mr Ashish Kumar Singh, Mr Anup Shankar
Key Focus Areas: Smart farming, Agriculture Supply chain, Crop monitoring.
Digital Technologies Used : IOT, AI, node.JS.
Platforms : mobile.
Team: Mr Sagar Dubal, Mr Deep Tilva
Key Focus Areas: Data acquisition and Overall Equipment Effectiveness (OEE) analysis, Smart energy solutions, Predictive Maintenance .
Digital Technologies Used : Multi layer PCB, GSM/GPRS, 4G, Node JS.
Platforms : Tablet, web.
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Key Focus Areas: Virtual training, 360 degree virtual tour, Manufacturing process animation.
Digital Technologies Used : Augmented Reality, Unity, 3D Low Poly Modelling, Virtual Reality, Mixed Reality, 3D Simulation
Gamification.
Platforms : Mobile, Tablet, Web, Smart AR Glasses and VR Headset.
Team: Mr. Visat Patel
Key Focus Areas: Smart energy management, Data acquisition and Overall Equipment Effectiveness (OEE) analysis.
Digital Technologies Used : GSM/GPRS, node.JS, PLC AND I/O CARDS, hardware integration.
Platforms : Web, Tablet.
Team: Mr Srinaath Ramnath, Mr Subramaniyam Vijayanand
Key Focus Areas: Automation solutions, Manufacturing Process Improvement.
Digital Technologies Used : Multi layer PCB, PLC AND I/O CARDS, Capacitive touch screen, Hardware integration.
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Key Focus Areas: Manufacturing Process Improvement, Industrial engineering solutions.
Digital Technologies Used : Industrial engineering
Platforms : Mobile, Web, Tablet, Cloud.
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Key Focus Areas: Computer vision and Camera-based Quality Inspections, CV based SOP monitoring, vehicle tracking.
Digital Technologies Used : Vision camera integration, AI, node.JS
Platforms : Mobile, Web, Tablet, Cloud.
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Key Focus Areas: Industrial IoT devices, Asset management & tracking, Field Service Management, IoT solution for rental management, Inventory Management solution.
Digital Technologies Used : GSM/GPRS, jQuery, node.JS, REACT, veu.JS
Platforms : Mobile, Web, Tablet, Cloud.
Team: Mr Rishi Bansal
Key Focus Areas: Paperless Operations and Shopfloor Digitalization.
Digital Technologies Used : Platform-as-a-service, DevOps, Machine learning algorithems
Platforms : Mobile, Web, Tablet, Cloud.
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Key Focus Areas: IoT gateways, OEE, digitisation of legacy hardware.
Digital Technologies Used : 4G, AWS IOT, AI, node.JS, REACT, veu.JS, Multi layer PCB
Platforms : mobile, web.
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Digital Technologies Used : CMOS based area scan cameras and line scan camera configuration/integration, PLC AND I/O CARDS, Capacitive touch screens
Platforms : Zbeat, tablet.
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Key Focus Areas: Process control and quality, warehouse management, Shop floor automation.
Digital Technologies Used : RFID,Beacons,QR codes, Machine Learning algorithms
Platforms : Mobile, Web, Tablet, Cloud.
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Key Focus Areas: Supply chain management, End to end product tracebility, process control, Logistic efficiency, operational enablement.
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Platforms : Web, Tablet, Cloud.
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Key Focus Areas: IoT gateways, OEE, Asset tracking.
Digital Technologies Used : Embedded systems, GSM/GPRS/RF, BLE
Platforms : Cloud
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Digital Technologies Used : jQuery, systems integration, HMI
Platforms : Mobile, Web, Tablet, Cloud
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Digital Technologies Used : IIoT, Artificial Intelligence, Machine Learning, Data Mining, Edge Computing
Platforms : Web and Mobile
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Digital Technologies Used : AI, ML, Signal Processing, Computer Vision, IOT
Platforms : Mobile/ Tablet- iOS, Android, Desktop/ Laptop- Windows 10
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Key Focus Areas: Autonomous Vehicles, Software Technology, MRO, Service across various sector like Manufacturing, Warehouses, Defense, FMCG, Automobile etc.
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Platforms : Web, Tablet
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Digital Technologies Used : Data Science, Artificial Intelligence, Machine Learning, Industry 4.0 solutions
Platforms : WebApp, Data Science notebooks, Embedded apps
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Key Focus Areas:
Digital Technologies Used:
Platforms for Equipment Control / Monitoring: HMI, touchscreen LCD, laptops, desktops
Team:Gangadhar Gude- Founder, 80+ member team having 500+ years cumulative diverse expertise in Technology and Business along with deep domain knowledge
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Digital Technologies Used : Artificial Intelligence, Computer Vision, Industrial IoT, Wireless Mesh Networks, Digital Twin, Web Technologies
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Digital Technologies Used: Augmented Reality, AR Core, AR Kit, Unity, 3D Low Poly Modelling, 6D.ai, Virtual Reality, Mixed Reality
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Digital Technologies Used : IoT and Analytics
Offerings : KAvach, dhruvA, Magic Key
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Key Focus Areas: Healthcare segments (orthopedic, neurological, geriatrics, and physiotherapy), Sports, Military.
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Key Focus Areas: Non Destructive Testing, Robotics, Machine Development, Metrology, Engineering software
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Platforms : Custom platforms for hardware and software (machines and instruments )