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How Actionable Sustainability In Manufacturing Can Save The World

How Actionable Sustainability In Manufacturing Can Save The World

Our world is facing some incredibly pressing issues at the moment, and companies around the globe are looking for new ways to solve them. Actionable sustainability in manufacturing – and how to achieve it as quickly and as effectively as possible – is the topic of the day.

According to Rajiv Bongirwar, CEO of Hemraj Consulting, the only way for manufacturers to reach the sustainability targets, is to make design, safety, and security a priority from the very beginning.

During our chat, Rajiv and I discuss his history in the Indian Naval Defence League. We also talk about how his experiences with global aerospace and automotive companies in the U.S. were shaped by his love of pushing boundaries.

Watch the video to learn more about Rajiv’s thoughts, ideas and hopes for actionable sustainability in the future of manufacturing.

How did you get where you are today?

As a child, I had to be adaptive and resilient because my father was in the Indian Navy. So, we used to change not just houses but cities and schools too. When I was a teenager, he challenged me to take The National Defence Academy examination – one of the unique military academies worldwide, where officers from the Army, Navy and Air Force are trained together,

After I graduated from the National Defence Academy I joined the Indian Navy, Here, I designed and developed a major upgrade to one of the in-house helicopters, as well as the first digital communication system which is in use today.

As I was already into systems in new product development, and because avionics was a very controlled sector, I moved into the automotive industry. I applied my learnings and offered embedded design development services to global OEMs and Tier One customers. We did some interesting product development for the Grand Cherokee. We came up with a completely new, simplified harness system, distributing a centralised body control computer into multiple, smaller control units.

From a personal standpoint, I wanted both my sons to get the best education facilities and opportunities. So, I decided to come over to the UK. I had a one-way ticket and one month of money to sustain myself. When I arrived there was an economic downturn. People were losing jobs and all migrants were going back to their home countries. However, I learned in the National Defence Academy to never give up, so I stayed and set up my consulting firm. Then, in under six weeks, I got my first consulting assignment with Jaguar Land Rover back in December 2008.

What do you think are the biggest challenges facing the automotive industry in the next decade?

I think the underlying challenge that our planet faces is zero carbon emissions and 1.5 degrees. The Cop 26 in Glasgow was very good. A lot of actions that have been delayed in the past are, hopefully, now on track.

To that end goal, technology is playing a role. This can be seen with autonomous or automated vehicles, electrification, connected and shared mobility and sustainable mobility. That’s a real revolution that’s on the horizon. We are already seeing an uptake of electric vehicles. There’s also a lot of work on hydrogen fuel cells and connectivity. What we need to remember is while this technology is a promise to deliver the Cop 26 targets, it comes with its own challenges, like safety security.

There are so many increasing layers of automation in a vehicle and that can cause an increased opportunity for malfunction. These malfunctions are, on one hand, causing safety hazards and accidents to the humans involved with infrastructure, and on the other hand, creating new opportunities for security threats and hackers penetrating not only the vehicle but also the entire organisation and IT infrastructure. And these problems are increasing. So, while we need to leverage the advantages that the technology offers, we also need to understand the challenges. We must address them by designing safety and security upfront, rather than leaving it to a later stage when it’s much more expensive and much less effective.

Do you think manufacturing companies are actionably working towards the sustainability goal?

I think there is a lot of hope, as was evident from Cop 26. But, it is actions rather than words that matter. So, I think each manufacturer has to look at what they can do to contribute to this. This could be something as small as minimising waste, making efficient processes and thinking about safety and security at all times.

I believe the need of the hour is collaborative partnerships. Work on strengths, and remember in this ever-changing world, we must collaborate with experts to make one plus one, eleven. That’s the only way to achieve the sustainability targets in manufacturing and save the planet.

How do you get involved in helping people in manufacturing?

Currently, I’m working with different clients in the autonomous electric vehicles industry and the defence industry. We’re finding new ways of assuring safety and using state-of-the-art risk analysis techniques to identify safety hazards as comprehensively as possible.

It’s strange to still believe techniques of the ’60s can help us identify and assess the hazards in this century. We need to adapt to the latest techniques. We must harness them together and use them alongside existing techniques, new technology and product development.

Hence, I’m partnering with some world-leading academic institutions and doing potentially collaborative research. I’m seeking funding to come up with delivering a product to manufacturers, designers, developers, end-users, regulators and insurance companies. We’re working towards a goal of having products operating seamlessly, allowing different end-users one version of truth, in real-time. Keeping in mind protecting GDPR and intellectual property of all the stakeholders involved.

Do you have any tools or techniques that have helped get you where you are today?

Everyone has strengths hidden somewhere and that’s where I think it helps to work with a mentor. A mentor can really bring out the best in you and your organisation and give you a road map to your targets and goals.

I’ve written papers and also conducted workshops. I’ve shared my techniques and case studies with examples of how they can be applied in organisations. So it’s a mixed bag. I’m working on pretty demanding projects for the most part. For example, with Ford Motor Company, I was the person responsible for all the engine control features in their products. So, it’s been a challenge. But I take time out and then write a paper or an article. I try to find balance in delivering success and solutions to my clients, pursuing my passions and sharing my learnings with the community.

One more thing I would like to mention is I’m a certified Heartfulness trainer with the charity organisation Heartfulness UK. Heartfulness is a free worldwide service. It’s a unique meditation practice, accompanied by subtle life energy. It helps you to focus and connect with yourself. To be at peace when the environment is in turmoil and remain happy and calm no matter what the external circumstances may be.

Contact Rajiv here



Autonomous Robots Are Taking Over… Lawns in the UK.

Autonomous Robots Are Taking Over… Lawns in the UK.


Have you ever wondered what it would be like to have your very own autonomous robot doing chores for you? You don’t have to wonder anymore. Autonomous robots are becoming increasingly popular in the UK – and one of the most prevalent is the new autonomous robotic lawnmowers that are being developed by Kingdom Technologies.

I chatted to Tony Day, the head of mechanical engineering at Kingdom Technologies, to pick his brain about planning, designing, and prototyping the revolutionary automatic robotic lawnmowers that are being used by city councils, universities, and golf clubs across the country.

While you might not be seeing a Kingdom Tech lawnmower in your neighbourhood any time soon, be sure to keep an eye out for them on the sprawling lawns of your nearest golf club or university.
Watch the video and read our blog to find out more about what these robots are up to!

How did you get involved in engineering?

My experience when I was younger was with my dad, getting involved with repairing the car or fixing something around the house, that kind of stuff.

I bought an old Land Rover and took everything off, seeing how it worked, then putting it back together again. Sometimes it worked again and sometimes it didn’t! You have to kind of go through that. So, I think that’s where it all kind of stemmed from.

You’re creating autonomous robots with Kingdom technology, what do these robots do?

So, robot lawnmowers – nothing new there, they’ve been around for a few years now. The ones that you typically find, are for homeowners. They cut small lawns. The idea is that you install a boundary cable around the edge of the lawn and that’s how it knows where to cut. So, the robot goes out and as soon as it senses the cable it knows that’s the edge and it turns and drives off. But it doesn’t do it in any particular order, it just randomly moves around.

Our product is designed for larger landscapes. One of the ways that we do this is by navigating more intelligently. So, the robot plans a path around the lawn so that it covers only each part of the lawn once as it goes over. Also, it doesn’t need a boundary cable. We’ve got rid of that by using proprietary, extremely accurate positioning technology, along with novel mapping and path planning algorithms. We have an app where you can draw the boundary of grass you want to cut, then make dynamic changes if you want on the fly. So we’re using our robot to do large areas, we’re targeting B to B going to commercial customers.

What’s your process for developing and manufacturing your autonomous robots?

We’ve been using a slightly different technique to what I would call traditional manufacturing and development. You’d have a prototype and do lots of tests in isolation. and build it up. Once that’s at a point where you’re happy with it, you’ll move on to a form of series production.

What we tend to do is create a design change from the original robot. You can compare it to a prototype, but it’s not the final product. It’s just a first attempt that we then iterate through and make changes to. Then we’ll put them out into the field and send them to the customers to get feedback. After that, we make the changes quite quickly. The idea is that there shouldn’t be huge changes to make. They should be small, incremental changes – just optimising the original design.

What are the goals of Kingdom technologies over the next few years?

We’ve planned out over the next 18 months to get to the series A point, where we can start to produce the robot as and when we need it.

The idea is to get this design of robot up to Series A. Then it’s a case of all the designs are frozen and we can order as many as we want on a month by month basis. So there’s a lot to do. We need to do a lot of work purely on how the robot functions and how it handles the day to day tasks. Also, making sure we get everything through the compliance and it’s signed off against all the correct safety standards.

We will also be making sure that our manufacturing partners are capable of handling the volumes we’re talking about. Currently, we’re talking about double-digit numbers, whereas soon we’ll be into the hundreds, and even more every year.

Contact Tony here.

Mobility Manufacturing Is Going Micro

Mobility Manufacturing Is Going Micro

Public transport, shipping, and international travel are all transforming to become more sustainable and environmentally friendly. But what happens when you think smaller? What about shorter, faster trips that don’t necessarily warrant hopping on a bus or train to get somewhere?

Jez Williman’s UK-based company is here to make those trips a reality. D-Fly Group is transforming the mobility for individual people, by manufacturing a luxury, electric hyperscooter that shoots to the shops, to the beach, and to the drive-through in a more individualistic and sustainable way. However, people aren’t just doing quick trips – they’re doing everything from doughnuts to wheelies.

Want to know more about this strangely sustainable new solution to how we move? Then join us for another exciting instalment of Manufacturers Makes Strides and find out how Jez Williman is changing the future of mobility for the individual, one spunky little scooter at a time.

Here, I talk to Jez about how his company D-Fly has launched a new form of urban electric transport. Their flagship product, Dragonfly Hyperscooter, is an innovative form of electric scooter. It’s for city dwellers, adventure seekers and also safe path travellers.

Jez used his 27 years of experience in manufacturing to build D-Fly. Firstly they outsourced manufacturing and iterated the designs until they got a unique mobility product out there. As a result, D-fly successfully brought to market an innovative transport solution for automotive consumers looking for something different.

In this interview, Jez also shares with me his vision to take some of the control, ride and feel of track race cars into a completely new design of electric scooters. He tells me about some of the epic things that D-fly’s customers are doing with their electric scooters, as well as talking about his exciting vision. The vision for people to be able to use the scooter for everything – from rides on the beach, through cities and everywhere in-between.

Get in touch with Jez here.



Updated Production Views, Best Before Dates & ERP Integration

Updated Production Views, Best Before Dates & ERP Integration

Updated Production Views, Best Before Dates & ERP Integration

We’ve included a number of new features in Tascus 1.2.5.3 to enable integration with ERP systems, create serial numbers, updated Best Before Dates, and more clarity on the production status report.

Best Before Dates

Best Before Dates (BBD) can now be configured in Minutes / Hours and Days, specify this in the Parts List editor.

When production is started for a part number that has a BBD, the expiry date will be set as the current time, plus the value specified in this window.

Production Status Report – View Products by Color

Change this by selecting Card Coloring = Part Number, this will display different Part Numbers in different colours in the Production Status Report.

Product Status Report – View by Top Level / Sub Assembly

Set this in the Parts List editor for each product, you’ll need to set whether each part number is a Top Level Product, or a Sub Assembly

ERP Integration – Expandable Csv Import

We’ve opened up Csv imports of works orders for more ERP systems.

  1. Change the works order source

2. Upload a csv file with works orders

Serial Number Creation

Tascus can now generate serial numbers when used in works order mode – so that you load in works orders, then Tascus will create the serial numbers for you.

Serial numbers can be assigned when works orders are imported, or when production is started.

Configure this in Settings > Serial Number Creation

The Future of Sustainable Automotive Manufacturing

The Future of Sustainable Automotive Manufacturing

What would life be like if owning a car wasn’t the norm? Antonio Ferreira has his own ideas. I spoke to Antonio about the past, present, and future of the sustainable automotive manufacturing industry across the world.

As a globally renowned visionary in his industry, Antonio believes that we’re about to see some incredible changes sooner than we’d think. He has helped – and will continue to help – manufacturers transform their supply chains to suit an ever-changing market.

Firstly, in this interview, we’re talking about how the idea of getting from A to B trumps vehicle ownership, what that means for car dealerships and manufacturers, and how the endless search for a commodity is going to transform the way we move.

We cover all sorts of things with Antonio. He believes that the current business model for vehicle ownership of transportation isn’t working at the moment.

In the future, consumers will want a commodity, to basically just transport them from A to B. Whether that be an Uber, a taxi, train, or a car, they don’t really mind as long as they have something to take them from the A to B pass. Subsequently, the model of car ownership, where someone takes their test and gets their first set of car keys at 17, is long gone. Today’s upcoming generations are more interested in sustainability and environmental impact and functionality. They’re more interested in the devices and connectivity of the vehicle, rather than the feel or performance of the drive.

We talk about the impact of that on manufacturers and supply chains. Antonio thinks that upfront payments for cars and one-off costs for components throughout the supply chain aren’t working. However, if automotive manufacturers shift to a more service and subscription method of payment, such as joint ownership and joint rewards in the usage of the income from that car over its five- or ten-year lifespan, there will be a more sustainable future for the manufacturing supply chains.

Finally, Antonio speaks about helping automotive companies globally improve and develop supply chains. He also tells me about the exciting new project that he’s working on at the moment. It’s a technology enabler for creating shared ownership of the assets or the income from automotive ownership.

Get in touch with Antonio here.