Cambridge, UK – 18th October 2018 – This week Plextek showcased their mm-Wave Radar on the Government of Dubai stand at GITEX 2018.

The other technology firms that were invited to join the stand were Esharah Etisalat Security Solutions, Airbus and Nokia.

Our Project Engineer Edson DaSilva showed how this technology can be applied for detection of a range of objects, for example:

– people

– vehicles

– UAVs

– even objects as small as a nut and bolt.

Threats such as Foreign Object Debris (FOD) on runways can pose a serious risk to passenger safety meaning this technology is key consideration for organisations.

Edson DaSilva, Project Engineer said:

“Our mm-wave solutions operate in covert frequency bands making them extremely difficult to intercept and have been deployed for diverse security applications, for example, drone detection, sense and avoid, perimeter security, protection of critical national infrastructure, border control and airport protection, and also prevention of contraband drop off at prisons.”

Nick Koiza, Head of the Security Business at Plextek was delighted to have had the opportunity to support the Government of Dubai:

this technology demonstrates our low size, weight and power mm-wave solutions, an area where customers from across the globe have benefited from reliable detection of objects of varying size and speed, including fast moving, small aerial targets.”

To find out more about how our radar technology capabilities could fulfil your security requirements, contact a member of our Secure Technologies team: security@plextek.com

Notes to editors

Based near Cambridge, UK, Plextek designs new products, systems, and services for its clients in a diverse range of industries including defence & security, medical & healthcare, and wireless communications.

Central to its culture is the company’s ability to innovate, taking an idea from concept to market. For more than 25 years the team of consultants, engineers and project managers has turned our clients’ business opportunities into commercial success, designing, manufacturing and supplying leading-edge products. Supported by our network of suppliers, commercial partners and research organisations, Plextek is the trusted partner of choice for more than 300 commercial clients, government agencies, and ambitious start-up companies.

For images, information or interview requests, please contact: Adam Roberts via email: press@plextek.com or call: 01799 533200

An insight from a Graduate Engineer

An insight from a Graduate Engineer

Edson Da'Silva - Graduate Engineer, Communication Systems

By: Edson Da’Silva
Graduate Engineer, Communication Systems

31st May 2017

Home » Edson DaSilva

I’m Edson Da’Silva and I’m a graduate engineer here at Plextek. I joined the company in September 2016 and it’s been a fantastic start to working life. I’ve met so many great people and I’ve been working on a good number of interesting projects, which have been beyond what I ever expected to do. So here is my view of a working day as a graduate at Plextek.

As with every engineer, my day starts with coffee (it appears we can’t function without it), then once the caffeine has kicked in I prioritise my day’s work; due to the demands of a consultancy, prioritisation changes day to day so it’s important to refocus this daily.

An insight from a Graduate Engineer - Edson Da'SilvaOn a normal week, I can be doing anything from assisting clients with technical enquiries, to co-writing project proposals and typing up any relevant documents. I’m involved in many aspects of Plextek’s client service, which I really enjoy; however, a majority of my work is hardware design and testing. Occasionally, I get involved with software design and mechanical prototyping as well. It’s great to get involved in so many aspects, as I get to experience other areas of product development, which I ordinarily wouldn’t be exposed to.

The starting point for most hardware designs is a simulation. This might include testing and simulating the frequency response of a circuit. As for the circuit design, I am responsible for putting together the schematic diagram of the circuit, which gets passed over to the PCB team for the layout and manufacturing.

Depending on the nature of the project, I occasionally get involved with some aspects of mechanical prototyping. For example, the project may have a PCB that will be exposed to extreme weather conditions and will require a protective enclosure for it. My role would be to conduct some testing of materials in the lab and pull a concept together for testing purposes. Once we have proven that the concept is suitable and the whole system works well in the enclosure, I work with the mechanical design team to fully implement it into the product so that it is ready for manufacture.

Sometimes software is required to test the functionality of a hardware design, and I occasionally get to write it myself, which enables me to gain further experience and grow my skillset. While I haven’t done much software design yet, packages, such as “Visual Studios”, are very powerful and flexible, allowing for small test programmes as well as large software packages to be built using the same tools.

At any given moment, the projects I work on can focus on a wide variety of different tasks. On a busy day, I can be working on up to three completely different projects. Whilst that can be challenging at times, since joining Plextek, I have improved my ability to effectively distribute my time between projects. I also enjoy switching between projects and tasks, as it gives me some time to pull away from a problem and come back to it later with a different approach.

An insight from a Graduate Engineer - EdsonAn integral part of being a Graduate Engineer at Plextek is the internal engineering training program. The in-house training scheme incorporates teachings from Plextek’s most experienced members and practical tasks that look to provide training across all areas of the business. So in between project work and other tasks, I try to get on with some of those activities too.

Because the work can be so varied, it is not uncommon for me to come across a piece of technology I am not familiar with. In my mind, it’s all part of the learning curve and I often do my own research when I get home so I can learn a little more about the subject area. An important aspect of being an Electronics Engineer is to continuously progress and learn as technology evolves.

What I enjoy most about being a Graduate Engineer at Plextek is that since joining, every single project I have worked on has been fascinating. The variety of the work, and the challenge of climbing a new learning curve with every new project, makes every day an exciting prospective. A big part of being a graduate engineer is the creative way in which you tackle a hardware, software or mechanical problem. I will often work as part of a team, so we can bounce ideas off each other and come up with inventive ways to solve a problem or design a prototype for example, and although it can be challenging at times, it is always a rewarding experience.


Keep an eye on our careers page for Graduate Career opportunities

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I’m Edson Da’Silva and I’m a graduate engineer here at Plextek. I joined the company in September 2016 and it’s been a fantastic start to working life. I’ve met so many great people and I’ve been working on a good number of interesting projects, which have been beyond what I ever expected to do. So here is my view of a working day as a graduate at Plextek.

As with every engineer, my day starts with coffee (it appears we can’t function without it), then once the caffeine has kicked in I prioritise my day’s work; due to the demands of a consultancy, prioritisation changes day to day so it’s important to refocus this daily.

An insight from a Graduate Engineer - Edson Da'SilvaOn a normal week, I can be doing anything from assisting clients with technical enquiries, to co-writing project proposals and typing up any relevant documents. I’m involved in many aspects of Plextek’s client service, which I really enjoy; however, a majority of my work is hardware design and testing. Occasionally, I get involved with software design and mechanical prototyping as well. It’s great to get involved in so many aspect,s as I get to experience other areas of product development, which I ordinarily wouldn’t be exposed to.

The starting point for most hardware designs is a simulation. This might include testing and simulating the frequency response of a circuit. As for the circuit design, I am responsible for putting together the schematic diagram of the circuit, which gets passed over to the PCB team for the layout and manufacturing.

Depending on the nature of the project, I occasionally get involved with some aspects of mechanical prototyping. For example, the project may have a PCB that will be exposed to extreme weather conditions and will require a protective enclosure for it. My role would be to conduct some testing of materials in the lab and pull a concept together for testing purposes. Once we have proven that the concept is suitable and the whole system works well in the enclosure, I work with the mechanical design team to fully implement it into the product so that it is ready for manufacture.

Sometimes software is required to test the functionality of a hardware design, and I occasionally get to write it myself, which enables me to gain further experience and grow my skillset. While I haven’t done much software design yet, packages, such as “Visual Studios”, are very powerful and flexible, allowing for small test programmes as well as large software packages to be built using the same tools.

At any given moment, the projects I work on can focus on a wide variety of different tasks. On a busy day, I can be working on up to three completely different projects. Whilst that can be challenging at times, since joining Plextek, I have improved my ability to effectively distribute my time between projects. I also enjoy switching between projects and tasks, as it gives me some time to pull away from a problem and come back to it later with a different approach.

An insight from a Graduate Engineer - EdsonAn integral part of being a Graduate Engineer at Plextek is the internal engineering training program. The in-house training scheme incorporates teachings from Plextek’s most experienced members and practical tasks that look to provide training across all areas of the business. So in between project work and other tasks, I try to get on with some of those activities too.

Because the work can be so varied, it is not uncommon for me to come across a piece of technology I am not familiar with. In my mind, it’s all part of the learning curve and I often do my own research when I get home so I can learn a little more about the subject area. An important aspect of being an Electronics Engineer is to continuously progress and learn as technology evolves.

What I enjoy most about being a Graduate Engineer at Plextek is that since joining, every single project I have worked on has been fascinating. The variety of the work, and the challenge of climbing a new learning curve with every new project, makes every day an exciting prospective. A big part of being a graduate engineer is the creative way in which you tackle a hardware, software or mechanical problem. I will often work as part of a team, so we can bounce ideas off each other and come up with inventive ways to solve a problem or design a prototype for example, and although it can be challenging at times, it is always a rewarding experience.


Keep an eye on our careers page for Graduate Career opportunities

Save