Senior C# WPF Developer required to work on complex Windows Desktop application development. My client is looking to grow their very large Software Development team working on Complex, Scientific Enterprise desktop applications.
The ideal candidate will have a scientific or highly numerate background ideally with exposure to algorithm development or mathematical problem solving in an enterprise environment.
Key skills:
C#.Net
WPF
Windows stack
Complex Enterprise application architecture
Numerate: mathematics, algorithms, modelling or generally scientific background
This is an amazing opportunity to work on the cutting edge of technology solving real world scientific problems.
....Read more...
Senior C# WPF Developer required to work on complex Windows Desktop application development. My client is looking to grow their very large Software Development team working on Complex, Scientific Enterprise desktop applications.
The ideal candidate will have a scientific or highly numerate background ideally with exposure to algorithm development or mathematical problem solving in an enterprise environment.
Key skills:
C#.Net
WPF
Windows stack
Complex Enterprise application architecture
Numerate: mathematics, algorithms, modelling or generally scientific background
This is an amazing opportunity to work on the cutting edge of technology solving real world scientific problems.
....Read more...
In Year 1, your time will be split between studying for a degree and working within Renishaw, gaining valuable experience, and allowing you to apply your theoretical knowledge to practical projects.
During this period, you will receive in-house training to give you the fundamental knowledge and skills required for your apprenticeship. You will be supervised by engineers who are experts in their fields.
The training is designed to allow you to continually build on the skills that are being taught which range from:
Electronic schematic design
Printed circuit board (PCB) layout
Structured programming for embedded systems (software and firmware)
Mathematical modelling
Design and testing methodology
Years 2 and 3 will include dedicated placements within the electronics groups in various divisions across Renishaw, allowing you to work on real projects and products.
Years 4 and 5 will allow you to begin specialising and develop your skills in a specific field of your knowledge within the company, finally in Year 5 finishing your studies with a BEng (Hons), completing your apprenticeship through an End Point Assessment (EPA) and taking up an appointment within a Renishaw division.Training:
Embedded Electronic Systems Design and Development Engineer (degree) Level 6
Training Outcome:
Following the completion of the apprenticeship you will transfer off the scheme into a role and division within Renishaw where there will be continued improvement and development of your skills and knowledge
Employer Description:Renishaw is a global engineering company that designs and builds high-precision technology used in industries like healthcare, transport, and manufacturing. From metal 3D printing to measurement systems, our innovations help make products more accurate, reliable, and efficient.
We work closely with our customers to solve complex engineering and science challenges. Our unique blend of pioneering research and product innovation helps our customers to solve complex engineering and science challenges, meaning we touch billions of lives around the world.
Our Early Careers cohort consists of around 195 Graduates, 203 Apprentices and 58 Placements. You are the people who can make a real difference. By bringing your new and innovative ideas you will help keep Renishaw at the forefront of the industry, and that’s why we invest if your continuous development and success from day one.Working Hours :Monday to Friday, usual business hours with an early finish on a FridaySkills: Organisation skills,Problem solving skills,Analytical skills,Logical....Read more...
