Student Software Engineer

PerkinElmer, Inc. · Competitive · Seer Green
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This is an opportunity to play a full part in the design and development of the software aspects on new, state-of-the-art prototype instruments. You will be writing software test harnesses for development engineers to prove out the system design, writing software programs for use in manufacturing and service and playing a role in verification and troubleshooting. The software languages involved and tools will be mostly C# using Microsoft Visual Studio but other languages such as Python for test harnesses can also be used. You will be working in a small team that mixes highly skilled and experienced scientists and engineers with fellow students.

Role and Responsibilities

As a Student Software Engineer you will assist in research and development projects conducted within the department. These projects may relate to the development and modification of functional prototype infrared spectroscopy instruments. You will also play a part in problem resolution where systems fail to work as expected. The work is likely to include:

Key Responsibilities:

  • To be able to translate user requirements into technical specifications, to provide development timelines and schedules for the specifications and deliver software that meets those specifications in a timely manner.
  • To work within the existing application frameworks to enhance them to provide new capabilities.
  • To understand how to test our scientific instruments to ensure they meet the required quality and performance criteria and to work with manufacturing to write software that provide tools for component and sub-assembly testing plus automated fully assembled testing.
  • To help develop algorithms that enhance the capabilities of our instrumentation and turn our data into customer information.
  • To undertake software troubleshooting including both creative and pragmatic resolutions to problems.
  • Be willing to work at multiple software levels from high level application features in C# to embedded software development in C/C++ (if skills allow).
  • To document and conduct planning, technical and bug reviews of design code and of evaluation plans / test results.
  • Organising and conducting your own daily/weekly work schedule
  • Participating in teams and meetings.

The instrumentation is mainly opto-mechanical and opto-electronic in nature and uses built in firmware to manage these mechanisms and deliver sampled data to a PC for further processing and display. Much of the PC software has been developed over the last 30 years and is written in a variety of languages.

Job Summary

This is an opportunity to play a full part in the design and development of the software aspects on new, state-of-the-art prototype instruments. You will be writing software test harnesses for development engineers to prove out the system design, writing software programs for use in manufacturing and service and playing a role in verification and troubleshooting. The software languages involved and tools will be mostly C# using Microsoft Visual Studio but other languages such as Python for test harnesses can also be used. You will be working in a small team that mixes highly skilled and experienced scientists and engineers with fellow students.

Role and Responsibilities

As a Student Software Engineer you will assist in research and development projects conducted within the department. These projects may relate to the development and modification of functional prototype infrared spectroscopy instruments. You will also play a part in problem resolution where systems fail to work as expected. The work is likely to include:

Key Responsibilities:

  • To be able to translate user requirements into technical specifications, to provide development timelines and schedules for the specifications and deliver software that meets those specifications in a timely manner.
  • To work within the existing application frameworks to enhance them to provide new capabilities.
  • To understand how to test our scientific instruments to ensure they meet the required quality and performance criteria and to work with manufacturing to write software that provide tools for component and sub-assembly testing plus automated fully assembled testing.
  • To help develop algorithms that enhance the capabilities of our instrumentation and turn our data into customer information.
  • To undertake software troubleshooting including both creative and pragmatic resolutions to problems.
  • Be willing to work at multiple software levels from high level application features in C# to embedded software development in C/C++ (if skills allow).
  • To document and conduct planning, technical and bug reviews of design code and of evaluation plans / test results.
  • Organising and conducting your own daily/weekly work schedule
  • Participating in teams and meetings.

Education and experience

To qualify, you must have completed a minimum of 2 years of an undergraduate degree in a scientific or related subject at the start of the placement. You will be working towards achieving a 2:1 or above and looking to complete a 12-month placement as part of your degree. We are happy to consider candidates who are graduating this year and would like to use this to gain work experience.

To be successful you will need:

  • Experience in using C# programming or a similar high-level programming language.
  • Experience in using Python and or C/C++ is beneficial
  • Image processing or signal processing experience would be a bonus.
  • Good numerical and analytical skills
  • Strong oral and written communication skills
  • Ability to work in a team and also to work independently where needed
  • Good problem solving and reasoning skills
  • Ability to learn and retain new skills

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