At a Glance
- Tasks: Design and implement cutting-edge electronic systems for cargo and vehicle inspection technology.
- Company: Join Rapiscan Systems, a leader in detection technology combating global security threats.
- Benefits: Enjoy competitive salary, generous holidays, life insurance, and flexible working options.
- Why this job: Be part of a dynamic team innovating technology that makes the world safer.
- Qualifications: BEng/BSc in Electrical/Electronics Engineering required; MEng/MSc preferred.
- Other info: Opportunities for international travel and hands-on work with advanced technology.
The predicted salary is between 43200 - 72000 £ per year.
Rapiscan Systems is an industry leader in detection technology, providing cargo and vehicle inspection systems and services for ports, borders, military, high-threat facilities, and checkpoints to help customers combat terrorism, drug smuggling, illegal immigration, and trade fraud. We offer a broad array of scanning system configurations that leverage low-, medium-, and high-energy X-ray technology—or multiple X-ray technologies—to address each customer’s unique security application requirements. Our commitment to excellence in imaging performance, innovative design, and uncompromising quality ensures our solutions consistently deliver best-in-class imaging, high reliability, and operator satisfaction, to help customers find threats and contraband with ease and confidence.
Working within the Cargo and Vehicle Inspection section of Rapiscan Systems Engineering team, you will be involved in projects at all stages of the product lifecycle, from initial concept generation, new product introduction and continuous improvement in manufacture. The successful candidate will be working within a team of Electronics Design Engineers, reporting to the Chief Electronics Engineer, designing Electronic components and systems on X-ray Cargo and Vehicle Inspection (CVI) scanning equipment. This role is responsible for the design and implementation of next generation core technology for data acquisition within the Cargo Division. BoMs and revision management control and lifecycle management will be an important part of the role.
Key Responsibilities:
- Research and development of precision analog signal conditioning and acquisition (transimpedance amplifiers and signal ADC).
- Board level high speed digital circuit design utilising FPGAs and embedded processors.
- Design-for-manufacturing reviews of production PCB assemblies.
- Design, code, implement and verify FPGAs (Xilinx & Lattice) using Verilog.
- Design, code and debug low level applications, primarily using ‘C’, for FPGA processors (Microblaze), microcontrollers (MSP430, AVR, Tiva) and embedded Linux microprocessor systems (Sitara AM5728).
- Realise algorithms defined by floating point models in fixed point FPGA DSP slices.
- Work with outside design services to deliver PCB layouts, SI analysis and mechanical board design.
- Practical hands on bring up, test and diagnostics of board level hardware.
- Authoring of engineering documentation to established team procedures.
- Support manufacturing/commissioning/service departments.
- Some international travel may be required for technical collaboration.
Experience and Attributes:
- “All rounder” electronics engineer able to tackle board level hardware design, analog, digital, and low level embedded software.
- History of circuit board designs and bring up.
- Experience of bare metal software development with TI code composer studio, Vivado SDK, AVR studio.
- Adept use of processor J-TAG emulators/debuggers and lab test equipment, oscilloscopes, DVMs, PSUs.
- Practical hands-on approach to working with circuit boards including soldering, reworking and measurement.
- Excellent verbal and written communicator able to converse effectively with specialist teams.
- A flexible engineer able to pick up new ideas and tools quickly, to work under pressure both independently and within a small and dynamic team.
Qualifications:
- Broad knowledge of electronics, design techniques and EDA tools for hardware and embedded software.
- Understanding of EMC, high speed signal integrity and design for manufacture and test.
- BEng/BSc in Electrical/Electronics Engineering or other relevant field of study (Required).
- MEng/MSc in Electrical/Electronics Engineering or other relevant field of study (Desired).
Company Benefits:
- Competitive Salary
- Career Development Opportunities
- Holidays: 25 days + bank holidays (up to 29 days after 10 years)
- Life Insurance: 4x basic salary
- Charity Leave: 2 paid days for volunteering
- Birthday Leave: 1 paid day off
- Pension Plan
- Company Car Lease Scheme
- Cycle to Work Scheme
- Enhanced Maternity & Paternity Pay
- Healthcare Cash Plan
- Staff Discounts
Senior Electronics Engineer employer: OSI Systems
Contact Detail:
OSI Systems Recruiting Team
StudySmarter Expert Advice 🤫
We think this is how you could land Senior Electronics Engineer
✨Tip Number 1
Familiarise yourself with the latest trends in electronics design, particularly in X-ray technology and data acquisition systems. This knowledge will not only help you during interviews but also demonstrate your genuine interest in the field.
✨Tip Number 2
Network with professionals in the electronics engineering sector, especially those who work with FPGA and embedded systems. Attend industry events or join online forums to connect with potential colleagues and gain insights into the company culture at Rapiscan Systems.
✨Tip Number 3
Prepare to discuss specific projects you've worked on that relate to the responsibilities outlined in the job description. Highlight your experience with circuit board design, signal conditioning, and any hands-on work you've done with hardware testing.
✨Tip Number 4
Showcase your problem-solving skills by preparing examples of challenges you've faced in previous roles and how you overcame them. This will illustrate your ability to work under pressure and adapt quickly, which is crucial for the dynamic environment at Rapiscan Systems.
We think you need these skills to ace Senior Electronics Engineer
Some tips for your application 🫡
Tailor Your CV: Make sure your CV highlights relevant experience in electronics engineering, particularly in areas like circuit board design, FPGA programming, and embedded software development. Use keywords from the job description to align your skills with what Rapiscan Systems is looking for.
Craft a Compelling Cover Letter: Write a cover letter that not only outlines your qualifications but also demonstrates your passion for detection technology and how your background aligns with Rapiscan's mission. Mention specific projects or experiences that relate to the responsibilities listed in the job description.
Showcase Technical Skills: In your application, be sure to detail your technical skills, especially those related to high-speed digital circuit design, analog signal conditioning, and low-level software development. Highlight any experience with tools like TI Code Composer Studio or Vivado SDK.
Proofread and Edit: Before submitting your application, thoroughly proofread your documents for any spelling or grammatical errors. A polished application reflects attention to detail, which is crucial in engineering roles.
How to prepare for a job interview at OSI Systems
✨Showcase Your Technical Skills
Make sure to highlight your experience with precision analog signal conditioning, FPGA design, and embedded software development. Be prepared to discuss specific projects where you've successfully implemented these skills.
✨Demonstrate Problem-Solving Abilities
Rapiscan Systems values engineers who can tackle complex challenges. Prepare examples of how you've approached difficult design problems or debugging tasks in the past, showcasing your analytical thinking.
✨Communicate Effectively
As an electronics engineer, you'll need to collaborate with various teams. Practice explaining technical concepts in simple terms, and be ready to discuss how you’ve effectively communicated with non-technical stakeholders.
✨Be Ready for Hands-On Questions
Expect practical questions related to circuit board design and testing. Brush up on your hands-on skills and be prepared to discuss your experience with lab equipment, soldering, and diagnostics during the interview.