Biomedical Engineer Job Description: Top Duties and Qualifications

A Biomedical Engineer, or Clinical Engineer designs and maintains the equipment used to diagnose and treat medical conditions. Their primary duties include developing new equipment, managing medical equipment and collaborating with other medical professionals.

 

Build a Job Description

Biomedical Engineer duties and responsibilities

A Biomedical Engineer’s duties revolve around designing and developing software and hardware solutions for medical applications. Other duties and responsibilities of a Biomedical Engineer include:

  • Installing medical equipment in healthcare facilities
  • Training healthcare professionals on the proper usage of medical equipment
  • Collaborating with Medical Scientists and Chemists to investigate the engineering aspects of biological processes in humans
  • Preparing a report of recommendations based on research findings
  • Presenting research findings to relevant stakeholders in the medical industry
  • Maintaining and inspecting medical equipment on a regular basis

 

Build a Job Description

Biomedical Engineer Job Description Examples:

 

Example 1

What does a Biomedical Engineer at Current Health do? We are looking for biomedical engineers who are interested in the cross-section between acquisition of physiological signal from the human body and machine learning. You will work at the intersection between our wearable device and our data platform, collaborating with our electronics and product designers on the design of our wearable sensors and developing and refining algorithms for converting those signals to vital signs and other digital biomarkers. You will be deeply involved in the statistical and clinical validation of these models. You will also be involved in exploratory research, using hundreds of thousands of hours of unique physiological data to identify new vital signs and health metrics. You will be expected to deploy changes to models and algorithms into our cloud data platform, where you will see immediate use and benefit. What we will offer you Access to the largest continuous monitoring dataset in the world. You will be looking into data that few others have had chance to experience. You won’t just be creating algorithms; you will be discovering new patient patterns of deterioration both at the raw waveform level and at the circadian level. You’ll work in a truly team. Our team has Biomedical Engineers, Data Scientists, Data Analysts, Data Engineers, Hardware Engineers, Software Engineers and Clinicians. We need broad skillsets as the problems we look to solve are complex and have real world consequences on patient treatment. We work with big data so we use the top end data tooling and techniques. You will be able to learn from the best in how to manipulate large data to boost your algorithmic capabilities. Requirements Sounds great, what experience do I need? You have at least 5+ years in signal processing, mathematical modelling and algorithmic development using physiological waveforms You have experience in reading and interpreting physiological waveform data such as ECG, PPG, EEG You have understanding of how to use statistics to evaluate models Experience with Python (ideal), Matlab or other modelling / data science language [website] R Ideally you will have experience in developing small scale and large scale validation trials, ideally for compliance with medical standards and FDA requirements You will ideally have an understanding of the regulatory and legislative constraints and requirements surrounding software and product development Experience using source control, ideally GitHub Benefits Spec your own environment Salary Exchange Pension scheme (5% employee, 3% employer contribution) Private Medical Insurance through Vitality 2 x Life Assurance cover Critical Illness cover Employee Assistance Program £10 pcm flex pot to use toward benefits in our Benni benefits portal On call allowance (Only payable if and for so long as you provide on call services) Flexible, autonomous working environment Bike to work scheme Give as you earn through payroll Monthly snack box

Example 2

Current Health is a global healthcare technology company, focused on predicting illness and delivering earlier intervention so that every human can live a healthier, longer life. In 2020, Current Health has grown 8500%, partnering with some of the world’s leading healthcare institutions and pharmaceutical organizations and improving health outcomes for patients across the world. We are looking for Biomedical Engineers who are interested in the cross-section between acquisition of physiological signal from the human body and machine learning. You will work at the intersection between our wearable device and our data platform, collaborating with our electronics and product designers on the design of our wearable sensors and developing and refining algorithms for converting those signals to vital signs and other digital biomarkers. You will be deeply involved in the statistical and clinical validation of these models. You will also be involved in exploratory research, using hundreds of thousands of hours of unique physiological data to identify new vital signs and health metrics. You will be expected to deploy changes to models and algorithms into our cloud data platform, where you will see immediate use and benefit. Qualifications: You have at least 5+ years in signal processing, mathematical modelling and algorithmic development using physiological waveforms You have experience in reading and interpreting physiological waveform data such as ECG, PPG, EEG You have understanding of how to use statistics to evaluate models Experience with Python (ideal), Matlab or other modelling / data science language [website] R Ideally you will have experience in developing small scale and large scale validation trials, ideally for compliance with medical standards and FDA requirements You will ideally have an understanding of the regulatory and legislative constraints and requirements surrounding software and product development Experience using source control, ideally GitHub - Stock options Choose your own equipment Pension Bike to work scheme Season rail ticket loan Remote and flexible working Enhanced paternity and maternity leave Wellness and Mental Health coach Weekly snacks 33 days holiday (inclusive of bank holidays) Social/Team events Allowance towards co-working space for fully remote employees 30 minute video call with the talent team 45 minute video call with hiring manager Assessment to complete which we will then discuss over 90 minutes in your final interview with the Data Science team and Cofounder. Python, Pandas, R, Machine LearningPython, Pandas, Numpy

What does a Biomedical Engineer do?

A Biomedical Engineer designs and develops medical equipment and devices, such as imaging devices and scanners, prosthetics, surgical equipment and assistive technologies like walking aids or speech synthesisers. These devices are used in the diagnosis, treatment and care of patients with a medical condition. Biomedical Engineers also design medical software, develop new drug therapies and create the material used in artificial body parts.

Through their work, Biomedical Engineers enhance the quality of patient care. They usually work in laboratories, research facilities, hospitals and manufacturing companies. 

 

Biomedical Engineer skills and qualifications

A successful Biomedical Engineer candidate will have various prerequisite skills and qualifications that typically include:

  • In-depth knowledge of engineering technology
  • In-depth understanding of physics, biology and human biochemistry
  • Creativity and design skills
  • Excellent communication and presentation skills
  • Research and analytical skills
  • Working knowledge of relevant software packages
  • Understanding of mathematics and statistics
  • Ability to work well in a team

 

Biomedical Engineer experience requirements

A Biomedical Engineer needs at least two years of experience working in a similar position. Employers usually require candidates to complete an internship or a degree apprenticeship. Mid-level Biomedical Engineer positions require candidates to have three to five years of work experience, while Senior Biomedical Engineers require over five years of experience in the field. A strong background in healthcare science, human anatomy, prosthetic fabrication, electrical circuit and statistical model development is usually required for all Biomedical Engineer positions. 

 

Biomedical Engineer education and training requirements

A Biomedical Engineer must have a bachelor’s degree in bioengineering, biomedical engineering or a related field. Many employers require candidates to complete the Health Practitioner apprenticeship and the National Health Service (NHS) Practitioner Training Programme. Some employers may require a master’s degree in biomedical engineering or completion of the NHS Scientist Training Programme (STP). Some employers also require candidates to obtain industry-recognised certifications, including the Level 3 Medical Equipment Technologies certificate and the Level 5 Diploma in Advanced Medical Equipment Technologies certificate. 

 

Biomedical Engineer salary expectations

According to Indeed Salaries, the average salary of a Biomedical Engineer in the UK is £40,562 per year. Actual salary varies depending on the candidate’s level of experience,education, the industry and geographical location. 

 

Job description samples for similar positions

If a Biomedical Engineer is not quite what you’re looking for, here are other job description samples that may fit your needs:

 

Ready to Hire? Build a Job Description

Biomedical Engineer job description FAQs

 

What are the different types of Biomedical Engineers?

There are many different types of Biomedical Engineers. These include Bioinstrumentation Engineers, Biomechanic Engineers, Biomaterial Engineers and Rehabilitation Engineers. 

Bioinstrumentation Engineers use the principles of measurement and electronics to develop the instruments used in diagnosing medical conditions. Biomechanic Engineers use the principles of mechanics to design medical solutions. Biomaterial Engineers specialise in creating organs and prosthetics using natural or man-made materials. Rehabilitation Engineers design and create systems and devices to meet a wide range of needs that can assist people with disabilities. 

 

What is the difference between a Biomedical Engineer and a Biomedical Technician?

Biomedical Technicians don’t have the same level of training as Biomedical Engineers. They only install, maintain and repair medical equipment. A Biomedical Engineer designs and creates the equipment. 

 

What should I look out for in Biomedical Engineer's CV?

Look for the candidate’s relevant skills and education. Also, look for awards and achievements that set a candidate apart from others, such as any awards for excellence given during their time in the university or through participation in science, technology, engineering and mathematics (STEM) competitions. Make sure the candidate is certified by the Engineering Council and has completed various accredited training programmes.

 

How can you make your Biomedical Engineer job description stand out?

To make your Biomedical Engineer job description stand out, include a general overview of the benefits that your company offers. For instance, mention any education reimbursements, flexible hours, retirement savings or types of insurance that your company offer. Moreover, be specific about the certifications you expect from a Biomedical Engineer, such as the Scientist Training Programme (STP) certificate or the NHS Practitioner Training Programme. 

Job Description Examples

No search results found