Biomedical engineer vs bioengineer

The differences between biomedical engineers and bioengineers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 1-2 years to become both a biomedical engineer and a bioengineer. Additionally, a biomedical engineer has an average salary of $79,436, which is higher than the $75,613 average annual salary of a bioengineer.

The top three skills for a biomedical engineer include patients, medical devices and biomedical equipment. The most important skills for a bioengineer are cell culture, FDA, and cell biology.

Biomedical engineer vs bioengineer overview

	Biomedical Engineer	Bioengineer
Yearly salary	$79,436	$75,613
Hourly rate	$38.19	$36.35
Growth rate	10%	21%
Number of jobs	33,662	3,177
Job satisfaction	5	-
Most common degree	Bachelor's Degree, 65%	Bachelor's Degree, 57%
Average age	38	39
Years of experience	2	2

Biomedical engineer vs bioengineer salary

Biomedical engineers and bioengineers have different pay scales, as shown below.

	Biomedical Engineer	Bioengineer
Average salary	$79,436	$75,613
Salary range	Between $57,000 And $108,000	Between $37,000 And $152,000
Highest paying City	San Francisco, CA	Charlottesville, VA
Highest paying state	California	New York
Best paying company	Cornerstone Research	Meridian Bioscience
Best paying industry	Technology	-

Differences between biomedical engineer and bioengineer education

There are a few differences between a biomedical engineer and a bioengineer in terms of educational background:

	Biomedical Engineer	Bioengineer
Most common degree	Bachelor's Degree, 65%	Bachelor's Degree, 57%
Most common major	Biomedical Engineering	Biomedical Engineering
Most common college	Massachusetts Institute of Technology	Northwestern University

Biomedical engineer vs bioengineer demographics

Here are the differences between biomedical engineers' and bioengineers' demographics:

	Biomedical Engineer	Bioengineer
Average age	38	39
Gender ratio	Male, 75.0% Female, 25.0%	Male, 78.6% Female, 21.4%
Race ratio	Black or African American, 5.6% Unknown, 4.9% Hispanic or Latino, 10.3% Asian, 20.1% White, 58.3% American Indian and Alaska Native, 0.8%	Black or African American, 2.9% Unknown, 4.3% Hispanic or Latino, 6.4% Asian, 31.3% White, 55.0% American Indian and Alaska Native, 0.2%
LGBT Percentage	13%	8%

Differences between biomedical engineer and bioengineer duties and responsibilities

Biomedical engineer example responsibilities.

Lead writing of new grant submissions to agencies such as the NIH, NIA, and VA.
Implement modifications to place equipment for 12-lead ECG investigation that lead to changes in accept monitoring standards.
Manage routine small projects without assistance and support larger projects for improvements to the quality system as approved by management.
Manage Terraform and refactore from monolithic to application specific components.
Present test results of various medical instruments in hospital in team meetings using PowerPoint.
Experience in OSHA, AAMI and HIPA standards.

Bioengineer example responsibilities.

Manage firmware of automate bench top devices that utilize a microprocessor.
Perform biomechanical analysis of multiple tissues utilizing uniaxial, biaxial, hydrodynamic, fatigue and DSC tests.
Used Frontline's Bluetooth protocol analyzer to troubleshoot, debug and decode Bluetooth communication streams on a target platform.
Customize installation and performance management kernel subsystems and system applications for UNIX box, to provide kernel and driver development.
Manipulate the data obtain from the GPS.
Develop an embed battery quality analyzer system and relate PC console software.

Biomedical engineer vs bioengineer skills

Common biomedical engineer skills

Patients, 11%
Medical Devices, 8%
Biomedical Equipment, 7%
Patient Care, 6%
FDA, 6%
Electrical Safety, 5%

Common bioengineer skills

Cell Culture, 37%
FDA, 15%
Cell Biology, 15%
Laboratory Equipment, 12%
Prototyping, 7%
MATLAB, 7%