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Bio-mechanical engineer vs bioprocess engineer

The differences between bio-mechanical engineers and bioprocess engineers can be seen in a few details. Each job has different responsibilities and duties. It typically takes 1-2 years to become both a bio-mechanical engineer and a bioprocess engineer. Additionally, a bioprocess engineer has an average salary of $99,153, which is higher than the $91,646 average annual salary of a bio-mechanical engineer.

The top three skills for a bio-mechanical engineer include uefi, linux and debugging. The most important skills for a bioprocess engineer are CIP, pilot plant, and scale-up.

Bio-mechanical engineer vs bioprocess engineer overview

Bio-Mechanical EngineerBioprocess Engineer
Yearly salary$91,646$99,153
Hourly rate$44.06$47.67
Growth rate10%10%
Number of jobs45,47164,402
Job satisfaction--
Most common degreeBachelor's Degree, 77%Bachelor's Degree, 66%
Average age3838
Years of experience22

Bio-mechanical engineer vs bioprocess engineer salary

Bio-mechanical engineers and bioprocess engineers have different pay scales, as shown below.

Bio-Mechanical EngineerBioprocess Engineer
Average salary$91,646$99,153
Salary rangeBetween $67,000 And $125,000Between $69,000 And $142,000
Highest paying CityBurlingame, CASan Francisco, CA
Highest paying stateIndianaCalifornia
Best paying companyPace UniversityCyberCoders
Best paying industryTechnology-

Differences between bio-mechanical engineer and bioprocess engineer education

There are a few differences between a bio-mechanical engineer and a bioprocess engineer in terms of educational background:

Bio-Mechanical EngineerBioprocess Engineer
Most common degreeBachelor's Degree, 77%Bachelor's Degree, 66%
Most common majorElectrical EngineeringChemical Engineering
Most common collegeNorthwestern UniversityUniversity of Pennsylvania

Bio-mechanical engineer vs bioprocess engineer demographics

Here are the differences between bio-mechanical engineers' and bioprocess engineers' demographics:

Bio-Mechanical EngineerBioprocess Engineer
Average age3838
Gender ratioMale, 93.3% Female, 6.7%Male, 75.9% Female, 24.1%
Race ratioBlack or African American, 4.9% Unknown, 4.9% Hispanic or Latino, 6.5% Asian, 14.3% White, 68.6% American Indian and Alaska Native, 0.8%Black or African American, 5.6% Unknown, 4.9% Hispanic or Latino, 10.4% Asian, 20.3% White, 57.9% American Indian and Alaska Native, 0.8%
LGBT Percentage13%13%

Differences between bio-mechanical engineer and bioprocess engineer duties and responsibilities

Bio-mechanical engineer example responsibilities.

  • Provide mechanical design and sustaining engineering expertise to troubleshoot manufacturing defect trends and achieve a more robust and producible product.
  • Help debugging USB type-c problems.
  • Develop a UEFI shell base application to validate SMBIOS.
  • Implement UEFI SCSI/SAS protocols and HII for configuration utility.
  • Develop BIOS firmware for OEM motherboard manufacturers using MASM.
  • Develop post-release support for new functions (for instance: USB).
  • Show more

Bioprocess engineer example responsibilities.

  • Accomplish QA of inspector worksheets during shipboard inspection, and generate certification report for government approval.
  • Coordinate off-site manufacturing, research and development activities with CMO's and CRO's.
  • Process development and optimization of human prourokinase (proUK) production by recombinant CHO cells.
  • Reformulate freeze-down media and process to facilitate thaw and scale-up with simplify operations and minimizing exposure to contaminants.
  • Support CMO initiatives by successfully completing process characterization studies and executing process validation studies at both small and large scales.
  • Propose and implement an architecture with significantly improve availability characteristics.
  • Show more

Bio-mechanical engineer vs bioprocess engineer skills

Common bio-mechanical engineer skills
  • Uefi, 44%
  • Linux, 30%
  • Debugging, 12%
  • USB, 6%
  • BMC, 6%
  • Solidworks, 2%
Common bioprocess engineer skills
  • CIP, 20%
  • Pilot Plant, 16%
  • Scale-Up, 14%
  • Data Analysis, 11%
  • Drug Substance, 11%
  • Sops, 8%

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