Pharmaceutical Engineer Resume Example & Writing Guide
Use this Pharmaceutical Engineer resume example and guide to improve your career and write a powerful resume that will separate you from the competition.
Pharmaceutical engineers are responsible for designing and developing new drugs, as well as ensuring that existing medications are safe and effective. They work closely with other members of their team as well as medical professionals to identify unmet medical needs and create solutions that will help millions of people around the world live healthier, happier lives.
Because there’s so much at stake when it comes to pharmaceuticals, this is a field that requires a high level of precision and attention to detail. Pharmaceutical engineers need to be extremely detail oriented—they need to be able to break down complex systems into manageable pieces and then put those pieces back together again in a way that meets regulatory requirements and ensures safety for patients.
As a pharmaceutical engineer, you’ll be part scientist, part engineer, and part businessperson—you’ll need to have a clear understanding of how science works, how to apply that knowledge in practice, and how to work within an industry that’s highly regulated. You’ll also need to have excellent communication skills and be able to work well with other people.
Here are some tips and an example to help you write a compelling pharmaceutical engineer resume that will get you noticed by hiring managers.
How to Write a Pharmaceutical Engineer Resume
Here’s how to write a pharmaceutical engineer resume of your own.
Write Compelling Bullet Points
Bullet points are the most important part of your resume because they’re the first thing recruiters will see. And they’re the best way to showcase your experience and qualifications.
So it’s crucial that you use them to your advantage. And the best way to do that is by using specific, detailed bullet points that clearly describe your responsibilities and achievements.
For example, rather than saying you “managed inventory,” you could say you “managed inventory for $10M inventory turnover rate, reducing inventory levels by 15% while maintaining 99.9% accuracy rate.”
The second bullet point is much more specific and provides more detail about what exactly you did and the results of your work.
Identify and Include Relevant Keywords
When you apply for a job as a pharmaceutical engineer, your resume is likely to go through an applicant tracking system (ATS) that scans it for certain keywords. The ATS will search for terms related to the job, like “pharmaceutical” and “drug development.” If your resume doesn’t include enough of the right keywords, the ATS might filter out your application.
To increase your chances of getting an interview, use this list of keywords as a starting point to help you add relevant terms to your resume:
- Pharmaceutical Engineering
- Process Engineering
- Continuous Manufacturing
- Engineering
- Good Manufacturing Practice (GMP)
- Quality System
- FDA Regulations
- Design of Experiments (DOE)
- Failure Mode and Effects Analysis (FMEA)
- Lean Manufacturing
- Validation
- Six Sigma
- Regulatory Affairs
- Minitab
- Process Development
- Manufacturing
- Design Engineering
- ANSI/ISO Standards
- MATLAB
- Failure Analysis
- Microbiology
- Standard Operating Procedure (SOP)
- Product Development
- R (Programming Language)
- Quality Assurance
- Life Sciences
- Good Clinical Practice (GCP)
- Good Laboratory Practice (GLP)
- Biotechnology
- Automation
Showcase Your Technical Skills
As a pharmaceutical engineer, you need to be proficient in the use of various software programs and systems. This might include familiarity with CAD software, statistical analysis software, and process simulation software. Additionally, pharmaceutical engineers need to be able to use technology to communicate with other members of the healthcare team, including doctors and nurses.
Some of the programs and systems that pharmaceutical engineers are typically expected to be proficient in include: CAD software, statistical analysis software, process simulation software, and drug information resources, such as Lexicomp.