Labor market
Where thousands of former Health and Human Services employees will work next is unknown, but biopharma companies likely aren’t the main destination. Two biopharma executives discuss potential landing spots.
Companies are announcing significant investments in U.S. manufacturing in response to looming tariffs. An AstraZeneca executive and Eli Lilly and Novo Nordisk spokespeople discuss potential job and skill-building opportunities and where manufacturing might head in the future.
During the first quarter, 22 rounds of biopharma layoffs in California affected about 995 employees total, while 17 rounds in Massachusetts impacted around 410 people, based on BioSpace estimates. Meanwhile, competition for jobs in those states increased year over year, according to BioSpace data.
Health and Human Services employees aren’t the only ones out of work. Thousands of private-sector biopharma professionals lost their jobs in the first quarter.
Biopharma employees reporting a positive business outlook for their companies dropped month over month but increased year over year in February, according to the Glassdoor Employee Confidence Index. Glassdoor’s findings align with recent BioSpace data.
The 9% average salary increase from 2023 to 2024 was the largest for life sciences professionals since 2021. Several factors could be behind the spike, including companies providing higher pay because bonuses and stock compensation went down.
Nearly half of BioSpace poll respondents recently took a biopharma job they were overqualified for, a finding that didn’t surprise a talent acquisition expert, who said it’s become much more likely to happen.
While Houston isn’t yet on the same level as major life sciences hubs, it has plenty to offer and room to grow, according to CNS Pharmaceuticals, RadioMedix and Greater Houston Partnership executives.
While there are benefits of having employees on-site, the limited workplace flexibility at some companies following the COVID-19 pandemic can affect not only employees but also organizations’ retention and attraction efforts.