Full-Time
Biotech firm creating medicines via R&D
$93k - $209.3k/yr
Hillsboro, OR, USA
In Person
Relocation benefits are available.
Bachelor's, Master's
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Genentech is a biotechnology company focused on researching and developing medicines and therapies to address unmet medical needs. It uses large-scale R&D, with about 13,500 employees and 40 approved medicines; it develops biologics and other therapies marketed through healthcare providers, generating revenue from sales. It differentiates itself with a large patent portfolio (around 20,000 patents) and multiple FDA Breakthrough Therapy Designations, along with a patient-centric approach that weighs access and affordability. Its goal is to advance medical science and deliver high-quality, effective therapies that improve patient health and support the broader medical community.
Company Size
10,001+
Company Stage
Grant
Total Funding
$2B
Headquarters
San Francisco, California
Founded
1976
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Genentech puts $750 million into Oregon device plant. Roche unit Genentech commits $750 million to a drug delivery device plant in Hillsboro, Oregon, as Bavarian Nordic slips its Lyme disease trial timeline. Roche's Genentech is investing $750 million in a new drug delivery device facility at its Hillsboro, Oregon site, while Bavarian Nordic has pushed back the timeline for its Lyme disease trial. Genentech, the South San Francisco biotech owned by Swiss drugmaker Roche, is committing $750 million to a new drug delivery device facility at its manufacturing site in Hillsboro, Oregon. The plant, reported by Endpoints News, is intended to build the devices that get Roche's biologic medicines into patients - the prefilled syringes, autoinjectors and on-body delivery systems that increasingly determine whether a drug is administered in a hospital chair or on a patient's kitchen table. It is a large number for a category of manufacturing that rarely gets headline treatment. Device and fill-finish capacity is the unglamorous end of the biologics supply chain, and it is also the end that most often becomes the bottleneck. A monoclonal antibody that cannot be filled, assembled into an injector and packaged at scale is a drug that cannot be launched at scale. Why a device plant, and why Oregon. Hillsboro is already part of Roche's American industrial base, and expanding an existing site rather than breaking ground on a greenfield campus is the faster route to qualified capacity. Pharmaceutical manufacturing carries a long regulatory tail: equipment has to be validated, processes have to be demonstrated as reproducible, and inspectors have to sign off. Building next to an operation that already holds those approvals compresses that timeline meaningfully. The strategic logic behind the device focus is straightforward. Roche's growth franchises lean heavily on antibodies and other large molecules that historically required infusion. Converting those into subcutaneous, self-administered formats changes the economics on several fronts at once - it cuts infusion-center costs, widens the addressable patient population, and creates a defensible product difference that pure molecule-level competition cannot easily copy. Each of those conversions needs device manufacturing capacity behind it, and third-party contractors for autoinjectors and prefilled syringes have been capacity-constrained for years. Owning that step outright is a hedge. It removes a supplier from the critical path of a launch, and it lets Roche design the presentation of a medicine alongside the molecule rather than after it. The onshoring backdrop. The investment lands in a period when large pharmaceutical companies have been publicly enlarging their US manufacturing footprints, with tariff policy and drug-pricing pressure both pushing in the same direction. Announcements of domestic plant spending have become a routine feature of the sector's communications, and the political value of a large dollar figure attached to an American address is not lost on anyone in the industry. That does not make the spending theatrical. Device assembly and fill-finish are genuinely useful things to have close to the largest single market for branded medicines, and moving them onshore reduces exposure to cross-border duty risk on finished goods. But investors should read announcements of this kind with the timeline in mind: a facility of this scale takes years to design, build, validate and bring into commercial supply. The capital is committed now; the output arrives later. How Roche's stock is trading. Roche's US-listed depositary receipts (RHHBY) changed hands at 57.25 as of 15:21 GMT on Friday, 21 August 2026, down 1.63% on the day from a previous close of 58.20, with an intraday range of 57.00 to 58.28. The currency and listing venue were not specified in the quote feed. That softness ran against a broadly positive session in US equities. The S&P 500 tracker (SPY) traded at $765.58, up 0.39%; the Nasdaq 100 fund (QQQ) was at $712.01, up 0.15%; and the Dow 30 vehicle (DIA) stood at $530.83, up 0.63%. In other words, Roche's receipts were lagging all three benchmarks on the day the factory news circulated - which is a reasonable reminder that a capital-expenditure commitment is not a catalyst. Spending money is a cost today against a benefit that shows up in future gross margin and launch capability. Markets tend to price the cost first. Bavarian Nordic's Lyme program slips. Spending money is a cost today against a benefit that shows up in future gross margin and launch capability. Separately, Danish vaccine maker Bavarian Nordic has delayed its Lyme disease trial. The company has been one of the few developers pursuing a preventive approach to a tick-borne illness that has no licensed human vaccine on the US market, and the program has attracted attention well beyond its likely commercial scale because of that vacuum. Lyme vaccine development is unusually sensitive to timing. Efficacy trials depend on enrolling participants ahead of the tick season in endemic regions, which means a delay is rarely a matter of weeks - a missed enrollment window can push a readout by a full year. That seasonality is why timeline slippage in this specific field carries more weight than an equivalent delay in, say, an oncology study with year-round recruitment. The commercial history here is also cautionary. A human Lyme vaccine reached the US market in the late 1990s and was subsequently withdrawn, and the field has been rebuilding public and regulatory confidence ever since. Any developer entering it is managing a scientific problem and a reputational one simultaneously. What to watch from here. For Roche, the near-term questions are practical rather than dramatic: when the Hillsboro line is scheduled to come online, which products are earmarked to run through it, and whether the $750 million figure represents the full build or a first tranche of a larger program. Investors tracking the company's capital intensity will also want to see how this sits within total group capital expenditure rather than as a standalone headline. For Bavarian Nordic, the item to watch is the revised guidance on when the Lyme study starts and reads out, and whether the delay is operational - sites, supply, enrollment - or driven by regulatory feedback. The two explanations carry very different implications for the probability of the program reaching the market. Taken together, the two items sketch the sector's current split personality. One company is pouring capital into the physical apparatus of delivering medicines that already work; the other is discovering, again, how hard it is to get a new preventive vaccine through the clinic on schedule. Both are ordinary weeks in biotech, and both matter for entirely different reasons. Key facts. * Investment: $750 million, drug delivery device facility * Location: Genentech site in Hillsboro, Oregon * RHHBY (Roche ADR): 57.25, -1.63%, as of 15:21 GMT 21 Aug 2026 * Second item: Bavarian Nordic delays its Lyme disease trial Frequently asked questions. What is Genentech building in Hillsboro, Oregon? Genentech, the Roche-owned biotech, is investing $750 million in a new drug delivery device facility at its existing Hillsboro, Oregon site. Drug delivery devices include items such as prefilled syringes and autoinjectors - the hardware that allows a biologic medicine to be administered, in many cases by the patient rather than in a clinic. Why does device manufacturing matter to a drugmaker? Device and fill-finish capacity is frequently the bottleneck in biologics supply. A medicine that cannot be filled, assembled into an injector and packaged at commercial volume cannot launch at commercial volume. Owning that capacity in-house removes a third-party supplier from the critical path of a product launch and allows presentation to be designed alongside the molecule. How did Roche's shares react? Roche's US-listed depositary receipts, RHHBY, traded at 57.25 as of 15:21 GMT on 21 August 2026, down 1.63% from a previous close of 58.20, within a day range of 57.00 to 58.28. That was weaker than the broad market, with the S&P 500 tracker up 0.39% and the Dow 30 fund up 0.63% on the day. When will the Hillsboro facility be operational? Genentech has said the plant is expected to be operational, but the specific target date was not available in the information reported. Facilities of this type typically require multi-year construction, equipment validation and regulatory qualification before they can supply commercial product, so the capital is committed well ahead of any output. What is happening with Bavarian Nordic's Lyme vaccine trial? The Danish vaccine developer has delayed its Lyme disease trial. No revised timeline was specified in the reported information. Lyme efficacy studies depend on enrolling participants ahead of tick season in endemic areas, which means scheduling slippage in this field can push a readout by a full year rather than a few weeks. Is this part of a wider pharma onshoring trend? Large pharmaceutical companies have been announcing expanded US manufacturing footprints during a period of tariff pressure and drug-pricing scrutiny. Placing device assembly and fill-finish operations inside the United States reduces exposure to duties on finished goods and shortens supply lines to the largest branded-medicine market, though the benefits arrive only once the plant is validated and running.
Replimune hires Genentech veteran to lead melanoma launch. Replimune has installed a former Genentech executive as chief commercial officer days after an accelerated approval for its melanoma therapy, while Neumora's Paul Berns hands off the CEO title. Replimune named Michelle DiNapoli, a former Genentech executive, as chief commercial officer effective Aug. 18, weeks after winning a new accelerated approval for its melanoma therapy; REPL traded at 14.57, up 3.70%, as of 13:51 GMT on Aug. 21, 2026. Replimune (REPL) has hired Michelle DiNapoli as chief commercial officer, effective Aug. 18, filling the most consequential open seat at a company that has just cleared the hardest hurdle in its history: a new accelerated approval for its melanoma therapy. DiNapoli arrives from a career that includes time at Genentech, one of the industry's deepest benches for oncology commercial talent. The timing is the message. Companies do not recruit a commercial chief for an abstraction. They recruit one when there is a label to sell against, a payer conversation to open, and a field force to stand up before revenue is expected to appear. Replimune's approval was hard-fought - the phrasing used by Endpoints News in reporting the appointment - and a hard-fought approval usually leaves a narrower label and a more sceptical prescribing audience than a clean first-pass clearance would. What a chief commercial officer actually has to build. For a first-launch oncology company, the commercial chief owns four things that all have to land in roughly the same quarter. First, pricing and gross-to-net: the list price, the discounts negotiated with payers and group purchasing organisations, and the patient-assistance structure that determines what the company actually collects. Second, market access - getting the product onto payer formularies and, for a physician-administered therapy, into hospital and infusion-centre buying processes, which is a separate and slower fight than a retail pharmacy listing. Third, the field organisation: sales representatives, medical science liaisons and reimbursement specialists who help oncology practices navigate coding and coverage. Fourth, distribution - specialty pharmacy or specialty distributor relationships, and cold-chain logistics where the product demands it. Each of those has a lead time measured in months, which is why the hire lands before the launch rather than after it. A Genentech background is a specific signal here. Genentech's commercial model in oncology has historically been built around deep account-level engagement with academic cancer centres and large community oncology networks, rather than breadth-first primary-care selling. That is the right muscle memory for a novel melanoma therapy, where the initial prescribing base is likely to be concentrated in a relatively small number of high-volume centres. Accelerated approval sets the clock, not just the label. Accelerated approval is a conditional pathway. The Food and Drug Administration grants it on the basis of an endpoint judged reasonably likely to predict clinical benefit, on the understanding that the sponsor will complete confirmatory work. That creates a dual obligation for Replimune: commercialise now, and continue generating the evidence that keeps the approval in place. The commercial consequence is that pricing and access decisions get made under a cloud of conditionality. Payers know the approval is provisional and can price that risk into coverage policy - prior authorisation requirements, step edits, restrictions to the exact patient population in the label. A commercial chief with large-cap oncology experience is precisely the profile a board recruits to argue against those restrictions from the first payer meeting rather than the third. For investors, the practical question is not whether the approval happened but how quickly it converts. Watch for the first disclosed net revenue quarter, the number of ordering accounts, and any management commentary on gross-to-net erosion. Those are the metrics that separate an approval from a franchise. The share price is off the mat, not out of the woods. REPL changed hands at 14.57 as of 13:51 GMT on Aug. 21, 2026, up 3.70% on the day from a previous close of 14.05, with an intraday range of 13.81 to 14.67. That is a firmer move than the broad market managed on the same session: the S&P 500 tracker SPY was at $765.08, up 0.33%, the Nasdaq 100 proxy QQQ at $711.88, up 0.13%, and the Dow tracker DIA at $530.70, up 0.60%. Outperforming the index on the day of a commercial-hire announcement is not, by itself, a verdict on the therapy. Small-cap biotech trades on narrative velocity, and a credible senior hire is a low-cost, high-visibility signal that management believes there is something worth selling. The harder test comes when the company has to put a number next to it. Neumora's Berns steps back from the CEO title. Outperforming the index on the day of a commercial-hire announcement is not, by itself, a verdict on the therapy. Separately, Paul Berns is shedding the chief executive title at Neumora (NMRA). The shares traded at 1.54 as of 13:51 GMT on Aug. 21, 2026, up 1.65% from a previous close of 1.51, in a day range of 1.51 to 1.56. A share price at that level tells its own story about where the market has put the company. Sub-$2 biotech equities typically reflect a combination of clinical disappointment, financing pressure, or both, and a change at the top is the standard corporate response. Whether Berns's departure from the CEO role represents a planned handover or a board-driven reset is not something the disclosure settles. What matters operationally is continuity of the pipeline and the balance sheet. Leadership changes at small biotechs frequently precede a strategic review - a reprioritisation of programmes, a partnering push, or in harder cases a sale or wind-down. Shareholders should look for whether the successor is an internal promotion, which usually signals continuity, or an external appointment with turnaround credentials, which usually does not. Two companies, two points on the same curve. Set side by side, Replimune and Neumora illustrate the two directions a clinical-stage biotech can travel. One has cleared the regulator and is now spending on the apparatus of selling - a commercial chief, and behind that title a payroll of field staff, market-access specialists and distribution contracts that did not exist a year ago. The other is changing its leader with the market valuing it in low single digits per share. The connective tissue is that both moves are, at bottom, about credibility with capital. Replimune is signalling that the approval is real enough to build a company around. Neumora is signalling that the current configuration needs changing. In a sector where funding conditions have punished companies without a clear path to revenue, the personnel page has become a leading indicator that investors read as closely as the clinical one. The next disclosures to watch are Replimune's first commentary on launch metrics and pricing, and Neumora's naming of who takes the chief executive role and on what mandate. Key facts. * REPL price: 14.57, +3.70% as of 13:51 GMT, Aug. 21, 2026 * New hire: Michelle DiNapoli, chief commercial officer, effective Aug. 18 * NMRA price: 1.54, +1.65% as of 13:51 GMT, Aug. 21, 2026 * Leadership change: Neumora's Paul Berns sheds the CEO title Frequently asked questions. Who is Replimune's new chief commercial officer? Michelle DiNapoli, whose appointment took effect Aug. 18. She previously worked at Genentech, a company with one of the industry's deepest oncology commercial organisations. Her mandate at Replimune is to build the pricing, market-access, field-force and distribution apparatus needed to launch the company's newly approved melanoma therapy. What does accelerated approval mean for Replimune? Accelerated approval is a conditional US pathway in which the FDA clears a drug on an endpoint reasonably likely to predict clinical benefit, with the sponsor obliged to complete confirmatory work. It allows commercial sales to begin sooner but leaves the approval provisional, which payers can factor into coverage restrictions and prior-authorisation requirements. How did Replimune shares trade on the day of the announcement? REPL traded at 14.57 as of 13:51 GMT on Aug. 21, 2026, up 3.70% from a previous close of 14.05, within an intraday range of 13.81 to 14.67. That outpaced the broad market that session, with the S&P 500 tracker up 0.33% and the Nasdaq 100 proxy up 0.13%. What is happening at Neumora? Paul Berns is giving up the chief executive title at Neumora. The company's shares traded at 1.54 as of 13:51 GMT on Aug. 21, 2026, up 1.65% from a previous close of 1.51. The disclosure does not settle whether the change is a planned handover or a board-driven reset. Why do biotechs hire a commercial chief before launch? Because the work has long lead times. Setting list price and negotiating discounts, securing payer formulary placement, recruiting a specialised field organisation and arranging specialty distribution each take months. A company that waits until the product is available to start that work forfeits early revenue and cedes ground to competing therapies. What should investors watch next at Replimune? The first quarter in which net product revenue is disclosed, the number of ordering accounts or treating centres, management commentary on gross-to-net discounting, and progress on the confirmatory evidence required to convert the accelerated approval into a full one. Those metrics, not the approval itself, determine whether a launch becomes a franchise.
Roche pours $750M into Oregon manufacturing plant as obesity push expands. August 20, 2026 | After committing $2 billion to a new North Carolina facility to boost capacity for its next-gen obesity candidates, Roche's Genentech is putting down more cash to expand a device fill-finish site in Oregon. Roche's Genentech is pledging $750 million to double the size of its Oregon manufacturing site and create more jobs, a move designed to expand the company's capacity to make injectable medicines and delivery devices. The facility is located at a 75-acre Hillsboro campus, with the expansion expected to generate 250 manufacturing roles and 200 construction jobs in Oregon, according to a Thursday release. Commercial operation is slated to start in 2031. The investment is supposed to create new end-to-end device filling capabilities to support the future pipeline at both Roche and Genentech, with Roche specifically mentioning pre-filled syringe and autoinjector capacities. The Hillsboro commitment follows the start of construction on Genentech's new manufacturing site in Holly Springs, North Carolina, a facility designed to support global production of future metabolic medicines. Roche is investing $2 billion in the plant to support its ambitions to become a top three player in obesity. While Eli Lilly and Novo Nordisk have already clinched two of those positions, at least for now, Roche is investing heavily in weight loss drug development with the belief that the massive market can support at least three major players. The Holly Springs location is expected to open in 2029, timing that aligns with Roche's five mid- to late-stage obesity candidates. That includes CT-388, a dual GLP-1/GIP receptor agonist that uses the same mechanism of action as Lilly's market-leading Mounjaro and Zepbound. Genentech, a member of the Roche Group, plans to open the facility in 2029 to ramp up capacity to make obesity candidates, including the dual GLP-1/GIP receptor agonist CT-388. January 21, 2026 Roche and Genentech currently operate 13 manufacturing sites in the U.S., according to the release. While the manufacturing investments are expected to create new jobs, the Big Pharma has also cut staffers - specifically at Genentech. In July, the South San Francisco-based subsidiary laid off 103 people at its headquarters, hitting roles in research and early development, plus other parts of the business. "Our hiring approach reflects the capabilities, expertise, and areas of science that are most critical to advancing our portfolio and delivering transformative medicines to patients now and in the future," a company spokesperson told BioSpace at the time. The layoffs included the departure of high-profile executive Vishva Dixit, who had been with Genentech since 1997. He most recently served as vice president and senior fellow, physiological chemistry, research biology.
Genentech plans $750M expansion of Hillsboro manufacturing facility. Published 9:38 am Thursday, August 20, 2026 Genentech has operated in Hillsboro since 2006 and now plans a $750 million expansion at its local manufacturing site. (City of Hillsboro/Contributed) A biotechnology company plans to invest approximately $750 million to expand its Hillsboro manufacturing operations, a project expected to create 250 permanent jobs and double the size of the company's existing facility. Genentech announced Thursday, Aug. 20, that it will build a new device fill-finish manufacturing facility at its 75-acre Hillsboro campus, where Genentech has operated since 2006. The new facility will manufacture advanced drug delivery devices, such as prefilled syringes and autoinjectors, which can allow patients to receive some treatments outside of a hospital setting. Commercial operations at the new facility are expected to begin in 2031. Genentech said the expansion will create approximately 250 high-wage manufacturing jobs and support another 200 construction jobs during development. "We are proud to make this significant new investment in Hillsboro, building on nearly two decades of Genentech manufacturing in Oregon," Genentech CEO Ashley Magargee said in a release. "Thanks to its skilled workforce and strong community, Hillsboro remains vital to our U.S. operations." The company said the new facility will be capable of filling both high- and low-volume drug delivery devices across its portfolio, giving Genentech flexibility as its manufacturing needs change. Genentech's Hillsboro campus currently supports production of medicines across several therapeutic areas, including oncology, immunology and neurology. Gov. Tina Kotek called the investment a reflection of Oregon's strength in advanced manufacturing and innovation. "This substantial investment will create hundreds of high-paying jobs, open new opportunities for Oregon workers and strengthen Oregon's growing leadership in the life sciences sector," Kotek said in a statement. Hillsboro Mayor Beach Pace said the expansion builds on Genentech's longtime involvement in the local community. "Genentech is a tremendous supporter of STEM education in our local schools, and its employees regularly give back to the community through charitable giving and volunteerism," Pace said. The project is part of a broader push by Genentech and its parent company, Roche Group, to expand pharmaceutical manufacturing and research operations in the United States. Roche and Genentech currently operate 13 manufacturing sites and 15 research and development sites in the U.S., employing approximately 25,000 people across 24 locations in eight states.
Roche's US subsidiary Genentech announces manufacturing expansion in the United States. * New facility in Hillsboro, Oregon for the assembly of injectable medicines and delivery devices will further advance end-to-end U.S. drug manufacturing capabilities. * Approximately $750 million investment will double the size of the existing facility and is expected to create an additional 250 specialised manufacturing jobs. * Flexible manufacturing capacity will support advanced drug delivery devices that can provide patients with more convenient ways to receive treatment. * The Hillsboro investment follows the recent topping out of the new manufacturing facility in Holly Springs, North Carolina. Basel, 20 August 2026 - Genentech, a member of the Roche Group (SIX: RO, ROP; OTCQX: RHHBY) today announced plans to invest approximately $750 million in a new device fill-finish manufacturing facility at its 75-acre campus in Hillsboro, Oregon. The investment will bring new end-to-end device filling capabilities to the site and expand capacity to support the future pipeline of innovative medicines across Roche and Genentech. The investment is expected to create 250 high-wage manufacturing jobs and approximately 200 construction jobs in Oregon during site development, with commercial operations expected to begin in 2031. The new facility will support the manufacturing of advanced drug delivery devices, such as pre-filled syringes and autoinjectors. These devices play an increasingly important role in how medicines are delivered and can provide patients with more convenient ways to receive treatment outside of a hospital setting. Designed for flexibility, the facility will be capable of both high- and low-volume device filling across a broad range of Roche and Genentech's portfolio, enabling the site to respond to changing manufacturing needs as the portfolio evolves. The Hillsboro investment follows the recent topping out of Genentech's new manufacturing facility in Holly Springs, North Carolina, a facility strategically designed to support global production of the company's future portfolio of metabolic medicines, including next-generation treatments for obesity. Roche and Genentech's current U.S. footprint includes 13 manufacturing sites, 15 research and development sites and approximately 25,000 employees across 24 locations in eight states. About Roche Roche (SIX: RO, ROP; OTCQX: RHHBY) is a healthcare company uniquely placed to prevent, stop and cure diseases by uniting leading science and technology across diagnostics, medicines and digital solutions. Roche was founded in Basel, Switzerland in 1896 and today is a leading provider of transformative medicines and diagnostics for millions of people in over 150 countries around the world. It is dedicated to tackling healthcare challenges that place the greatest strain on patients, families, communities and healthcare systems. Across its Diagnostics and Pharmaceutical divisions, Roche focuses on areas including oncology, neurology, cardiovascular and metabolic diseases, ophthalmology, infectious diseases and immunology with the aim of providing real and positive change for patients, the people they love and the professionals who care for them. Genentech in the United States is a fully owned subsidiary in the Roche Group. Roche is the majority shareholder in Chugai Pharmaceutical, a major innovator in the Japanese therapeutic antibody market. All trademarks used or mentioned in this release are protected by law. Roche Global Media Relations Phone: +41 61 688 8888 / e-mail: [email protected] | Tristan Schmitz Phone: +41 79 529 70 35 | Lorena Corfas Phone: +41 79 568 24 95 | | Simon Goldsborough Phone: +44 797 32 72 915 | Karsten Kleine Phone: +41 79 461 86 83 | | Kirti Pandey Phone: +41 79 398 38 53 | Yvette Petillon Phone: +41 79 961 92 50 | | Dr Rebekka Schnell Phone: +41 79 205 27 03 | Irène Stephan Phone: +41 79 377 83 75 |