1. Why This Document Exists
Every other artifact in this suite names functions and headcounts. The organization chart shows eleven boxes. The resource plan shows 109 people and 191,420 hours. The work breakdown structure assigns eleven control accounts to functions that own them. None of that explains what any of these people do on a Tuesday.
This document does. It is written for a reader who has run programs in another industry — software, insurance, financial services, government — and who will recognise the governance, the stage gates, the change control and the earned value, and will recognise almost none of the disciplines doing the work.
That is also why the org chart looks strange to an outside reader. The Program Director is accountable for $243,040,000 and line-manages four people. Everything else is matrix, contract, or deliberately outside the program's reach.
2. The Shape of the Organization
109 people sit inside the program: 102 in ten working functions that carry deliverables, and 7 on the Development Committee, which decides rather than delivers.
| Function | Led by | People | What it owns |
|---|---|---|---|
| Clinical Operations | Dr. R. Molyneux Senior Director, Clinical Operations | 24 | Sites, monitoring, enrolment, clinical supply |
| Technical Operations / CMC | Dr. K. Oyelaran VP, Technical Operations (CMC) | 16 | Process, analytical methods, scale-up, validation |
| Clinical Development | Dr. S. Aldridge VP, Clinical Development | 12 | Protocols, medical monitoring, clinical study reports |
| Biostatistics & Data Management | Dr. F. Achterberg Head of Biostatistics | 12 | SAP, EDC, database lock, analysis datasets |
| Regulatory Affairs | G. Petrossian Director, Regulatory Operations | 10 | Strategy, submissions, agency interaction, labeling |
| Pharmacovigilance & Drug Safety | Dr. N. Halloran Head of Pharmacovigilance | 8 | Case processing, signal detection, DSUR |
| Quality Assurance (GxP) | Dr. I. Solberg Chief Quality Officer | 7 | Audits, CAPA, GxP compliance, inspection readiness |
| Nonclinical Safety & Pharmacology | Dr. M. Sørensen VP, Nonclinical Safety | 5 | Toxicology, pharmacology, study oversight |
| Program Management Office | T. Nakashima VP, Program Delivery | 4 | Governance, planning, risk, reporting |
| Market Access & Commercial | L. Whitcombe Director, Market Access | 4 | Payer evidence, pricing, launch readiness |
3. Governance — Who Decides
The Development Committee is the gate body. It does not manage the program; it decides whether the program continues, on what conditions, and with how much money released.
| Member | Seat | Vote |
|---|---|---|
| C. Tyrrell | Program Director — Chair, seated from the PMO | No vote |
| Dr. A. Okoye | Chief Medical Officer — Executive Sponsor | Voting |
| Dr. H. Vasquez | Chief Scientific Officer | Voting |
| Dr. P. Raghunathan | SVP, Regulatory Strategy | Voting |
| M. Thornbury | Chief Financial Officer | Voting |
| J. Barrington | SVP, Market Access & Commercial | Voting |
| Dr. I. Solberg | Chief Quality Officer | Observer, no vote |
Two features are deliberate and worth noticing. The chair (C. Tyrrell) has no vote: the person who prepares the decision does not get to make it. And the Chief Quality Officer attends as an observer: quality must be able to say what it sees without owning the outcome it is commenting on.
4. The Functions, One at a Time
Clinical Operations — 24 people
Dr. R. Molyneux — Senior Director, Clinical Operations
The largest function, and the one that physically makes the trial happen. Clinical Operations identifies and selects investigational sites, negotiates site contracts and budgets, ships and accounts for investigational product, tracks enrolment against the recruitment curve, and monitors the sites — visiting them, checking that what the case report form says matches what the patient's medical record says. In this program most of that execution is contracted to a CRO, so the sponsor team's real job is oversight of the CRO: agreeing the plan, auditing the work, and owning the outcome when it slips. Note what that means for scaling — this function grows with the number of sites, not with the value of the program.
Clinical Development — 12 people
Dr. S. Aldridge — VP, Clinical Development
Small headcount, high cost per head, because these are largely physicians. Clinical Development owns the scientific design of the trial: what question it asks, which endpoints answer it, who is eligible, and what the comparator is. During the trial they provide medical monitoring — reviewing serious adverse events, ruling on eligibility questions, deciding whether a given event is plausibly caused by the drug. Afterwards they interpret the result and author the clinical study report. When people say a program is "medically led," this is the function they mean.
Biostatistics & Data Management — 12 people
Dr. F. Achterberg — Head of Biostatistics
Two disciplines under one roof. Biostatistics writes the statistical analysis plan before anyone is unblinded, sets the sample size, produces the randomisation schedule, defines the rules for any interim analysis, and ultimately performs the analysis that says whether the endpoint was met. Data Management designs the case report form, builds the electronic data capture system, writes the edit checks that catch impossible values, chases queries with sites, and drives the database to lock. Database lock is the hinge of the whole program: after it, the data cannot be changed, which is precisely why unblinding is only permitted afterwards. Everything a statistician will later claim depends on the analysis plan having been fixed before anyone could see which way the results fell.
Technical Operations / CMC — 16 people
Dr. K. Oyelaran — VP, Technical Operations (CMC)
CMC stands for Chemistry, Manufacturing and Controls, and it is the half of drug development that outside readers consistently underestimate. This function develops the manufacturing process for both the drug substance and the finished product, develops and validates the analytical methods that prove each batch is what it claims to be, scales the process from laboratory to commercial volume, transfers the technology to the manufacturing site, makes the registration batches, runs process validation, and conducts the stability studies that establish shelf life. CMC forms Module 3 of the submission and it can delay a filing entirely on its own, with a perfect clinical package sitting ready beside it.
Regulatory Affairs — 10 people
G. Petrossian — Director, Regulatory Operations
The program's interface to the agency, and its interpreter. Regulatory Affairs sets the strategy — which pathway, which meetings to request, what the label should eventually say — and runs the formal interactions: the pre-IND meeting, the end-of-Phase-2 meeting, the pre-NDA meeting. They assemble and publish the submission itself, handle information requests during review, and negotiate the final wording of the label. A useful way to understand the function: everyone else establishes what is true, and Regulatory establishes what may be said, which is a narrower set.
Pharmacovigilance & Drug Safety — 8 people
Dr. N. Halloran — Head of Pharmacovigilance
Processes every adverse event report, maintains the safety database, reports suspected unexpected serious adverse reactions to authorities on a statutory clock measured in days, and performs signal detection — looking across all events for a pattern no individual case would reveal. It issues periodic safety reports throughout development. Two things make this function unlike anything in a commercial program: its deadlines are set by law rather than by the plan, and its obligations continue for the entire commercial life of the product, long after this program has closed.
Quality Assurance (GxP) — 7 people
Dr. I. Solberg — Chief Quality Officer
The most commonly misread function on this chart. Quality Assurance does not test the product and does not check the statistics. It audits whether work was performed according to the written procedure and whether the documentary evidence would withstand a regulatory inspection. It audits clinical sites and vendors, manages corrective and preventive actions, governs the standard operating procedures, and maintains inspection readiness. "GxP" is the family of regulated practices — Good Clinical, Good Laboratory and Good Manufacturing Practice. The function's independence is the point: it reports outside the program, so it can report badly on the program.
Nonclinical Safety & Pharmacology — 5 people
Dr. M. Sørensen — VP, Nonclinical Safety
The smallest working function and the earliest. Toxicology and safety pharmacology studies establish that it is defensible to give the compound to a human being at all, and at what starting dose. The work continues alongside the clinical program — longer-duration toxicity, carcinogenicity and reproductive toxicity studies are needed to support the eventual label, not just first-in-human dosing. Much of this function's output is invisible until a regulator asks a question that only an animal study can answer.
Program Management Office — 4 people
T. Nakashima — VP, Program Delivery
Four people, including the Program Finance Manager. The PMO owns the integrated schedule, the budget, the risk register, the governance calendar, gate preparation and reporting. It owns no technical content whatsoever. Its product is not the drug; its product is that the program is decidable — that when the committee meets, the evidence in front of it is complete, current and reconciled. This is the function a reader from another industry will recognise immediately, and it is deliberately small.
Market Access & Commercial — 4 people
L. Whitcombe — Director, Market Access
Four people, and their presence at all is a point about scope. They build the payer evidence strategy, which is not the same as the regulatory evidence strategy: a regulator asks whether the drug works and is safe, while a payer asks whether it is worth paying for relative to what already exists. They run health-economic analysis, pricing work and the value dossier, and they drive launch readiness. What they do not do is sell anything. Sales, brand marketing, distribution and lifecycle management are explicitly outside this program — they belong to the business, and the handover to them is a closure deliverable.
5. The Bodies the Program Cannot Instruct
Three groups make binding judgements about this program and take no direction from it. This is a feature.
The Data Monitoring Committee. An independent group of clinicians and an independent statistician who periodically review unblinded safety data while the trial is still running. The sponsor cannot see what they see. They may recommend that the trial continue, change, or stop. A program that could overrule its DMC would not have one in any meaningful sense.
Institutional Review Boards and Ethics Committees. Every site's protocol and consent form is approved by an IRB or ethics committee whose duty is to the participants, not to the sponsor. They are the reason a protocol amendment is expensive: the change must be re-approved site by site, and participants may need to be re-consented.
The regulator. Reviews the submission on its own clock and decides what the label says. No amount of program management changes the review period.
6. The External Organizations
Most of the physical work of this program is done by organizations that do not appear on the payroll.
| Organization | What they are | What the program keeps |
|---|---|---|
| Meridian Clinical Research | Phase 2 and Phase 3 execution (D-04) | Accountability. Work can be contracted out; responsibility cannot. |
| Aldergate Biologics | drug substance and drug product | Accountability. Work can be contracted out; responsibility cannot. |
| Kestrel Laboratories | Central laboratory and bioanalytical services | Accountability. Work can be contracted out; responsibility cannot. |
| Thorne & Vale LLP | Outside regulatory counsel | Accountability. Work can be contracted out; responsibility cannot. |
The single most important sentence about all of them: work can be contracted out; accountability cannot. When a CRO misses an enrolment curve, the sponsor misses the enrolment curve. The contract determines who absorbs the cost, never who owns the outcome.
7. Who Decides What
The single most useful table on this page for a reader learning the domain. The right-hand column matters as much as the middle one.
| Decision | Who actually decides | Who cannot |
|---|---|---|
| Whether the program continues past a gate | Development Committee, by vote | The Program Director chairs it and has no vote |
| Whether a participant may be dosed | The site investigator, within the protocol | Nobody in the sponsor organization |
| Whether an event is drug-related | Medical Monitor in Clinical Development (Dr. S. Aldridge) | The program, on schedule grounds |
| Whether the trial should stop early for safety | The independent Data Monitoring Committee | The sponsor — it cannot see the unblinded data the DMC sees |
| Whether an endpoint was met | Biostatistics (Dr. F. Achterberg), against the pre-registered analysis plan | Anyone, after seeing the results |
| Whether a batch may be released | Quality Assurance (Dr. I. Solberg) | Technical Operations, who made it |
| What the label says | The regulator, negotiated by Regulatory Affairs | The sponsor, unilaterally |
8. Translating From Roles You Already Know
If your experience is in software, insurance or financial services, these are the mappings that will and will not hold.
| If you know this role | The nearest equivalent here | Where it differs |
|---|---|---|
| Business analyst | Clinical Data Manager, and to a lesser extent the Statistical Programmer | The requirement is a Case Report Form and its edit checks. It is specified once, frozen, and thereafter changed only by a documented amendment — because the data it collects is evidence in a regulatory submission. |
| Project manager | Program or project manager inside the Program Management Office | Substantially the same discipline. The difference is that the schedule is gated by biology and by a regulator's queue, neither of which can be crashed with more people. |
| QA / test engineer | There is no single equivalent, and this is the most common misreading | Quality Assurance (GxP) does not test anything. It audits whether work was done to the written procedure and whether the evidence would survive an inspection. The nearest thing to software testing is Data Management's edit checks and the validation work inside CMC. |
| Subject matter expert | Medical Monitor, Biostatistician, CMC scientist, Regulatory strategist | These are not advisers consulted by the program. They hold decision rights the program cannot overrule — a medical monitor's safety call is not a recommendation. |
| UAT / user acceptance | Database lock, followed by unblinding | There is no user to accept anything. The equivalent moment is the point after which the data can no longer be changed, which is why it is irreversible and heavily ceremonied. |
| Change control board | Two separate things: the change control process, and protocol amendment | A protocol amendment is the heavyweight form. It may require re-approval by every ethics committee at every site and re-consent of participants already enrolled, so its true cost is rarely the work itself. |
| Production support | Pharmacovigilance | Runs for the life of the product, not the life of the program, and reports to the regulator on a statutory clock rather than to a service-level agreement. |