BIOT 670S is the capstone for UMGC's biosecurity and biodefense concentration: a semester-long team project on a real problem in protecting people from biological threats.
UMGC's catalogue describes an in-depth exploration of the biosecurity and biodefense field. Students apply their knowledge while showing research, analytical, oral and written communication, teamwork and leadership skills. Projects come from real-world problems supplied by industry, academic institutions and government organisations.
This field sits between science, security and public policy. Strong work assesses risk carefully, respects information-security limits and gives decision-makers options they can act on.
Course at a Glance
| Item | Details |
|---|---|
| University | University of Maryland Global Campus (UMGC) |
| Course code | BIOT 670S |
| Credits | 3 |
| Who can take it | Students in the biosecurity and biodefense concentration only |
| Prerequisite | 30 credits of programme coursework, including all core courses |
| Credit rule | Credit for only one of BIOT 670, 670I, 670M, 670R or 670S |
| Typical work | Team project, risk or policy analysis, written report, briefing |
Typical Biosecurity Project Themes
Sponsors choose the problems, so topics vary. Work in this field commonly addresses themes such as:
- Laboratory biosafety and biosecurity practices and their gaps
- Preparedness and response planning for outbreaks or deliberate release
- Oversight of dual-use research and emerging technologies
- Detection, surveillance and early-warning systems
- International agreements and national policy frameworks
Concepts That Anchor Biosecurity Analysis
Biosafety Versus Biosecurity
Biosafety protects people and the environment from accidental exposure. Biosecurity protects dangerous agents, materials and information from loss, theft or misuse. Many reports blur the two; keeping them distinct makes your analysis clearer.
Risk as Likelihood and Consequence
A common way to structure biorisk is to rate likelihood and consequence, then decide where controls reduce risk most. The value is in the reasoning, not the score.
Illustrative example: A team reviewing a university's sample storage rates unauthorised access as medium likelihood but high consequence, while equipment failure is higher likelihood with lower consequence. They recommend access logging and inventory checks first, since those cut the more serious risk at low cost, and schedule the equipment upgrade later.
Policy and Governance
Key frameworks include the Biological Weapons Convention, the US Federal Select Agent Program run by the CDC and USDA, and US government policy on dual-use research of concern. Policies in this area change, so cite the current official version.
Typical Deliverables and How to Approach Them
| Deliverable | What it shows | How to approach it |
|---|---|---|
| Threat or gap assessment | Analytical rigour | Define scope, criteria and evidence clearly |
| Policy analysis | Understanding of governance | Options, trade-offs, feasibility, recommendation |
| Final report | Actionable findings | Summary first, then evidence and limits |
| Briefing | Communicating to officials | Short, factual, with clear next steps |
Handling Sensitive Information Responsibly
Biosecurity work can touch information that should not be spread widely. Good practice is to write at the level of policy and capability, not technical method. A report can say that a class of techniques lowers barriers to misuse without describing how to apply them.
Agree with your sponsor and instructor what level of detail is appropriate, and follow any information-handling rules they set. Cite openly published sources and avoid repeating sensitive specifics even when they appear online.
This restraint is part of the professional skill the course develops. Decision-makers need clear judgements about risk and options, and those rarely depend on technical detail.
Briefing Decision-Makers
Officials and executives often read only the first page. Open with the bottom line: the problem, why it matters now and what you recommend. Supporting analysis follows for readers who need it.
Present options rather than a single answer where possible, each with its benefits, costs and feasibility. Decision-makers value seeing the trade-offs, and it shows the team understood the constraints they face, such as budgets, legal authority and public trust.
In the oral presentation, keep slides sparse and be ready for questions about evidence and uncertainty.
Where Students Get Stuck
- Sensational framing. Alarmist language weakens credibility. Use measured, evidence-based wording.
- Too much technical detail. Explain capabilities at a level suited to policy readers, and never include hazardous specifics.
- Vague recommendations. Say who should act, what they should do and roughly when.
- Old policy references. Check that the framework you cite is current.
Tips for BIOT 670S
- Keep the biosafety and biosecurity distinction visible in your headings.
- Use a simple options table: option, benefit, cost, feasibility.
- Agree with the sponsor any limits on sensitive information early.
- Draw on BIOT 640's work on public trust and regulators.
How We Help with BIOT 670S
Send the brief, rubric, drafts and feedback. A writer with policy and science experience can help you outline a risk or policy analysis, tighten your recommendations, or edit sections for clarity and tone. Our policy brief writing guide explains our approach to briefings.
GradeEssays is independent of University of Maryland Global Campus. We support your own learning and writing; we do not prepare work for you to submit as your own or access your course. Orders are written from scratch, with free revisions within the original scope for 14 days.
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Frequently Asked Questions
Students in UMGC's biosecurity and biodefense concentration who have completed 30 credits of programme coursework, including all core courses.
No. UMGC allows credit for only one of BIOT 670, 670I, 670M, 670R or 670S.
From real-world problems supplied by industry, academic institutions and government organisations, according to UMGC.
Biosafety prevents accidental exposure; biosecurity prevents loss, theft or misuse of dangerous agents, materials and information.
The Biological Weapons Convention, the Federal Select Agent Program and current US policy on dual-use research are common starting points.
No. We help you plan, understand and edit your own team's work.