Scientists and engineers in government

01

Define the problem

A country's systems are failing when they do not reliably deliver the services, financial stability, or public outcomes they are meant to provide. Choose leaders who can identify why those systems fail and design changes that work.

Scientists investigate how the world works through observation, hypotheses, and tests. Engineers use scientific knowledge to design, build, test, and improve systems under real constraints. These disciplines have given us aircraft, power grids, modern medical technologies, and communications systems. Government should demand the same habit of checking ideas against reality.

Elect scientists and engineers who can bring that discipline to public leadership. Define the problem, state what a proposed policy is expected to change, and specify the evidence that would show improvement.

02

Map the system

The system includes elected leaders, legislatures, public agencies, courts, budgets, infrastructure, businesses, and citizens. Energy, housing, healthcare, transportation, and public finances affect one another.

• Citizens need functioning services and a way to hold decision-makers accountable.
• Candidates seek office and must explain what they would change.
• Public employees and specialists implement decisions within legal and financial constraints.
• Parties and donors have interests that must be made visible.

From a citizen's perspective, a leader who can repair failing systems is desirable because better performance improves daily life. The trade-off is that technical plans must also account for competing interests, consent, and the ability to implement them.

03

Identify constraints

• Resources, public budgets, staff time, and physical capacity are limited.
• Government must respect rights, legal authority, and democratic accountability.
• A plan must be understandable enough for citizens to examine its assumptions.
• Systems take time to respond; distinguish an initial response from a settled result.
• A candidate must work with people, negotiate, and take responsibility for implementation.

04

Compare alternatives and trade-offs

• Scientists: look for careful observation, testable explanations, sound use of data, and a willingness to revise conclusions when evidence changes.
• Engineers: look for problem definition, system design, quantitative analysis, testing, and a record of making things work within constraints.
• Lawyers: evaluate legal knowledge, advocacy, negotiation, and an understanding of institutional authority. Then ask for evidence that the proposed system will actually work.
• Operational leaders: examine whether they have improved a complex organization and can demonstrate how the improvement was achieved.

Law is a major professional background in Congress. Legal training prepares people to interpret laws and argue cases; it is not training in aircraft design or experimental science. Writing a law and defending it persuasively do not establish that the system it creates will work.

The case for scientists and engineers is that repairing broken systems requires scientific understanding, rigorous design, and testing against actual results. Judge candidates by demonstrated reasoning, integrity, and the ability to deliver. A degree is a starting point. The thinking is the test.

05

Consider failure modes

• Choosing a persuasive speaker who cannot identify the cause of a failure.
• Treating an engineering degree as proof of sound judgment or integrity.
• Fixing one metric while shifting costs or harm elsewhere.
• Ignoring implementation, public consent, or legal limits.
• Rewarding announcements while hiding poor results or conflicts of interest.

06

Measure the outcome

• State the hypothesis: what change should the policy cause, for whom, and why?
• Record a baseline before making the change.
• Define the outcome, budget, and time period before judging success.
• Compare results with a credible alternative or comparison group, and check other causes of change.
• Measure side effects and costs elsewhere in the system.
• Publish the evidence and identify results that would contradict the original explanation.

07

Test, learn, and revise

Use a scientific method for designing public policy. Form a testable explanation of the problem, propose a change, predict its effects, and test those predictions. Use a smaller trial when it can answer a useful question before expansion. Specify success criteria and stopping rules before results arrive, protect the people involved, and compare against a credible baseline.

If the evidence contradicts the prediction, investigate the cause and revise the design. Publish what worked, what failed, and what remains uncertain so others can examine the reasoning.

In a candidate forum, give every candidate the same failing-service scenario. Ask for a diagnosis, a testable explanation, alternatives, costs, and a measurable trial. Compare the reasoning, then follow up on actual performance after election.

Foundations used here

• Defining the system
• Define the problem
• Work the numbers
• Measure the outcome
• Motivation, aligned interests, and conflicts of interest