Day 25: Blog or Opinion Text

1. b. The blog makes a claim about engineering education.

2. b. A public opinion needs a position, reasons, and fair balance.

1. a. First-year engineering students.

2. a. Give a clear position and support it with relevant reasons.

Reader model: first-year engineering students choosing a degree.

1. Position

2. Evidence

3. Counterargument

4. Takeaway

The reasoning sentence explains why the evidence supports the position.

b. It uses a specific moment and gives the position.

Model: When a process number became a safety question for me at Pertamina RU IV, I understood why safety belongs in every engineering degree.

Your wording is valid if it contains a hook and a clear answer to the topic.

b. It is specific and arguable.

Model: I believe safety should be part of every engineering degree because engineers make decisions that affect people and equipment.

1. a. The audit and K3 certificate connect directly to safety learning.

2. a. The 30-day number shows sustained real engineering work.

90+, 10 teams, and 20% are not needed unless you can connect them clearly to safety.

b. It explains how the personal evidence supports the claim.

Model: This matters because future engineers must notice risk while they are still learning design.

1. 30-day heat-exchanger audit

2. Pertamina RU IV

3. A number can be a warning, not just a result

4. Engineers make decisions that affect people and equipment

Exact wording can change if the evidence and reason stay clear.

b. It identifies a real curriculum tradeoff.

Model reason: Engineering degrees already cover many technical subjects, so extra content can reduce time for design work.

Label: counterargument to the claim.

b. It accepts the time concern and offers a practical solution.

Model: That is true, but safety does not need a long extra rule list. It can be built into real cases, lab decisions, and design reviews.

a. It fits a full public argument into about 200 words.

1. a. It connects personal experience to the general claim.

2. a. It accepts the limitation and adds a reasoned response.

1. b. It gives a memorable action based on the main argument.

2. a. The new statistic arrives too late and is not supported in the body.

Model takeaway: Make safety a core part of engineering thinking, not a final box.

Safety Belongs in Every Engineering Degree

Safety should be a core part of every engineering degree, not an optional extra. During a 30-day heat-exchanger audit at Pertamina RU IV, I learned that a small operating problem can affect people, equipment, and the wider plant. The technical report mattered, but so did knowing the K3 safety rules and asking the right questions. Safety changed how I interpreted the data. A number was not just a result; it could be a warning.

This experience leads to a wider argument. Students need to understand risk while they are learning design, not only after they enter industry. If safety is separate from maths and design, they may see it as paperwork. A core safety thread would connect each subject to three questions: what could go wrong, who could be harmed, and how can the design reduce that risk?

One objection is that degrees already have limited time. Adding more content could reduce technical design work. That is true. The answer is not another long list of rules. Safety should be taught through real cases, lab decisions, and design reviews, using knowledge students already study.

Safety belongs at the centre of engineering education because engineers create systems that affect real people. Teach safety as part of engineering thinking, not as a final administrative box.

This is original practice material, not a real published blog.

All eight checks should be present before publication.

Example edit: Safety is important becomes Safety belongs in every engineering degree because engineers create systems that affect real people.

Save the final text as Day 25 Blog Opinion v1.