The Supreme Court held that the 'washed-off theory' does not apply when an employer assesses whether an employee is fit to be retained in service. The doctrine — which holds that past misconduct is wiped clean after penalty — cannot shield an employee from scrutiny of their overall service record at the retention stage. The Court distinguished between punishment for a specific act and the broader fitness assessment, clarifying that employers may consider entire service conduct when deciding retention.

The 'washed-off theory' originates from service jurisprudence and holds that once a penalty is imposed for misconduct, the employee's slate is wiped clean — the past wrong cannot be used against them again. Courts applied this principle to prevent double jeopardy in disciplinary proceedings, protecting employees from being penalised twice for the same act.

However, the Supreme Court has now carved a crucial distinction: the washed-off theory applies to disciplinary punishment (i.e., you cannot impose a second penalty for the same misconduct), but it does NOT extend to fitness-for-retention assessments. When an employer or Review Committee evaluates whether a government servant should be retained or compulsorily retired under service rules (e.g., FR 56(j) or Rule 48 of CCS Pension Rules), the entirety of the service record is a legitimate consideration — including past misconduct for which penalties were already served.

Constitutionally, this engages Article 311 (protection of civil servants) and the broader framework of Articles 14 and 16 guaranteeing equality in public employment. The Court's reasoning is that compulsory retirement is not a punishment — it is an administrative decision in public interest. Since no punitive element attaches to a fitness review, the double-jeopardy logic of the washed-off theory is inapplicable. This reinforces the distinction between punitive dismissal (which must follow Article 311 procedure) and compulsory retirement (which is a policy tool to weed out inefficiency), a distinction examined repeatedly in CLAT PG passages.