Andrology & reproductive science · NHS Bands 2–8

Andrology interview questions and training for NHS biomedical scientists

Virtual andrology lab, results management LIMS, sperm-analysis QC, AI-powered fertility decision support, built around WHO 2021, ARCS 2024 and HFEA standards.

Reviewed by Desmond O., HCPC-registered Biomedical Scientist, and the PathologyLabTraining editorial team

WHO 2021 / ARCS 2024
HFEA aligned
AI clinical intelligence
Bench simulation

Advanced interactive andrology laboratory suite

Hands-on virtual lab with 12 workstations covering semen analysis, ART procedures, cryopreservation, molecular diagnostics and quality management.

Advanced Interactive Andrology Laboratory Suite is available to premium subscribers and trial users.

Quality control

Advanced sperm analysis QC module

Comprehensive quality control and standardisation for andrology lab processes with proficiency testing and trend analysis.

Simulated. The QC results, pass rates, CV% values and EQA z-scores in this module are illustrative teaching figures, not results from a real laboratory. Any confidence, accuracy or performance figure shown below is part of the simulation, not a measurement from a laboratory or a validated model.

Advanced Sperm Analysis QC Module

Comprehensive quality control and standardisation for andrology laboratory processes with WHO 2021 guidelines

Quality Control Purpose

Quality control in andrology laboratories ensures reliable, accurate, and reproducible results essential for:

  • Accurate fertility assessment and treatment planning
  • Regulatory compliance and accreditation maintenance
  • Inter-laboratory result harmonisation
  • Continuous improvement of analytical performance

Clinical Impact

Robust QC directly impacts patient care through:

  • Reduced diagnostic uncertainty and repeat testing
  • Optimised treatment selection (IUI vs IVF vs ICSI)
  • Improved success rates in assisted reproduction
  • Cost-effective use of healthcare resources

Key Performance Indicators

98.5%
Overall QC Pass Rate
2.8%
Average CV%
100%
EQA Participation
0.8
Mean Z-Score
Clinical decision support

Fertility treatment decision support system

Evidence-based treatment recommendations for male factor infertility with outcome prediction and clinical guidelines.

Clinical Decision Support Overview

Evidence-Based Decision Making

  • • WHO 2021 reference values for semen analysis
  • • NICE and ESHRE clinical guidelines, with ASRM (US) for comparison
  • • IVF outcome figures from HFEA national data
  • • Cost-effectiveness analysis integration
  • • Patient-specific factor consideration

Treatment Pathway Integration

  • • Progressive treatment escalation
  • • Time-to-pregnancy optimisation
  • • Female factor co-evaluation
  • • Lifestyle intervention recommendations
  • • Specialist referral criteria

Semen Analysis Assessment Tool

WHO 2021 Reference Values (5th percentile)

Concentration: ≥16 million/mL
Total Motility: ≥42%
Progressive Motility: ≥30%
Normal Morphology: ≥4%
Total Count: ≥39 million
Semen Volume: ≥1.4 mL
LIMS

Andrology LIMS

The full laboratory simulation: the worklist and the sixty-minute clock, the bench, what a result means, and the pathways from post-vasectomy clearance to cryopreservation.

Andrology LIMS System is available to premium subscribers and trial users.

Reference values

Andrology data visualisation

Interactive charts and graphs showcasing key andrology metrics and their clinical significance.

Simulated. The charts in this section use illustrative teaching figures, including the diagnosis breakdown and treatment outcome rates. Only the WHO reference limits are drawn from a published source. Any confidence, accuracy or performance figure shown below is part of the simulation, not a measurement from a laboratory or a validated model.

Semen Analysis Parameters

Visual representation of key semen analysis parameters showing WHO reference lower limits alongside typical distribution ranges.

Semen Parameters Distribution

AI suite

AI-powered clinical intelligence suite

AI tools for advanced clinical decision support, predictive fertility modelling, quality assurance monitoring and real-time decision trees, for senior scientists and reproductive medicine specialists.

AI Clinical Intelligence Suite is available to premium subscribers and trial users.

Foundations

Andrology quick guide

Essential knowledge areas for andrology, from foundational concepts to specialised techniques.

Andrology Fundamentals

Andrology is the branch of medicine focused on male reproductive health, fertility, and sexual function. In a clinical laboratory setting, andrology primarily involves the evaluation of male fertility potential and supporting assisted reproductive technologies.

Key Areas of Focus

  • Male fertility assessment and diagnosis
  • Semen analysis and sperm function testing
  • Sperm preparation for assisted reproduction
  • Cryopreservation of male gametes
  • Surgical sperm retrieval techniques
  • Advanced reproductive techniques (ICSI, IMSI)
  • Quality control in andrology laboratories

Professional Framework

  • Regulation and accreditation: HFEA, UKAS (ISO 15189)
  • Professional Associations: ARCS, BFS, ESHRE
  • Quality Assurance: UK NEQAS
  • Practice Guidelines: WHO Laboratory Manual for the Examination and Processing of Human Semen (6th edition, 2021), ARCS good practice in laboratory diagnostic andrology (2024), NICE NG257 (2026)
  • Training Pathways: Clinical Embryology/Andrology training, STP

Clinical Significance

NICE NG257 (2026) sets out assessment of both partners, and factors in the male contribute to infertility in a substantial proportion of couples in the UK. Comprehensive andrology services are essential components of reproductive medicine, providing:

  • Diagnostic information for clinical decision-making
  • Technical expertise for assisted reproduction
  • Fertility preservation options for men facing gonadotoxic treatments
  • Advanced diagnostic testing beyond standard semen analysis
  • Quality assurance for laboratory processes affecting treatment outcomes

Sources and guidance

This hub's content aligns with the UK's professional and regulatory references for the specialty: