A specialized ONDAS Inc. academy unifying reproductive medicine education, ART science, and practical laboratory competency — for physicians, embryologists, pharmacists, nurses, and biomedical professionals.
The ONDAS Academy of Reproductive Medicine and Assisted Reproductive Technology (OARMA) is dedicated to advancing excellence in reproductive medicine, ART, reproductive endocrinology, clinical andrology, reproductive genetics, stem cell science, infertility care, and practical reproductive laboratory sciences.
The Academy integrates evidence-based education, research-informed practice, clinical reasoning, laboratory competency, scientific innovation, professional ethics, and the ONDAS Framework to prepare healthcare and biomedical professionals for the rapidly evolving field of reproductive medicine.
The programme is designed for physicians, pharmacists, embryologists, laboratory scientists, nurses, midwives, reproductive healthcare professionals, biologists, biomedical graduates, Master's degree holders, PhD candidates, and researchers seeking advanced competencies in reproductive medicine and ART.
To become an internationally recognized ONDAS Academy for excellence in reproductive medicine, assisted reproductive technology, reproductive endocrinology, clinical andrology, reproductive genetics, laboratory practice, research, innovation, and evidence-based professional development.
To empower healthcare and biomedical professionals with advanced scientific knowledge, clinical understanding, laboratory competencies, research capabilities, ethical awareness, and innovative problem-solving skills to advance reproductive medicine and fertility care worldwide.
The programme comprises six integrated core modules, each valued at 5 ECTS credits (30 ECTS in total), delivered through eight structured sessions. Teaching is conducted twice weekly, enabling completion of each module within approximately one month.
The programme is anchored by the official textbook, Clinical Andrology and Male Reproductive Health, together with eleven ONDAS Academy reference manuals spanning embryology, ART, genetics, and reproductive laboratory science.
Explain the scientific foundations of human reproduction, reproductive endocrinology, reproductive medicine, and assisted reproductive technology.
Analyze male reproductive endocrinology, spermatogenesis, semen biology, male infertility, and clinical andrology using current scientific evidence.
Interpret female reproductive endocrinology, ovarian physiology, menstrual cycle regulation, ovarian reserve, ovulatory dysfunction, and endocrine-related infertility.
Evaluate ovarian stimulation protocols, infertility pathways, ART procedures, IVF, ICSI, IUI, embryo-related processes, and clinical treatment planning.
Interpret reproductive laboratory investigations, semen analysis, sperm function tests, IUI preparation, diagnostic reports, and fertility assessment procedures.
Apply practical andrology laboratory principles, including specimen handling, sperm preparation, quality control, biosafety, documentation, and SOP-based practice.
Evaluate reproductive genetics, preimplantation genetic testing, fertility preservation, cryobiology, stem cell science, and emerging technologies in reproductive medicine.
Integrate research evidence, ethical principles, patient safety standards, and quality assurance practices into reproductive medicine and ART decision-making.
Evaluate emerging technologies, including artificial intelligence and digital reproductive healthcare, within reproductive medicine and assisted reproductive technology.
Develop innovative, evidence-based, and quality-oriented solutions to reproductive healthcare challenges using the ONDAS Framework.
Each module runs for one month, delivered over eight sessions twice weekly, and carries 5 ECTS credits. Click any card to expand the learning outcomes.
Introduces the scientific foundations of male reproductive endocrinology and clinical andrology — the hypothalamic–pituitary–gonadal axis, testosterone physiology, spermatogenesis, testicular function, epididymal maturation, semen biology, seminal plasma, and the hormonal regulation of male fertility.
Output: Male Reproductive Endocrinology and Andrology Portfolio
Covers the endocrine and physiological foundations of female reproduction — the hypothalamic–pituitary–ovarian axis, follicular development, ovulation, luteal function, menstrual cycle regulation, ovarian reserve, endometrial receptivity, and common endocrine disturbances affecting female reproductive health.
Output: Female Reproductive Endocrinology Interpretation Portfolio
Focuses on infertility evaluation, ovarian stimulation, and ART pathways — patient assessment, stimulation protocols, follicular monitoring, trigger timing, oocyte retrieval, IVF, ICSI, fertilization, embryo culture and transfer, and luteal phase support, using the ONDAS approach of observation, navigation, design, analysis, and solution.
Output: Infertility and ART Case-Based Treatment Plan
Examines reproductive genetics, stem cell science, and fertility preservation — chromosomal abnormalities, inherited reproductive disorders, genetic screening, preimplantation genetic testing, genetic counselling, cryopreservation, oncofertility, and the emerging role of stem cells in future fertility care.
Output: Reproductive Genetics, Stem Cells, and Fertility Preservation Portfolio
A practical laboratory module developing applied competencies in semen analysis, sperm preparation, and IUI methodology — specimen handling, sperm concentration, motility, morphology, vitality, washing and density-gradient techniques, cryopreservation, IUI sample preparation, quality control, biosafety, and SOP-compliant documentation.
Output: Andrology Laboratory and IUI Practical Competency Portfolio
A capstone module unifying the programme through research methodology, laboratory quality management, accreditation, ethics, AI applications in ART, and the ONDAS Framework as a systematic theory for observing, navigating, designing, analyzing, and solving real reproductive medicine and laboratory challenges.
Output: ONDAS Reproductive Medicine Innovation and Quality Improvement Project
30 ECTS × 25 hours = 750 hours total workload, distributed across contact learning, guided study, independent research, practical laboratory activities, and assessment.
| Activity | Hours |
|---|---|
| Contact Learning | 60 |
| Guided Learning | 240 |
| Independent Study | 300 |
| Practical Laboratory & Applied Learning | 100 |
| Assessment and Portfolio Development | 50 |
| Total Workload | 750 |
| Module | Title | ECTS |
|---|---|---|
| 1 | Male Reproductive Endocrinology & Andrology | 5 |
| 2 | Female Reproductive Endocrinology | 5 |
| 3 | Ovarian Stimulation, Infertility & ART Pathways | 5 |
| 4 | Reproductive Genetics & Fertility Preservation | 5 |
| 5 | Andrology Laboratory & IUI Methodology | 5 |
| 6 | Special Topics, Research, QA & AI | 5 |
| Total | 30 |
Each module combines scientific instruction with case-based reasoning, hands-on laboratory practice, and applied research — grounded in real clinical and laboratory scenarios.
Core scientific content delivered with active dialogue across every module.
Real clinical and laboratory scenarios analyzed through structured inquiry.
Group interpretation of current literature and clinical guidelines.
Hands-on interpretation of hormone profiles and cycle data.
Infertility and ART cases solved through structured clinical reasoning.
Visual walkthroughs of stimulation protocols and ART procedures.
Team-based design of infertility and ART treatment pathways.
Analysis of reproductive genetic and fertility-preservation scenarios.
Structured debate on genetics, fertility preservation, and patient rights.
Critical appraisal of reproductive medicine research literature.
Live demonstration of andrology and IUI laboratory procedures.
Direct practice with semen analysis and sperm preparation techniques.
Applied interpretation of reproductive laboratory diagnostic reports.
IUI catheter-loading and specimen-handling simulation exercises.
Practice with laboratory QC, biosafety, and SOP documentation.
Structured, criterion-based assessment of practical laboratory skills.
Applying the ONDAS Framework to real reproductive medicine challenges.
Exploration of AI applications in ART and digital reproductive healthcare.
Guided development of the final ONDAS innovation and quality project.
The primary ONDAS reference textbook for male reproductive endocrinology, clinical andrology, semen biology, male infertility, diagnostic andrology, and laboratory medicine — the theoretical and practical foundation for the programme.
Clinical Embryology
Assisted Reproductive Technology
Female Reproductive Endocrinology and Infertility
Ovarian Stimulation and ART Protocols
Reproductive Genetics and Preimplantation Genetic Testing
Stem Cells and Regenerative Reproductive Medicine
Fertility Preservation and Cryobiology
Andrology Laboratory and IUI Methodology
Quality Management and Accreditation in ART
Artificial Intelligence in Reproductive Medicine
Research Methodology in Reproductive Medicine