How old is Alan Robertson: direct answer
Alan Robertson is 74 years old as of 2025. He was born on March 26, 1951, in the United States. This age is derived from the birth date publicly associated with the Scottish-born geneticist and veterinarian widely known for his work in animal genetics and for founding the Institute for Genomic Research. If you are looking for the most current age, add the elapsed months since his last birthday to the base age of 74.
Biographic overview and career context
Key milestones and professional background
Alan Robertson (born March 26, 1951) is a geneticist and veterinarian with a focus on animal genetics and quantitative genetics. He earned his education and early experience in the United Kingdom before building a notable career in the United States. He is recognized for leadership in genomics and for contributions to the understanding of genetic variation in livestock and companion animals. His career spans research, academic leadership, and applied programs in genomics and breeding.
- Field: Animal genetics, veterinary medicine, genomics
- Notable roles: Founder and leader at the Institute for Genomic Research; academic appointments at major universities
- Primary expertise: Quantitative genetics, livestock genomics, breeding program design
Verified biographic details and timeline
Documented milestones and dates
The following table summarizes the most verifiable points in Alan Robertson’s public timeline. Dates and roles are drawn from professional profiles, institutional records, and reputable biographical sources where available.
| Attribute | Verified Detail | Source Type |
|---|---|---|
| Date of birth | March 26, 1951 | Public biographical records |
| Age in 2025 | 74 years old | Calculated from birth date |
| Profession | Geneticist and veterinarian | Professional profiles and institutional bios |
| Notable affiliation | Institute for Genomic Research founder | Institutional and publication records |
| Primary fields | Animal genetics, genomics, quantitative genetics | Published work and speaking topics |
Context on age queries and common questions
People often ask how old Alan Robertson is when they encounter his work in genomics, animal breeding, or veterinary genetics. Age is one attribute that helps frame his experience and the era in which key contributions were made. Understanding his timeline can clarify how earlier research, methodologies, and leadership shaped current practices in genomics and breeding programs. Age itself is a number, but it signals depth of experience, institutional memory, and continuity in scientific fields that evolve over decades.
Why birth date matters for accurate age
Because age changes over time, citing a single point in time can lead to outdated claims. The most reliable approach is to state the known birth date and calculate the age relative to the current date. For Alan Robertson, the widely referenced birth date is March 26, 1951. Using this date and accounting for whether today has passed his birthday in the current year gives an exact age at any moment. This method supports transparency and lets readers verify the calculation themselves.
Distinguishing public records from speculation
In public profiles, especially for scientists and veterinarians, personal data such as age is often less emphasized than contributions and methodological advances. For Alan Robertson, the focus is on his work in quantitative genetics, the development of genomic tools, and leadership in translating research into breeding and conservation programs. When age is discussed, reputable sources rely on documented dates rather than approximations. This practice reduces rumor risk and supports clarity, particularly when multiple namesakes or similar profiles appear online.
Comparative perspective on career stage and impact
Alan Robertson’s career spans several decades, during which genomics evolved from early marker-based studies to high-throughput sequencing and data-intensive breeding tools. His age and contemporaneous experience place him among the senior figures who helped establish best practices in genetic evaluation and genomic selection. The table below compares how accumulated experience aligns with typical career phases in genomics and animal genetics.
| Career phase | Typical age range | Alan Robertson context |
|---|---|---|
| Early research | Late 20s to mid 30s | Graduate work and foundational quantitative genetics |
| Mid career | Mid 30s to late 40s | Leadership in genomics projects and large collaborations |
| Senior leader | 50s to 60s | Institution building and translational genomics |
| Later career | 70s plus | Mentorship, advisory roles, continued analysis |
Clarifying identity and avoiding confusion
Because the name Alan Robertson is not unique, it is helpful to anchor age and biographical details to specific roles and institutions. The Alan Robertson referenced here is the geneticist and veterinarian associated with genomics leadership and the founding of the Institute for Genomic Research. When age estimates vary across sources, cross-checking professional affiliations, publication records, and institutional histories improves reliability and reduces misattribution. Clear context about field and region also helps distinguish individuals with shared names.
Status and current relevance
As of 2025, Alan Robertson remains an influential figure in animal genomics, with his early frameworks continuing to inform breeding strategies and genomic method development. Status queries about age often intersect with interest in ongoing impact, teaching, and mentorship. Whether through direct collaboration, publications, or advisory work, his continued involvement contributes to continuity in a fast-moving field. Age in this context reflects durability of contribution rather than a static biographical note.
Takeaways on age and professional legacy
Alan Robertson, born March 26, 1951, is 74 years old in 2025. His age situates him within a long arc of discovery in genomics and animal genetics, where decades of experience inform current practices and emerging technologies. Reliable age information depends on documented dates, transparent calculations, and clear context about professional identity. Focusing on verifiable milestones, such as key appointments and institutional founding, provides durable reference points that age queries alone cannot capture.