Hi! I am Mohammad Shamshad 🌾, born 🎂 into a humble farming family 
in Jamalpura village, Malerkotla region of Punjab, India 🇮🇳, was raised in a close-knit rural environment deeply connected to agriculture 🌱. Early exposure to vegetable seedling production 🌱 and crop cultivation 🚜 within the family fostered a strong practical understanding of farming and village life, shaping interests 💡, values 📚, and long-term aspirations 🌿 ➝ 🌳 🏆.
An educational journey marked by perseverance and adaptability 💪📚 began at a local madrasa 🕌, completing primary education up to Class V, followed by studies at Islamia Senior Secondary School 🏫 up to Class VIII in the Urdu medium 📝. A transition to the Punjabi medium for Classes IX and X at the same institution reflected adaptability and determination 🔄✨. With a strong interest in science 🔬🧪, higher secondary education (+1 and +2) was pursued in the Medical stream 🩺 at a Government Senior Secondary School, demonstrating resilience, adaptability, and a passion for learning 🌱🚀.
My academic path has always been deeply rooted in my agricultural background 🌾, where hands-on experience in seedling production 🌱 sparked a lasting interest in plant sciences 🔬 and sustainable farming practices 🌍; with a strong foundation built on both practical exposure and formal education 📚, chose to pursue a career in agricultural sciences 🚜, and throughout my journey, A commitment to advancing agriculture 🌿 while remaining true to personal roots and values instilled from an early age 💚.
Currently working as a Sugarcane Breeder 🌱 at Punjab Agricultural University (PAU), Ludhiana, India 🇮🇳, with joint appointments at the Regional Research Station, Kapurthala and the Department of Plant Breeding and Genetics, PAU 🎓; Leading sugarcane breeding research programs focused on developing high-yielding clones 🌾 with enhanced sugar content 🍬, strong resistance to diseases 🦠 and pests 🐛, improved ratooning ability (regrowth after harvest) 🌿, early maturity ⏱️, and adaptability to diverse agro-climatic conditions 🌍, while also emphasizing the broadening of the genetic base through germplasm conservation 🧬 and hybridization, and integrating advanced tools such as molecular markers 🔬, genomic selection 🧪, and biotechnology ⚗️ to accelerate breeding efficiency and genetic gain, ultimately developing varieties suitable for multiple uses including sugar, bioethanol ⛽, and bioenergy ⚡, thereby supporting sustainable agriculture 🌱 and contributing to societal welfare 🤝.
During my tenure as a Plant Breeder 🌱 at the Regional Research Station, Faridkot, PAU, in affiliation with the Department of Plant Breeding and Genetics, PAU 🎓, was actively involved in cotton improvement programs 🌿 focused on the agro-ecological conditions of Punjab 🇮🇳; my work centered on developing and evaluating high-yielding cotton genotypes 🌾 with superior fiber quality traits such as staple length, strength, and fineness 🧵, while also contributing to hybridization and selection programs aimed at combining desirable agronomic performance with resistance to key pests like bollworms 🐛 and whitefly, as well as tolerance to cotton leaf curl virus (CLCuV) 🦠; additionally, participated in germplasm screening, field trials 🚜, and multi-location testing across environments to identify stable and adaptable lines, with further emphasis on early maturity ⏱️ and plant architecture suited to the cotton–wheat cropping system 🌾🌾, along with the application of modern breeding tools 🔬 to enhance selection efficiency and accelerate varietal improvement.
Worked as a Post-Doctoral Researcher 🎓 at the TIGR2ESS programme, University of Cambridge 🇬🇧, focusing on enhancing wheat resilience 🌾 to heat 🔥 and drought 💧 stress—key challenges under climate change 🌍. Research involved identifying genetic 🧬, physiological 🧪, and molecular ⚗️ mechanisms underlying stress tolerance, including gene mapping for heat and drought resilience, application of genetic markers in breeding 🌱, and analysis of traits such as water-use efficiency 💧 and root architecture 🌿. Contributed to the development of climate-resilient wheat varieties 🌾, supporting sustainable agriculture 🌍 and global food security 🍞.
My work focuses 🎯 on the development and evaluation of high-yielding, disease-resistant, and abiotic stress-tolerant crops. shamshad.in is my blog to keep track 🗒️ of my projects and different HOW-TOs related to data 🔬 and tech 📡.
I am passionate about Agriculture and cutting-edge technologies. Having a solid 🖊️ understanding and rigorous 📌 hands-on experience in plant breeding, quantitative genetics, computational biology ⚙️ and high-throughput phenotyping, earned during my academic and research work with plant breeders/geneticists, bioinformaticians, and pathologists across my undergraduate, graduate, and postdoctoral career.
Professional expertise in Plant Breeding, Quantitative Genetics, Genomics, and Computational Biology. Strong interest in experimental design, data analysis, and visualization using R, SAS, JMP, Python, UNIX/Linux, HTML/CSS, Git, and GitHub. Hands-on laboratory experience in DNA extraction, PCR, gel electrophoresis, and microscopy 🔬.
Education
PhD in Plant Breeding & Genetics, 2019University of Bristol 
University of Nottingham
Punjab Agricultural University
Punjab Agricultural University, 2014
Interests and Hobbies 👨💻📝🪴🏋️
Breeding and Genetics
AI for Plant Breeding
Knowledge sharing
Data Science
Writing
Gardening
GymEarly Schooling
Classes IX–X · Islamia Senior Secondary School, Malerkotla (Punjabi medium)
Classes VI–VIII · Islamia Senior Secondary School, Malerkotla (Urdu medium)
Classes I–V · Local Madrasa, Jamalpura, Malerkotla (Urdu medium)
Beyond scientific pursuits 🕌 ♻️, interests include coding and program development 🚩, as well as spending time with friends 😇 and family . Raised in India 🇮🇳, with proficiency in Punjabi, English 🇬🇧, Hindi, and Urdu, along with basic knowledge of French 🇫🇷. Known for taking initiative 🍼 and maintaining a curious mindset 🦅.
Feel free to contact me 📩 if you find my blog useful, think I might be a good fit, or simply want to connect 🏅.