TechBio

Just starting my journey into the tech space and join TechBio has been a wonderful experience. Techbio really gave beginners friendly coaching which I'm sure would make all student have the courage to delve more into tech. I would say our first project was a bit tasking but that is definitely because most out the students are just starting but I believe with time and constant practice we will become part of the best in the tech space. Faced little challenges like wrong indentation which make the code not run but with patience and the level of debugging I have gotten from TechBio I was able to overcome. What a wonderful experience and I would love to learn and grow more....All Thanks to God and TechBio.

Reflecting on My Python Learning Journey with TechBio I am thrilled to share the key takeaways from my recent completion of the Python Fundamentals course, which culminated in a practical project on BMI Classification. Here are some highlights of my journey: During the course, I deepened my understanding of core Python concepts, including data types, control structures, functions, and error handling. One of the most valuable aspects was learning how to structure and organize code for readability and maintainability. I also gained hands-on experience with basic debugging techniques and best practices for writing clean, efficient code. For my final project, I developed a BMI Classification program. This program prompts users to input their height and weight, calculates their Body Mass Index (BMI), and classifies the result into standard categories such as Underweight, Normal weight, Overweight, and Obesity. The classification is based on well-defined medical guidelines, ensuring that users receive accurate information about their BMI status. Throughout the project, I encountered several challenges that significantly enhanced my Python skills: Mathematical Calculations: Ensuring that the BMI calculations were accurate and properly implemented was a key challenge. This required a good understanding of arithmetic operations and input validation. Error Handling: Implementing robust error handling to manage invalid user inputs helped me appreciate the importance of making code user-friendly and resilient. Function Design: Learning to write modular code with functions that are reusable and maintainable was a critical takeaway. It improved the overall structure and readability of my project. By overcoming these challenges, I have gained a stronger grasp of Python programming and feel more confident in my ability to tackle complex coding tasks. This project was a rewarding experience that solidified my understanding of how to apply Python in practical, real-world situations. Thank you to TechBio for providing such a comprehensive and engaging course. I look forward to applying these skills in future projects and continuing my journey in programming. #Python #LearningJourney #TechBio #BMIClassification #Programming #Coding #Education

I am honored and excited to share that I successfully completed a 6 weeks Python training program focused on biological data analysis, organized by TechBio an institution dedicated to equipping young scientists with the essential skills for navigating the evolving landscape of technology and biological sciences. Programming is a game-changer in biological research, enabling the analysis and interpretation of complex data. It supports automating tasks such as identifying patterns in ecosystems, modeling biological systems, and analyzing genetic data. My project during the training involved creating a program to analyze datasets related to blood pressure trends to aid biological insights I am deeply grateful to TechBio and my instructor Adejuwon Adegite for this opportunity to advance my skills at the intersection of biological sciences and data Science. This experience will be a stepping stone in my journey to apply computational tools to solve biological challenges. #Bioinformatics #BiologicalSciences #PythonProgramming

I am really flattered and privileged to share that I have successfully completed the first part of a 6-week python basic program organised by TechBio foundation, a virgin company committed to ensuring that young scientists acquire the desired skills necessary for this more evolving technology era and BioTech sector. Coding is crucial in bioinformatics as it enables the analysis and interpretation of vast biological data. It helps in automating tasks like DNA sequence alignment, gene expression analysis, and protein structure prediction. With coding, researchers can develop algorithms to identify patterns, model biological systems, and manage large datasets efficiently, driving advancements in genomics, personalized medicine, and drug discovery. At the end of the program, we all indulged in different projects, where I work on creating a program that will analyse DNA sequences and calculate the frequency simultaneously and scrutinize the motifs. At first I was a whole bunch of enigma because I don't know where and how to start but at the end of the day, I was all a success and I want to thank TechBio immensely for this opportunity of hands on skills necessary on python programming..... #Techbio #cell_biology_genetics #university_of_Lagos

🌟 Excited to Share My Journey in Data Science and Biology! 🌟 I am thrilled to announce the completion of the first phase of a Data Science course hosted by TechBio , led by the exceptional instructor Adejuwon Adegite . This phase focused on mastering the fundamentals of Python programming, and I had the opportunity to work on a project that showcased the synergy between data science and molecular biology: Project: DNA Sequence Analyzer This project was designed to process and analyze DNA sequences—highlighting how computational tools can unlock deeper insights in biology. During the project, I developed a program that validated DNA sequences to ensure they only contained the nucleotides 'A', 'T', 'C', and 'G'. I then calculated the frequency of each nucleotide, searched for specific motifs within the sequences, and computed the reverse complement of the DNA strands. Finally, I implemented error handling to manage invalid inputs and ensured that all results were saved to a file for further analysis. By combining programming with biology, this project emphasized the importance of data science in addressing complex biological questions, such as genetic sequence analysis and the identification of patterns within DNA. It reinforced the value of computational methods in advancing research and diagnostics in molecular biology. Balancing this challenging course with my internship pushed me to grow both professionally and personally. I’m proud to have completed this phase and am excited to apply these skills to real-world problems, especially those at the intersection of data science and biology. Looking forward to taking on new challenges and making an impact! 🚀 #DataScience #PythonProgramming #MolecularBiology #Techbio #DNAAnalyzer

Reflecting on My Python Learning Journey with TechBio! Completing the Python Fundamentals course has been a transformative step in my data science journey. Here’s a brief reflection on my experience: Key Takeaways: Learned essential programming concepts like functions, loops, and conditionals. Gained insights into applying Python in solving real-world scientific problems. Project Highlight: My project focused on creating a Python function to calculate enzyme reactivity using the Michaelis-Menten equation. This was an exciting way to bridge computational tools with biological analysis. Challenges & Growth: While implementing mathematical models in Python was challenging, it significantly enhanced my coding and problem-solving skills. Debugging the code allowed me to deepen my understanding of Python's role in scientific computation. Grateful to TechBio for this enriching experience. Looking forward to diving deeper into Python for healthcare and biology applications! #TechBio #LearningPython #DataScienceInBiology

Learning Experience Reflection With TechBio Key Takeaways: Completing the Python Fundamentals course at TechBio was an enriching experience. As someone without prior knowledge of Python, I was able to gain a solid understanding of its core concepts, which include classes, functions, file handling, and libraries. This experience has sparked my interest in discovering more functionalities and expanding my knowledge of programming. Project Overview: For my project, I developed a Plant Growth Data Logger, a Python-based application designed to log, summarize, and export plant growth data. Users can record details like plant name, plant height, leaf count, and light exposure. The application then generates detailed summaries and the data can be saved in CSV format, allowing it to be viewed in an Excel sheet. The goal is to help botanists efficiently monitor growth patterns. Challenges and Insights: Initially, I found it quite challenging to know where to start. However, by embracing the errors I encountered, revisiting what I learned at TechBio, watching some YouTube tutorials, and seeking AI assistance when stuck with a bug or error I couldn’t understand, I managed to make significant progress. Overcoming these challenges deepened my understanding of error handling and the various tools and functionalities of Python. This project has been instrumental in demonstrating how Python can effectively solve real-world problems with creativity and efficiency. I look forward to building more Python projects and applying these skills in data analysis and plant research, aiming to make meaningful contributions to the field. A big thank you to TechBio for providing a comprehensive and practical learning experience.

At a time when the unsolved problems in the world( medicine and life science) have been lost counts of. And with the right view that having problems is an advantage for us, juvenile researchers and scientists, I am so thrilled to be part of this promising program. Hereditary and neuro genetics disease are laying siege on the field of medicine hence the importance of personalized medicine...... This approach leverages vast amounts of patient data—including genomics, proteomics, clinical records, and lifestyle factors—to tailor treatments and healthcare strategies to the individual patient rather than using a one-size-fits-all model. Thank you TechBio for this very opportunity. It is an eye opening program for us young and raw science student in the aspect of data analysis and computational genomic TechBio University of Lagos Neurogenetics Laboratory(NHSMAIL)

From 350+ applications to selecting just 80 learners based on strength of application and not just by a certain quota. To all our successful applicants, congratulations🎉🎉🎉. We look forward to meeting you all. You cannot imagine how much we’ve got in store for you. Many thanks to ULSSA (University of Lagos Science Students Association for bringing this to life science students in the University of Lagos. Let’s do some BioCoding!🔥🔥🔥

After months of planning, preparation, and re-strategizing, we’re delighted to announce our latest partnership with ULSSA (University of Lagos Science Students Association). This partnership is an important pivot as we seek to equip life science students with programming skills and soft skills to make innovations and also fit into the workplace. We realized a gap in the curriculum of Nigerian universities and we’re eager to fill it, at no cost! Our learners will go on, from the 18th of September, to learn Python basics up to Machine Learning and an introduction to Deep Learning. We hope to take this pilot to other universities. But right now, let’s get the best results from our present cohort💯💯. Let’s join hands together in deriving the best outcomes, even from underrepresented settings🤝.