Ron Logan’s Post

I’m excited to share my updated resume! I've had the privilege of contributing to innovative projects in the aerospace industry. From optimizing manufacturing processes to ensuring quality and safety standards, I'm passionate about driving efficiency and excellence in every aspect of production.

Excited to share that I've just started my journey as a Legalisation Administrator at Argentum Attestation FZ LLC ! As I wrap up my first week, I've already gained some valuable insights: Attention to Detail Matters: In reviewing documents for authentication, I've learned the critical importance of meticulous attention to detail. Catching a small discrepancy in a client's paperwork can save potential delays in the legalisation process. Effective Communication is Key: Whether liaising with clients, government agencies, or internal teams, clear and concise communication is essential. Time Management is Crucial: With multiple documents to process and deadlines to meet, effective time management is a must. Adaptability is a Strength: The legalisation landscape can be unpredictable, with regulations and requirements subject to change. Here's to a fulfilling journey ahead in this role, where each day brings new opportunities for growth and contribution! Just want to thank Jessica Munden and Isabella MacSorley for being so welcoming and patient with me.

I’m eager to apply my skills and knowledge in a real-world setting …

I'm genuinely curious about what's changed in the last 15 years.

I'm excited to share that I've finished my PhD at the Faculty of Electrical Engineering and Computing, specializing in Artificial Intelligence!

🎉 Excited to share that I successfully tackled the "Median of Two Sorted Arrays" problem today! 🚀 This problem challenges you to find the median of two sorted arrays, with the constraint of achieving an overall run time complexity of O(log (m+n)). Here's a brief overview of the problem: Given two sorted arrays nums1 and nums2 of sizes m and n respectively, the task is to return the median of the two sorted arrays. Example: For nums1 = [1,3] and nums2 = [2], the output should be 2.00000, as the merged array would be [1,2,3] and the median is 2. For nums1 = [1,2] and nums2 = [3,4], the output should be 2.50000, as the merged array would be [1,2,3,4] and the median is (2 + 3) / 2 = 2.5. I'm thrilled to have solved this problem and eager to take on more challenges in the future! 💪

To obtain a challenging position where i can maximize my multilayer of skills.

After gaining Knowledge of AI tools especially for Planning Purpose . I feel excited in my CAREER Line.

To get a full time position in an organization where my Technical ,Personal skills and 12+ Year Experience in Automobile industry can contribute to the growth of organization and in the process quench my thirst for technical curiosity.