About Me
With a background rooted in scientific principles, I approach software development with precision, providing well-researched and absolute answers. My methodical nature ensures that every solution is not just innovative but also thoroughly tested and dependable.
My creativity extends beyond traditional approaches, leading to innovative solutions that redefine problems and their answers. I bring a unique perspective to problem-solving, allowing me to discover novel solutions. I'm passionate about delivering users a seamless aesthetic experience in any product they interact with.
I thrive on collaboration, especially with individuals from diverse disciplines. Embracing every team member's strengths, I believe we can all learn from each other, regardless of experience level, to innovate and grow together.
My Experience
Freelance
In my recent freelance role, I developed Sciplate, a web application for science academics. Utilizing React, Typescript, Jest and Tailwind; I ensured a seamless user experience. Employing SSR and SSG with Next.js, I optimized performance. Regular client communication facilitated milestone achievement, resulting in a successful project delivery exceeding expectations.
Throughout the project, I maintained a collaborative approach, actively soliciting feedback and iterating on features to align with client objectives. By implementing efficient testing strategies and leveraging Tailwind CSS for a visually appealing UI, I enhanced user engagement. My role as a Product Engineer in this freelance capacity showcased my ability to deliver high-quality solutions while effectively managing client relationships.
Stacker
I transitioned from a solid foundation in Chemistry and Physics into the vibrant world of technology. In this role, I was involved in the entire lifecycle of developing customer-focused features, from brainstorming innovative ideas to the detailed crafting of both front-end and back-end systems.
My journey at Stackers was marked by a rapid evolution of the product and codebase, which sharpened my skills in creative problem-solving and agile execution. I focused on enhancing user experiences and actively contributing to the product's ongoing development.
In this dynamic startup, known for its quick pace and adaptability, my responsibilities extended beyond mere development. I played a key role in the crucial stages of testing and deployment, ensuring that our solutions not only met but also exceeded customer expectations. Transitioning into the tech world, I quickly embraced new challenges and knowledge, delivering robust and effective solutions that made a significant impact.
Albumedix Pharmaceuticals
At Albumedix Pharmaceuticals, a leader in biopharmaceutical innovation, my journey as a Research Scientist seamlessly integrated my expertise in Chemistry/Physics into the cutting-edge field of biophysics. In this dynamic role, I was actively involved in the entire spectrum of AAV research and colloidal stability projects, collaborating closely with senior biophysicists and chemists. Embracing an agile project management style, I adeptly navigated through complex research landscapes, fostering effective collaborations between industrial and academic research institutions. Reporting directly to the CTO, I contributed scientifically and played a pivotal role in bridging the gap between technical research and strategic business objectives.
My responsibilities extended well beyond the lab bench; I actively engaged in presenting our findings to both scientific peers and business partners. Through a rigorous process of peer-review and business analysis, I ensured that our research translated into customer-centric products, aligning with the highest standards of scientific excellence and market relevance.In this fast-paced environment, I continuously adapted and expanded my skill set, ensuring that each project not only achieved scientific rigor but also provided tangible value to our customers and stakeholders. This role at Albumedix Pharmaceuticals has been instrumental in honing my ability to conduct high-impact research while maintaining a keen focus on delivering practical, market-ready biotechnological solutions.
Maynooth University
During my tenure as a Research Chemist at Maynooth University, I delved into the realm of colloidal stability of whey proteins, a government-funded project that stood at the intersection of chemistry and physics. Working in concert with PhD-level chemists and physicists, I contributed significantly to advancing our understanding in this specialised field.
My role was marked by a robust collaboration between academia and industry, focusing on the development and delivery of innovative products. This collaborative approach not only enhanced the research's applicability but also bridged the gap between theoretical research and practical, market-oriented outcomes.
A highlight of my journey at Maynooth University was presenting our research at prominent domestic and international conferences. Notably, I presented at the esteemed 'Liquid Matter' conferences in Lisbon (2012) and Ljubljana (2017). These opportunities allowed me to showcase our findings to a global audience and successfully navigate the rigorous peer-review process, underscoring the impact and relevance of our work. My experience at Maynooth University was not just about conducting research; it was about contributing to a larger scientific dialogue, pushing the boundaries of our understanding in protein chemistry, and establishing a strong link between scientific exploration and real-world applications.
Maynooth University
As a Research Chemist at Maynooth University, I embarked on an in-depth exploration of whey proteins; mainly focusing on colloidal and structural stability. My research contributed significantly to the field, offering new insights into whey protein colloidal stability and its applications. In the course of my studies, I had the opportunity to present my findings at various conferences, allowing me to engage with the scientific community and gain valuable feedback. These presentations were not just about sharing my research but also about contributing to the broader discourse in protein science.
One of my notable academic achievements was co-authoring a scientific publication, which you can view here: Structural and colloidal stability of whey proteins - PubMed. This publication stands as a testament to the rigor and relevance of my research, and its acceptance in a peer-reviewed journal highlights the scientific community's recognition of our work. A key aspect of my tenure at Maynooth University was mentoring PhD students and teaching final year undergraduate students. This experience allowed me to refine my skills in communication and education, shaping the next generation of scientists and fostering a collaborative learning environment. My journey at Maynooth University was not just an academic pursuit; it was a comprehensive experience that honed my research skills, teaching abilities, and capacity to contribute meaningful knowledge to the field of protein science.
Portfolio
Mark Grace
Nottingham, UK
07709284670
mark.grace.90@gmail.com