Jack Blake Email & Phone Number

Havant, England, United Kingdom

In my current role, I lead a team of mechanical engineers tasked with designing Engineered To Order (ETO) Chromatography equipment for the biopharmaceutical market. The environment is dynamic, characterized by a high volume of change in team composition, influenced in part by divestiture and conjoining of different products and business units. Despite these challenges, both my team and I maintain a strong passion for our work and the products we create.My primary focus lies in driving team performance through key performance indicators (KPIs) such as on-time delivery, right-first-time metrics, and fostering development and succession planning within the team. By introducing new tools, refining processes, and leveraging automation and analysis software, I am dedicated to enhancing team efficiency, capability, and fostering collaboration within the broader business context.

Portsmouth, England, United Kingdom

Joining BioPure mid-Covid pandemic, I navigated the company through sourcing challenges, technical hurdles, and extended product lead times exceeding 1 year. During my tenure, BioPure underwent rapid expansion, increasing from 6 injection moulding machines to 32, alongside a substantial increase in headcount and relocation to a bespoke 11,000m² facility, approximately 8 times larger than the previous premise. As one of two members in the newly formed engineering department, I tackled daily challenges, prioritizing urgent issues while establishing essential processes in a dynamic environment.My responsibilities spanned a broad spectrum, encompassing initial design review, proposal documentation, capex management, project oversight, trial participation, and process instruction development. With a primary focus on enhancing production output, improving quality, and ensuring customer satisfaction, I spearheaded initiatives to introduce new equipment, refine processes, and optimize tooling efficiency. Additionally, I played a pivotal role in sourcing new equipment, implementing innovative processes, and establishing a metrology department to uphold stringent quality standards.Complementing my role, I undertook training with RJG to bolster my proficiency in supporting tooling FAT's and expanding my knowledge of tooling and processes. Leveraging this expertise, I successfully justified and operated Moldex3D simulation software, enabling proactive assessment of tooling function and early identification of potential issues, thereby mitigating risks and optimizing project outcomes.Throughout my tenure, I led the justification, management, and implementation of numerous projects, processes, and technologies, resulting in substantial cost savings for the company. I take pride in my integral contribution to BioPure's scale-up and the establishment of a world-class facility, leaving a lasting and meaningful impact on the business.

Waterlooville

As a Design Engineer in a UK-based company, I specialized in injection moulds and plastic parts, utilizing Solidworks and VISI. My role included reviewing customer designs, proposing modifications for manufacturability, and collaborating with customer teams, streamlining processes. Engaging in international collaborations with Asian suppliers, I developed effective communication and visual presentation skills.A notable achievement was redesigning an automotive component, achieving a 33% reduction in material usage, 50% cycle time decrease, and substantial cost savings.My experience highlights a strong technical foundation, successful project management, and a consistent record of innovating for improved efficiency and cost reduction.

Waterlooville

As my first role post-graduation, I served as a design engineer at Solent Mould Tools where I embarked on a journey of technical proficiency. Focused on the design of blow moulds and reverse engineering various equipment, I meticulously created 3D and 2D drawings to exacting specifications. Collaborating closely with the design manager and CNC machinists, I presented my completed drawings, gaining invaluable insights into the intricacies of manufacturability, tolerancing, and production methodologies.This role not only sharpened my technical skills but also instilled in me a profound appreciation for the entire manufacturing process. Witnessing my designs evolve from CAD model to machined assemblies, and ultimately contributing to the creation of tangible products, was immensely fulfilling.

During my university studies, I worked part-time as a bakery colleague, where I gained valuable experience in a fast-paced environment. Starting early mornings, I performed various tasks within the bakery, collaborating closely with a team to meet tight deadlines. This role provided me with excellent exposure to autonomous problem-solving and refining my customer-facing communication skills. Additionally, I learned the importance of adhering to strict process guidelines to ensure quality and efficiency in our operations.

During my time as a factory worker, I gained invaluable experience and insights into the world of production. What began as a summer job while pursuing my studies at university turned out to be a pivotal experience that influenced me later in my career. Working on the production line over the summer months, I encountered and overcame various challenges, developed a deep understanding of the operational intricacies within manufacturing environments and helped in shaping my approach to problem-solving and efficiency.

Bachelor Of Science (Bsc), Product Design And Innovation

First class honours

National Diploma, Mechanical Engineering

Bachelor'S Degree, First-Class Honours