Academic Publications
Results Rooted in First Principles
Asher Design Co. is founded on the scientific method, merging innovative vision with engineering rigour. We deconstruct complex challenges into their fundamental elements, enabling us to craft revolutionary solutions grounded in reliability.
Our approach combines cutting-edge design thinking with time-tested engineering practices, resulting in products and systems that are both forward-thinking and dependable.
Performance-based Design and Development
Innovation. Reliability. Balance.
We guide projects from initial concept through design, development, and prototyping, leveraging cutting-edge research and multidisciplinary expertise to deliver results that are both visionary and dependable. Whether you’re developing new technologies, optimising existing systems, or bringing groundbreaking products to market, we provide the perfect blend of creativity and technical rigour to transform your ideas into reality, on time, and on budget.
We guarantee complete transparency and customisability, putting you and the needs of the end-user above all else – even if that means recommending the use of stock parts over our own designs.
Work
Target Delivery System (TDS)
Designed and reviewed mission-critical components installed in Darlington Nuclear Power Plant, as part of their Target Delivery System (TDS) which generates novel Mo-99 radioisotopes for life-saving medical treatments.
Universal Testing Machine
Low-cost Univesal Testing Machine designed for 3D printing startup which sought to test novel polymer compositions intended for high-strength engineering applications using FDM.
Micro Injection-Molding Machine
Custom two-stage, semi-automatic micromolder with interchangeable molds designed to process high-value pharmaceutical polymers.
Compression Molding
High precision compression mold developed for pharmaceutical R&D; unique temperature-sensitive and ultra high-cost polymers demanded exceptional temperature control and uniform wall thickness (<0.0005″ variation)
Medical Device Design
Rapid prototyping of ultra-low cost post-operative rehabilitation equipment.
Large Scale Market Analysis
Designed, executed, analysed, and reported on a survey designed for Middlesex County Economic Development. Reports were provided to all municipalities which provided critical insights as to where councillors should focus future investment and economic policy, based on feedback from their constituents.
Services
About
I am a passionate life-long learner dedicated to improving the lives of others. I have been exceptionally well trained in collecting and deciphering information and utilising it to develop the best possible course of action. Whether it be in materials engineering, injection molding tool design, human performance training, nuclear failure modes and effects analyses, or best practices in the pharmaceutical industry, I pride myself in my ability to identify and resolve problems as well as exploit them as opportunities for improvement.
