Lin Wang Ph.D. Email & Phone Number

Liverpool, Gb

Liverpool / Shenzhen

Concurrently: Research Associate in Musculoskeletal Biomechanics, University of Liverpool• Organized fund raising and capital injections for academic research and company operation. Appointed as company general manager and project leader, led and motivated a 10+ team to implement a government-funded, international entrepreneurship grant application. Performed a valuation by analyzing comparable products in public companies, and also priced our technologies and converted this into shares for a £2million+ IPO pitch in the healthcare industry by prepared critical business plan with target clients and sales strategies, and commercial due diligence. • Achieved a strong network of contacts across both academic and industry sectors in the medical devices field, through a combination of a solid consulting track record, conference appearances, venture competition, technical professional networks and published work. Committed to consistently achieving project goals and adapting to different working environments due to requirements to work both at home and abroad. Working closely with surgeons and NHS people in long term.

Shenzhen, Guangdong, China

Shenzhen, Guangdong, China

United Kingdom

• (a) Medical device design and development of a ‘Smart Self Tuning Exo Knee’ by gait analysis and biomechanical musculoskeletal study of lower limbs. Identified the unstable muscles and muscle components which affected human stability using motion capture system and kinematic analysis. (b) Designed and optimised operation solutions for Orthopaedic surgeons to achieve an accurate and appropriate Supramalleolar Closing and Opening Wedge for Osteotomies by 3D computational modelling and simulation. • Achieved a strong network of contacts across both academic and industry sectors in the medical devices field, through a combination of a solid consulting track record, conference appearances, venture competition, technical professional networks and published work. Work Closely with Orthopaedic surgeons and NHS people. Committed to consistently achieving project goals and adapting to different working environments due to requirements to work both at home and abroad. Developed good relationship-building skills that lead to increased consulting opportunities. • Proficient in biomedical image processing in CT and MRI, biomechanical model data acquisition, expertise in accurate 3D modelling in human musculoskeletal structure. Fully trained in image capture with Bi-planar X-ray videography. Excellent and broad knowledge of CAD and CAE principles and analysis techniques. Strong hands on experience in gait cognitive control with Vicon/Qualisys motion capture cameras, force plates and EMG. Have solid skills in kinetic analysis beyond static, dynamic, fluid-structure coupling analysis to simulate biological movement in a digital mechanical model. Fluent in C/C++ programming, Matlab simulation, SPSS statistical analysis.

Shenzhen, Guangdong, China

• Research interests in bioengineering lie within human musculoskeletal biomechanics including biomechanical based multidisciplinary study of musculoskeletal structure image processing, digital model regeneration, mechanobiology measurement, and manufacturing with 3D high quality droplet printing technology through clinical and engineering collaborations. Collectively this work could ultimately lead to the development of new mechanism that may provide a therapeutically effect treatment option also prediction and prevention of dental disease.• Appointed executive secretary for International Conference of ConHealth in bionic sensor and bio-micro devices 2013. • Co-supervised 2 MSc students with their research work, and also 1 Ph.D student with his thesis edition.• Invited paper manuscript reviewer of International Scholars Journals.

Hong Kong

• Improved, fabricated, and clinically evaluated an advanced rehabilitation device ‘A flexion and abduction enabled hip distractor’ for treating Legg-Calve-Perthes disease, and a clinical diagnosing device ‘A knee rotational laxity meter’ to evaluate knee rotational stability. Successfully tested both pilot products derived from research prototypes. • Key scientific journal papers reviewer, ensured that feature papers submitted high quality and original content, commented or rewrote some papers to improve quality and style.• Conducted a research team of 4 postgraduates involved in reviewing related literature, designing frameworks, and collecting and analyzing data. Recommended suitable techniques and methods to analyze quantitative data. Negotiated with contractors about the manufacturing process, material and cost of prototypes.

Shenzhen, China

• Joined as a biomechanical expert with a strong background in medical products design and optimization. Worked across numerous major medical imaging products and corporate strategic processes, with primary focuses on outsourcing strategies, cost reduction, competitor analyses and resource efficiency within medium and large medical device companies. Developed skills in customer facing, logistics and budgets as well as developing proficiency in project management.• Enthusiastic engagement as a key team member in ‘Ultrasound device DC-8’ product line from early stages of market research through product development, manufacturing, to final launch. Assisted project manager in collecting, analyzing, and presenting market-related information to the client. Brainstormed with experts in creating the design for market researchers. Analyzed industry trends and customer preferences on clinicians’ requirements. • Notable accomplishments are: executed structure design optimization to reduce product design hazard risks by 80%, and cost reduction by 16% within one week. Conducted a field interview in hospitals with only 1% data collection error. Wrote a qualitative analysis of research results after thorough brainstorming. Proactively led a team of up to 8 engineers in developing and testing a technical 15% noise improved system of the gradient coils in MRI device. Solely developed technical training program for effective design and development of medical electronic products.

Phd, Biomechanical Engineering

Activities and Societies: • A physical bionic dental simulator which derived from this research has obtained a patent (20090035739 DENTAL.

Bachelor Of Engineering (Beng), Computer Aided Engineering

• Dissertation project: Computer Assisted Production Planning in industry (at Wood & Stirling Ltd. 2003-2004). This work was on planning.