RISHABH HARLALKA

Syracuse, New York, *****

+1-646-***-****

ac8i5k@r.postjobfree.com

https://www.linkedin.com/in/rishabhharlalka/

EDUCATION

Dual Degree: Master of Science in Bioengineering and Engineering Management. College of Engineering and computer science Syracuse University, New York August 2017- Present

• Relevant Courses: Advanced Bioengineering Design, Biomaterials and medical devices, Regulatory and Quality assurance, Lean Six Sigma, Supply Chain Management, Project Management, Biomechanics, Engineering Ethics, Venture capital, BioMEMS and Research. Bachelor of Engineering in Biomedical Engineering

Dwarkadas J. Sanghvi College of Engineering University of Mumbai, India July 2013- August 2017

TECHNICAL SKILLS AND INTERESTS

Software Tools: SolidWorks, Autodesk Fusion 360 Integrated CAD/CAM/CAE, Autodesk, COMSOL Multiphysics, 3D printing. Programming: C/C++, MATLAB, Microsoft Visual Studio. Machine shop: Lathe machine, CNC machine, Laser printer, 3D printer (Replicator 2X, M200). WORK EXPERIENCE

Graduate Student Advisor – Advanced Bioengineering Design, Syracuse University January 2018- December 2018

• Instructing 45+ Graduate students for Advanced Bioengineering Design class and Senior Bioengineering Capstone Design course.

• Mentoring students to conceptualize and develop design(s) for medical devices.

• Assisting students with tools like SolidWorks, Autodesk Fusion 360 and MATLAB. Biomedical Intern, Dr. L. H. Hiranandani Hospital June 2016-July 2016

• Responsible for installation, maintenance and repair of various high-end biomedical devices like heart lung machine, ventilators, etc. along with other routine equipments.

• Coordinated training sessions for doctors and other hospital staff about the new installations, resulting in 5 times lesser damages.

• Assisted in maintaining mandatory safety precaution measures, decreasing the downtime to an average of 20 minutes. Biomedical Trainee Intern, Maquet Medical Getinge Group. December 2015-January 2016

• Gained knowledge on equipments manufactured by Getinge Group companies like pacemaker, defibrillator, etc.

• Learned about operation theatre structure planning and modeling and installation of heavy duty operation theatre equipments.

• Administered the managerial aspect of an international organization with respect to Finance, Supply Chain Management, Client satisfaction, Service management and sales.

PROJECTS

Lean Consulting Oneida Air Systems, Syracuse University August 2018- December 2018

• Employed DMAIC best practices, Kanban and 5S principles to reduce inventory waster and cycle time by 75%.

• Performed requirement gathering and root cause analysis along with ANOVA and T-tests to map opportunities for improvement.

• Designed pilot tests to validate the feasibility and effectiveness of the recommended solutions.

• Trained 25+ employees for the use of Trello board and the new scheduling strategies. O-Band, Advanced Bio-engineering Design September 2017 – December 2017

• Designed a wrist-band that displays real-time glucose monitoring reading through a non-invasive method using bio-impedance of the body.

• Researched and tested the concept and device using different procedures.

• Focused on analyzing the market and formulating a business strategy and sales plan for O-Band. Biomechanics Analysis September 2017 – December2017

• Investigated various specimens at three levels i.e. cell, tissue and body to increase understanding of bones, muscles and cell organelles.

• Conducted a mechanical analysis of cell using Atomic Force Microscope, Kelvin model and Maxwell model.

• Evaluated Musculoskeletal, Cardiovascular and Respiratory system for shear stress, cardiac output, power and lung volumes.

• Concentrated on Quadriceps and Glutes to analyze reverse lung activity of the subject. Recharging Mechanism for an Implantable Pacemakers August 2016- April 2017

• Prototyped a recharging mechanism using piezoelectric sensors to generate current by harvesting energy from the involuntary movement of heart muscles.

• Demonstrated the same using movement of knuckles to generate electric power.

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