Bardia Konh, PhD

Bardia Konh, PhD

Manufacturing Engineer

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location of Bardia Konh, PhDHonolulu County, Hawaii, United States

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  • Timeline

  • About me

    Associate Professor at University of Hawaii at Manoa

  • Education

    • Free University of Science and Research

      2007 - 2011
      Master of Science (M.Sc.) Mechanical Engineering - Energy Conversion
    • Temple University

      2011 - 2016
      Doctor of Philosophy (PhD) Mechanical Engineering GPA 3.94
    • K. N. Toosi University of Technology

      2002 - 2007
      Bachelor of Science (B.Sc.) Mechanical Engineering - Mechanics in Heat and Fluids
  • Experience

    • K. N. Toosi University of Technology

      Jan 2004 - Feb 2006
      Manufacturing Engineer

      Automotive manufacturing: Manufacturing jigs and fixtures for efficient and precise production of components and assemblies. Jigs and fixtures are used for welding, machining, assembly, sheet metal forming, and inspection. My responsibilities include designing and controlling production lines, assuring quality, CNC programming, and safety regulations.

    • Nirooz Construction Company

      Jul 2006 - Mar 2011
      Engineering Construction Manager

      Main responsibilities include (1) Team Leadership: Lead three teams of contractors, including:Mechanical Facilities Team (Piping & HVAC), Electrical Group, and Technicians; (2) Project Timetable Management: Ensure that teams are working according to the project timetable; (3) Coordinate and monitor progress to meet project deadlines; (4) Resource Management: Manage resources effectively, including personnel, equipment, and materials, Optimize resource allocation for efficient project execution; (5) Purchases and Procurement: Oversee and manage purchases of materials and equipment required for the project, Work with procurement processes to ensure timely and cost-effective acquisitions; (6) Workspace Management: Coordinate and manage workspace requirements for the teams, Ensure that the necessary infrastructure and facilities are in place for smooth operations; (7) Task Coordination: Coordinate tasks between different teams, including civil and architectural groups. Foster collaboration and communication among teams to ensure a cohesive workflow; (8) Progress/Budget Reports: Prepare and maintain progress reports to track project milestones.Monitor and report on budgetary aspects, ensuring adherence to financial plans; (9) Resolution of Deviations: Address and resolve any deviations from the project plan or specifications, Implement corrective actions to keep the project on track; (10) Quality Investigation: Conduct investigations related to the quality of work and deliverables, Implement quality assurance measures to meet project standards; (11) Detailed Planning: Maintain detailed plans for each aspect of the project, including tasks, timelines, and resource requirements, Use project management tools to organize and track project components; (12) Scheduling: Develop and maintain schedules for all tasks and activities within the project. Ensure that the project progresses according to the established schedule. Show less

    • K. N. Toosi University of Technology

      Feb 2007 - Jun 2011
      Research Assistant

      Developed a numerical model to investigate surface roughness effects on fluid flow and heat transfer in microchannels, simulated second order slip boundary conditions on a rough microchannel using a user defined function (UDF)

    • Temple University

      Aug 2011 - Jul 2016

      Obtained thermomechanical properties of Shape Memory Alloys (SMAs) by experimental methods; Developed a MATLAB model to predict the actuation response of SMA (Nitinol) wires; Finite Element Analysis (FEA) of an active surgical needle actuated by SMA wires (ANSYS); Performed Automated Design of Experiment and Optimization Algorithms to find the best configuration, modification and execution of the active needle design seeking the maximum flexibility; Developed and tested a prototype of the active needle: to validate the FEA model / design exploration; Developed a miniature sized active needle prototype; Developed a polyacrylamide hydrogel that mimics the prostate tissue characteristics for needle insertion tests; Passive and active needle insertion tests; Numerical simulation of needle-tissue interactions (LS-DYNA); Developed a numerical code for needle insertion to acquire a desired path; Numerically simulated the thermal probable damage to the prostate tissue due to heated components; Characterized shape memory polymers to perform as an active joint element in the needle device; Developed an active needle prototype using dual actuation of shape memory alloy and shape memory polymer Show less

      • Research Assistant

        Aug 2011 - Jul 2016
      • Research Assistant

        Sept 2011 - May 2016
      • Adjunct Instructor

        Aug 2014 - May 2015
      • Teaching Assistant

        Aug 2011 - Aug 2014
    • University of Hawaii at Manoa

      Jun 2021 - now

      My role as technical lead: (1) Acted as the Technical Lead for the medical device technology under development in our research group, led the initiative to identify and explore potential product opportunities; (2) Market Research and Discovery: Conducted over 100 discovery interviews, interacted with potential customers to understand their needs and requirements; (3) Customer Needs Identification: Analyzed information gathered from discovery interviews to identify the needs of the potential customer base; (4) Commercial Viability Assessment: Evaluated the commercial viability of the medical device technology, assessed whether the identified product opportunities align with market demand and potential profitability; (5) Business Model Development: Developed a business model strategy for the medical device technology, formulated a plan outlining how the product will be positioned, sold, and generate revenue. Show less

      • Associate Professor

        Aug 2022 - now
      • Assistant Professor

        Aug 2016 - Jul 2022
      • Technical Lead, National NSF Innovation Corps (I-Corps™)

        Jun 2021 - Aug 2021
  • Licenses & Certifications

    • The Material Genome: Current Practice and Future Promise (short course)

      National Science Foundation
      Jun 2012
  • Honors & Awards

    • Awarded to Bardia Konh, PhD
      ASME Best Student Hardware Paper ASME 2015 Conference on Smart Materials, Adaptive Structures and Intelligent Systems Sep 2015 Competition Finalist (Awarded certificate and $250)
    • Awarded to Bardia Konh, PhD
      Top ten finalist in 2015 Dare-to-Dream Medtech Design Challenge Medical Devices and Diagnostic Industry Sep 2015 In August, MD+DI editors invited students, entrepreneurs, physicians, design engineers, and anyone with an interest in healthcare to submit their ideas for the Dare-to-Dream Medtech Design Challenge. The premise of the contest is simple - if money was no object, regulatory clearance assured and reimbursement guaranteed, what dream design would you create? Contestants had to answer four questions and submit a photo/illustration of their device.
    • Awarded to Bardia Konh, PhD
      Temple University Fellowship Graduate School at Temple University Jun 2015 Nine months research support: stipend plus other benefits ($18,000)
    • Awarded to Bardia Konh, PhD
      Pre-doctoral Summer Research Opportunity Grant Graduate School Temple University Graduate School at Temple University Apr 2015 Summer research opportunity ($6,000)
    • Awarded to Bardia Konh, PhD
      Dissertation Completion Grant Graduate School of Temple University Nov 2014 Declined in favor of the teaching position ($10,000)
    • Awarded to Bardia Konh, PhD
      The Link Foundation Fellowship (ranked 4th) The Link Foundation Mar 2014 Proposal ranked 4th: awarded an Honorable Mention
    • Awarded to Bardia Konh, PhD
      ASME Best Student Hardware Paper ASME 2013 Conference on Smart Materials, Adaptive Structures and Intelligent Systems Sep 2013 Competition Finalist (Awarded certificate and $250)
    • Awarded to Bardia Konh, PhD
      Fellowship to attend the Postdoctoral Recruitment event at Ohio State University Ohio State University Sep 2013 Research Trainee (Fellowship to attend the event, travel costs)
    • Awarded to Bardia Konh, PhD
      Best Graduate Presentation in Mechanical Engineering Department of Temple University Mechanical Department of Temple University Jun 2013 Awarded Travel Grant ($500)
    • Awarded to Bardia Konh, PhD
      NSF Summer Institute Fellowship NSF Jun 2013 The Materials Genome Short Course “Current Practice and Future Promise” (travela nd registration costs)
    • Awarded to Bardia Konh, PhD
      Best Poster Presentation in College of Engineering of Temple University College of Engineering Temple University Feb 2012 Honarvar, M., Datla, N. V., Nguyen, T.M., Koo, J., Choi, D., Konh, B. and Hutapea, P., “Smart needle for prostate brachytherapy”, College of Engineering Poster Competition, Temple University (won 2nd place $150)
  • Volunteer Experience

    • Hardware demonstration for high school students

      Issued by ASME Conference on Smart Materials, Adaptive Structures and Intelligent Systems on Sept 2015
      ASME Conference on Smart Materials, Adaptive Structures and Intelligent SystemsAssociated with Bardia Konh, PhD
    • Graduate research exhibition

      Issued by Honors Students in Science and Engineering Temple University on Nov 2014
      Honors Students in Science and Engineering Temple UniversityAssociated with Bardia Konh, PhD
    • Voluntarily assist organizing the hardware demonstration session

      Issued by ASME Conference on Smart Materials, Adaptive Structures and Intelligent Systems on Sept 2014
      ASME Conference on Smart Materials, Adaptive Structures and Intelligent SystemsAssociated with Bardia Konh, PhD
    • Carver Science Fair Judge

      Issued by George Washington Carver Science Fair event on Mar 2014
      George Washington Carver Science Fair eventAssociated with Bardia Konh, PhD
    • Hardware demonstration for high school students

      Issued by ASME Conference on Smart Materials, Adaptive Structures and Intelligent Systems on Sept 2013
      ASME Conference on Smart Materials, Adaptive Structures and Intelligent SystemsAssociated with Bardia Konh, PhD