Harleen Singh Email & Phone Number

San Diego, California, Us

•Design, setup, plan, and perform electrical, mechanical, or related experiments in the lab•Design, fabricate, document, and troubleshoot new test fixtures and equipment•Improve and/or optimize existing test equipment, fixtures, and methods•Support development of new or improved test methods simulating actual product use conditions•Generate and execute test protocols leveraging statistical best practices, documenting the results•Analyze experimental data to build statistically sound models and develop conclusions•Provide design recommendations while also acknowledging potential tradeoffs of solutions•Build and evaluate prototypes•Draft and edit documents related to materials, processes, and test methods•Work closely with all supporting groups and departments to understand/define needs and maintain relationship throughout the test system development process•Work with component suppliers to specify and acquire quotes and materials that are needed for electromechanical fixture design•Complete test system analysis to ensure design shall meet project requirements. Identify areas of risk early in the project and mitigate as necessary

San Diego, California, Us

• Supports with design, development, verification, and documentation activities during medical device development.• Applies electrical theory, electrical testing procedures and related knowledge to support with development of OncoSec product, OncoSec manufacturing, and product service.• Provides conceptual, outline and detailed design for complex electrical engineering solutions.• Supports with knowledge of schematic design, equivalent electrical parameters, and data processing techniques.• Possesses experience with pulsed electric field, RF, and/or ablative technologies.• Supports with waveform characterization, signal filtering, and development of electrical test fixtures.• Confers with engineers, sub-contractors, customers, and others to discuss existing or potential engineering projects and products.• Supports and reviews design verification, design validation, and design history file (DHF) creation and maintenance.• Support software, firmware device development compliant to IEC 60601.• Support software development life cycle and defect management activities in compliance with IEC 62304 standards.• Supports with review and approval of user requirements, software requirement specifications, functional requirements, and test cases.

La Jolla, Ca, Us

Creating a robotic handheld embryonic transfer device for the San Diego Zoo’s Nikita Kahn Rhino Rescue Center as a part of the Northern White Rhino Initiative with the intention of saving the critically endangered Northern White Rhino, a species considered functionally extinct, from extinction. This is an international project that will create new opportunities for reproductive procedures for endangered populations using continuum surgical robotics. The device itself features: • A catheter (continuum robot) with infinite degrees of freedom, allowing for high dexterity in confined environments. The flexible catheter has a 2mm working channel in which fluids or instruments such as lasers for ablation or biopsy grippers, among others, can be passed through. • Catheter is connected to four motors which control catheter tip articulation and are housed in a lightweight 3D-printed casing attached to an ergonomically-designed handle with thumb joystick for control input. • Uses anatomical models created via casting and 3D-printing with elastic resins to create anatomic models based on similar environments to validate the device and to predict and address procedural difficulties. • Advanced robotic controls and state recognition allow the device to traverse the highly complex 2m-long reproductive anatomy of the female Southern White Rhino. A catheter reconstruction model determines the location and orientation of the catheter body in a given environment and bases the motor control output on this information. • Design is portable and lightweight, allowing the user to perform procedures in remote locations for prolonged periods without great wrist strain. • Design is highly modular and can be easily adjusted for a broad range of procedures and user specifications. • This handheld device will also be used in endoscopic procedures to aid doctors in catheter-based surgical and diagnostic procedures. • Featuring several LED cameras for high visibility.

La Jolla, Ca, Us

Mentored a senior design team to design and build a realistic breathing lung ventilator within a custom, sterile box with additional flow rate sensing, pressure sensing, and Arduino-compatibility for adjustable breathing rates.

La Jolla, Ca, Us

Mentored a senior design team to create a process for developing hyper-realistic, functional organ phantoms using silicone rubber resin and 3D-printed molds that adequately resemble organ tissue material properties. Gave students design advice on SolidWorks design for making negative molds and the materials and processes for resin casting.

La Jolla, Ca, Us

Creating a robotic handheld embryonic transfer device for the San Diego Zoo’s Nikita Kahn Rhino Rescue Center as a part of the Northern White Rhino Initiative with the intention of saving the critically endangered Northern White Rhino, a species considered functionally extinct, from extinction. This is an international project that will create new opportunities for reproductive procedures for endangered populations using continuum surgical robotics. The device itself features: • A catheter (continuum robot) with infinite degrees of freedom, allowing for high dexterity in confined environments. The flexible catheter has a 2mm working channel in which fluids or instruments such as lasers for ablation or biopsy grippers, among others, can be passed through. • Catheter is connected to four motors which control catheter tip articulation and are housed in a lightweight 3D-printed casing attached to an ergonomically-designed handle with thumb joystick for control input. • Uses anatomical models created via casting and 3D-printing with elastic resins to create anatomic models based on similar environments to validate the device and to predict and address procedural difficulties. • Advanced robotic controls and state recognition allow the device to traverse the highly complex 2m-long reproductive anatomy of the female Southern White Rhino. A catheter reconstruction model determines the location and orientation of the catheter body in a given environment and bases the motor control output on this information. • Design is portable and lightweight, allowing the user to perform procedures in remote locations for prolonged periods without great wrist strain. • Design is highly modular and can be easily adjusted for a broad range of procedures and user specifications. • This handheld device will also be used in endoscopic procedures to aid doctors in catheter-based surgical and diagnostic procedures. • Featuring several LED cameras for high visibility.

La Jolla, Ca, Us

In a team, create a transparent aluminum nanofiber-based amphiphobic aerogel coating to be used on car cameras. Designed to be anti-fouling, the coating expresses both hydrophobic and oleophobic properties using synthesized boehmite nanofibers.

Durham, North Carolina, Us

Lead a team of students to engineer an Arduino-based sensor system that continuously monitors an individual's biological responses, specifically using electrocardiogram (EKG), galvanic skin response (GSR), pulse oximetry, and body temperature sensors. Using thresholds found in literature, program an Arduino Uno microcontroller with sensor modules to trigger an LED warning if the subject’s sensor responses indicate that they are in heat stress and again when their signals indicate thresholds seen in heat stroke victims.

An engineering-leadership program specialized for engineers to gain leadership experience through an individual project. Scholars are expected to give effective pitches, present findings in front of peers, lead others to complete a common goal, and understand how to be an effective leader.

Us

Produced, manufactured, and aided in designing and testing electroencephalogram (EEG) headsets from base parts. Manufactured and tested electrodes, designed and optimized sensors, improved the electrode-conductive interface, and designed and tested PCBs for the headset using Altium.Designed mechanical components in SolidWorks, 3D-printed designs, casted resin-based parts, and otherwise mechanically implemented designs to improve manufacturing efficiency.

Durham, North Carolina, Us

Lead a team of students to develop a low-cost, 3D-printed mechanical prosthetic arm ideal for use in developing countries. Uses 3D printed parts and other low-cost, widely available resources such as PVC, fishing line, and screws to make an entirely mechanical, adjustable arm. We were able to create a prosthetic arm prototype from upper arm to fingertip in-house for fewer than $50.

Assist with chemical runs using the chemical analysis equipment, cleaning the facility and the flasks used inside the laboratory, and contribute to the packaging of the products and the shipping as well as documenting finances.

Durham, North Carolina, Us

Use HIV RNA with the goal of determining viral load through a genetic circuit, indicated by a change in color of the LacZ enzyme within the circuit corresponding to a high or low viral load. Uses bacterial genetic engineering to return results rapidly for HIV patients.

Contribute to all decisions, improve layout and products in store, and hold store events for the community. I have chosen and run several fundraisers for local organizations such as Planned Parenthood and the San Diego Sierra Club chapter, raising over $1000 in total for both organizations through in-store events and promoting sales.

Handle financials for the store, including taxes, budgeting, payments – rent and otherwise – reconciliation, and inputting miscellaneous transactions into Quickbooks.

Students will take Product Development and Entrepreneurship and Leadership Through Communication courses led by leadership professionals through the UCLA Anderson School of Management. These courses cover leadership and product innovation in leading technology industries. Students learn product design and the process for taking designs to market and are exposed to working professionals through a series of panels and presentations.

Master Of Science - Ms, Electrical And Computer Engineering: Medical Devices And Systems

Bachelor Of Science - Bs, Nanoengineering

Bachelor Of Arts (B.A.), International Business