At Noval Engineering, we're passionate about mechanical engineering excellence. As a leading consulting firm, we offer a full spectrum of mechanical engineering services to drive innovation and efficiency for our clients.Our Mission:We empower clients with comprehensive mechanical engineering solutions, enhancing efficiency and fostering innovation through our technical expertise.Services:- Design and Analysis: We create and optimize mechanical systems and components to your exact needs.- Product Development: Guiding you from concept to production-ready designs.- Feasibility Studies: Informed decision-making through thorough assessments.- Simulation and Modeling: Predicting performance, identifying weaknesses, and optimizing designs.- CAD and Drafting: Precision through Computer-Aided Design and drafting services.- Material Selection: Ensuring the right materials for your applications.- Project Management: Delivering projects on time, within budget, and to high quality standards.Why Choose Us:- Expertise: Skilled engineers with broad industry experience.- Innovation: Staying at the forefront of technology.- Customized Solutions: Tailored to your unique needs.- Client-Centric Approach: Open communication and collaboration.Industries We Serve:- Robotics and automation- Subsea/Marine- Aerospace- Automotive- Energy- Healthcare- much, much moreContact us today to discuss how we can bring your mechanical innovations to life.

Responsible for leading the design of products throughout the robotic cafe kiosk. Experienced with full life-cycle development from early R&D through production. Strong experience with concept generation, electrical/mechanical collaboration, simulation, prototyping, drawings, GD&T, manufacturing considerations, and integration. Experienced with leading a team of engineers, with a balance of autonomy and guidance, to develop the most advanced machines in the industry.

Helping a team of 100+ individuals, from 9 different countries, to radically democratize ventilators.

Responsible for the development of mechanical hardware for the Super Falcon 3S and all new Dragon submarine. Responsibilities include ideation, prototyping, designing, iterative/FEA/empirical testing and managing manufacturing relationships.Primary responsibilities are composite fuselage styling, mechanical design for propulsion, batteries, and life support systems. Developed composite pressure hull to withstand 6:1 (600 meter) pressure test. Process included iterating on design based on FEA results. Other responsibilities include overall fit up and assembly of entire submarine and engineering drawings.

Responsible for developing mobile RF/EMI chambers to test payloads prior to launch. Using Solidworks, I designed/engineered a mobile RF/EMI chamber within a 20 foot shipping container, a loading/unloading system for payloads, as well as mobile command center in a separate 20 foot container.Balloon-Powered Internet for EveryoneMore than half of the world's population is still without Internet access. Project Loon is a network of balloons traveling on the edge of space, designed to extend Internet connectivity to people in rural and remote areas worldwide. Check out what we're working on at: www.solveforx.com/loon

Responsible for the whole product life cycle, including ideation, prototyping, designing, iterative/FEA/empirical testing and setting up manufacturing of the DeepFlight Dragon and Super Falcon 3S. Primary responsibilities are fuselage styling and mechanical design for propulsion, batteries, pressure hull and life support systems. Other responsibilities include overall fit up and assembly of entire submarine.* Generated surface models of fuselage using Autodesk Inventor and Autodesk Alias to create class A surface molds. * Designed prototype thruster and optimized design based on multiple bollard pull tests. Applied result to final production thruster to achieve a 15% increase in efficiency.* Developed thruster kort nozzle which reduced thruster assembly time and allowed for easy bench testing.* Optimized overall design of submarines to reduce assembly time from 3 months to 1 month. Major submarine assembly can be fully disassembled in 2 days by 1 person.* Created mechanical CAD drawings and communicated the functional requirements using GD&T.

The Bigge AFRD is the world's largest land-based super-crane that will revolutionize nuclear power plant construction throughout the world. The AFRD consists of over 200,000 parts which were designed using Autodesk Inventor parametric modeling software.Working closely with engineers and designers, we created the world’s largest land-based crane capable of lifting 15 million pounds. I managed a team of 6 designers in-house and 4 outside design consultants to complete the project on time.

Responsible for designing and managing heavy rigging and transportation projects for nuclear and fossil power plants, transportation and refineries. Managed logistics for $30 million worth of equipment for a new power plant in Millville, NJ. Off loaded and transported equipment with speciality hydraulic platform trailers, 15 miles to the job site and installed using hydraulic gantries and 450 ton crane. Managed the replacement of 500 ton generators and reactor heads at multiple nuclear power project across the United States.

Provided innovative designs for heavy rigging and heavy transportation projects at nuclear and fossil power plants and petroleum refineries.Projects include Bigge’s 200 foot tall modular lift tower capable of lifting 3,500 tons, transportation and installation of 550 ton generators and nuclear reactor heads at multiple power plants, and installation of 1,800 ton transition span of the new San Francisco/Oakland Bay Bridge.

Created comprehensive designs for electric generation and power distribution projects. Coordinated 3D model with various project teams to ensure conflict-free construction.

Created civil, structural and architectural design drawings for DuPont’s production plants. Implemented a training program and conducted classroom training sessions for employees on PDMS 3D model design.

Achieved an understanding of structural design and design concepts. Developed detailed steel drawings for sport complexes, high rises and shopping malls, which enabled ironworkers to fabricate steel members.