Designing and developing software for building automation and control systems including HVAC, lighting, and security systems.

Testing and debugging software to ensure that it meets project requirements and operates effectively.

Collaborating with cross-functional teams and work closely with other engineers, architects, and contractors to ensure that building automation and control systems are integrated effectively and operate smoothly.

Developing and implementing algorithms for control systems and use my knowledge of control theory to develop and implement algorithms that optimize building performance and reduce energy consumption.

Analyzing data to identify opportunities for improvement and use data analytics tools to analyze data from building automation and control systems to identify areas where performance can be improved and energy consumption reduced.

Providing technical support to clients and end-users, troubleshooting issues and providing guidance on system operation and maintenance.

Staying up to date with industry trends and advancements about new technologies and advancements in the field of building automation and control systems to ensure that your skills and knowledge remain up-to-date.

As a Design Engineer, my primary responsibility is to design and develop new products, systems or components for various industries. To accomplish this, I work closely with other engineers, product managers, and clients to determine the project requirements and develop solutions that meet their needs.

I use my knowledge of engineering principles, mathematical modeling, and computer-aided design (CAD) software to create detailed designs and specifications for products or systems. This includes designing components, selecting materials, and creating assembly instructions.

In addition to designing new products, I also evaluate and improve existing designs. This involves analyzing performance data, testing prototypes, and working with cross-functional teams to identify areas for improvement. I also review product specifications, blueprints, and schematics to ensure that they meet safety, quality, and regulatory standards.

Throughout the design process, I communicate regularly with other team members and clients to ensure that the design meets their expectations and requirements. I also collaborate with manufacturing and production teams to ensure that the design can be produced efficiently and cost-effectively.

Overall, as a Design Engineer, my duties involve designing and developing new products, evaluating and improving existing designs, communicating with clients and team members, and collaborating with manufacturing and production teams to ensure that the design can be produced efficiently and cost-effectively.

Andover Controls and Struxure-ware by Schneider Electric.

• Control voltages and currents behavioral in Circuit board configurations.

• Designing and Editing Electrical Drawings (Auto-CAD MEP, Auto-desk).

• Programming sequence of operations in Plain English or JavaScript including calculation for temperature, humidity and pressure control using PID or math functions.

• Design and animate graphics and floor plan to deliver user friendly experience for clients.

• Point to Point check controllers on site and test/monitor Inputs, outputs, trends, functioning of actuators and valves.

• Commissioning of Industrial system (IS), Hot water System (HWS), Condenser Water System (CWS), Chilled water System (CHWS) and Air Handler Units (AHU), with fully functioning Building Management System (BMS) for maximum efficiency.

• Integration of IT and LSS system to BMS.

• Test, calibrate and commission Sensors.

Communication protocols: BACnet MSTP/IP, Modbus, RS232, RS485.

Design, Test and Troubleshoot Building Management Systems used for Climate Control, Access Control, Video Surveillance and Lighting Control. Integrating these systems into one system reduces the amount of wiring and hardware needed, thus drastically reducing the overall system cost.

Responsible for designing, installing, commissioning and correct operation of systems equipment while adhering to pre-established guidelines and engineering specifications.

Program local controllers and networked computers for scheduled, conditional and continuous operations of systems.

Program and monitor optimal functionality of HVAC systems using Schneider Electric’s Andover Continuum as the main Building Automation System .

• Expedited classroom teaching process by directly assisting students with steps in each exercise

• Clarified codes in working with VHDL programming

• Motivated and empowered students in understanding importance of compiling Hardware to Software

• Discovered and resolved software glitches with Xilinx 14.7 ISE and windows 10

• Inspired students to be resourceful and take initiative to apply techniques to solve errors and warnings

• Acknowledge by supervisor for exceeding expectations in facilitating a productive and expedient classroom environment