New York Institute of Technology

What you'll study

This master's programme combines core engineering principles with applied environmental control technologies. You will study the fundamentals of thermal systems, fluid mechanics and control theory alongside specialist modules covering indoor air quality, advanced HVAC design, wastewater and air pollution control, energy management, and environmental monitoring systems. The curriculum emphasises practical skills: laboratory work, computer modelling and simulation, instrumentation, and hands-on projects that apply sensors and control algorithms to real-world environmental problems.

• Core modules: Thermodynamics for environmental systems; Fluid dynamics and heat transfer; Control systems and automation; Environmental instrumentation and sensing.
• Specialist modules: HVAC design and energy-efficient buildings; Indoor air quality and contaminant transport; Air pollution control technologies; Water and wastewater treatment processes; Building energy management and renewables integration.
• Practical components: Laboratory experiments in air and water quality, modelling and simulation coursework using industry-standard software, capstone design project or thesis with industry- or faculty-supervised research, and opportunities for internships or applied practicum.

Entry requirements

Applicants are normally expected to hold a bachelor's degree in engineering (mechanical, environmental, civil), environmental science, physics, or a closely related technical discipline from an accredited institution. Typical offers require satisfactory academic performance at undergraduate level; applicants with relevant professional experience may be considered where academic credentials differ.

Additional application materials usually include a CV, a personal statement describing academic and professional objectives, academic transcripts, and references. International applicants whose first language is not English must demonstrate proficiency through an accepted English-language test or institutional evidence of prior instruction in English. Some applicants may be asked to provide examples of prior coursework or a portfolio of relevant projects.

Career prospects

Graduates are prepared for technical and managerial roles where environmental control, energy efficiency and regulatory compliance are priorities. Typical career paths include:

• Building systems engineer or HVAC design engineer, working on high-performance and low-energy buildings.
• Environmental control engineer in industrial facilities, focused on air emission controls and wastewater treatment.
• Energy and sustainability consultant, advising on retrofits, monitoring and optimisation of building and campus systems.
• Controls and automation specialist, developing sensor networks, control algorithms and building management systems.
• Regulatory compliance or environmental health and safety roles in public agencies, utilities or private firms.
• Research and development positions in technology companies or continuing to doctoral study in related fields.

Why study at New York Institute of Technology

New York Institute of Technology offers an applied, interdisciplinary approach that connects environmental control theory with hands-on practice. The programme benefits from laboratory facilities, dedicated environmental testing equipment and computer labs equipped with simulation and building-management software. Faculty bring industry and research experience, and the institute maintains links with regional industry, utilities and municipal organisations that support project collaboration and internship opportunities.

Located within reach of major metropolitan infrastructure and a diverse industrial base, the institute provides access to real-world sites for applied learning and networking. Flexible delivery options and professional-oriented scheduling support students who are working while studying, and the curriculum is designed to align with current industry standards and emerging technologies in energy efficiency, indoor environmental quality and environmental monitoring.