Become a UGC-recognised, industry-certified Solar Engineer in 6 months — or build the technical foundation to launch your own solar business. 92 lectures. 100% practical training. Real placement support.
The Solar Engineer Certificate Course serves two distinct groups of ambitious professionals. Whether your objective is to secure a high-growth engineering role in an established EPC firm or to build the technical foundation needed to launch your own solar installation company, this curriculum delivers the exact competencies you need.
Designed for diploma and degree engineers looking to step into design, project management, and site commissioning roles.
Built for entrepreneurs, contractors, and traders who need the technical competence to audit sites, evaluate vendors, and quote accurately.
This training establishes the fundamental concepts required for safe, code-compliant design and installation of photovoltaic (PV) systems — covering grid and off-grid systems, site assessment, component specification, installation, and maintenance.
Looking for something broader or more advanced? Browse all Solar Courses →
Graduates of this program go on to roles across India's fast-growing solar EPC, manufacturing, and project development sectors.
Explore more career paths on our Career & Education hub →
You can't sell or install what you don't understand. This certificate gives you the technical literacy to evaluate vendors, scope installations accurately, and speak credibly with clients and EPC partners — the foundation every solar entrepreneur needs before scaling a business.
Want a dedicated business curriculum instead? See our Solar Entrepreneurship Development Program →
Pair this certificate with hands-on battery & storage training for complete system expertise.
Explore Battery Courses →Expanding into EVs? Explore our Electric Vehicle systems training programs.
Explore EV Courses →Throughout this comprehensive program, students bridge the gap between academic theory and practical field execution. You will study solar radiation physics, photovoltaic cell characteristics, monocrystalline and bifacial panel specifications, string inverter MPPT window matching, and battery energy storage dynamics. Crucially, the course instills safety compliance based on Indian Electricity Rules (IER) and Central Electricity Authority (CEA) guidelines, ensuring you graduate fully equipped to oversee code-compliant solar projects.
This program is tailored for technical professionals seeking to specialize in clean energy as well as ambitious newcomers aiming to participate in India’s multi-gigawatt renewable energy expansion.
B.E., B.Tech, and Diploma holders in Electrical, Mechanical, Civil, and E&TC who want to add industry-ready solar design and site execution credentials to their core degree.
Practicing wiremen, electrical contractors, and site supervisors looking to advance from basic wiring into higher-paying rooftop solar surveying, design, and commissioning roles.
Contractors, business owners, and graduates from non-technical disciplines looking to launch a solar EPC firm, dealership, or consultancy backed by real technical mastery.
The curriculum is built around 6 practical engineering domains reflecting the daily technical responsibilities of practicing solar project engineers and EPC managers.
Measure irradiance (GHI), plot sun path diagrams, calculate optimal tilt angles, and conduct manual and digital shading evaluations.
Analyze client utility bills, construct load curves, and calculate required peak capacity (kWp) factoring in seasonal derating and losses.
Calculate series/parallel strings to ensure maximum winter Voc and minimum summer Vmp stay strictly within the inverter MPPT window.
Size DC cables (XLPO) for <2% voltage drop, specify AC armored cables, select DC/AC isolators, fuses, and Type II Surge Protection Devices.
Design chemical earthing (<5 Ohms), dedicated lightning protection zones (IS 3043 / IEC 62305), and personal safety protocols.
Execute pre-commissioning testing (continuity, insulation resistance, Voc/Isc), infrared thermographic audits, and fault troubleshooting.
All 92 lectures, organised module by module. Click any module to preview its lessons.
You will master the preparation of professional Single-Line Diagrams (SLD) depicting string arrangements, DC junction boxes, inverter inputs, AC distribution boards, and bidirectional utility metering. You will learn to size DC cables to keep voltage drop strictly below 2% and AC cables below 1%, protecting systems against parasitic transmission losses and dangerous cable overheating.
Anti-islanding protection, DISCOM net-metering schemes, and high-efficiency string inverter integration without battery storage.
Days of autonomy sizing, MPPT charge controllers, battery bank discharge limits, and heavy inductive surge load handling.
Bi-directional hybrid inverters, critical load panels, seamless microsecond transfer switching, and solar self-consumption optimization.
During the program, you will practice real-world sizing calculations using five systematic steps: (1) Hourly load profiling from electricity bills, (2) Deriving local Peak Sun Hours (PSH), (3) Factoring in temperature, dirt, and transmission derating factors, (4) Calculating the optimal DC-to-AC overloading ratio (1.15 to 1.35), and (5) Deriving minimum and maximum modules per string using seasonal temperature extremes.
A solar plant without systematic O&M can experience generation losses exceeding 20% due to soiling, shading hotspots, and insulation breakdowns. Students in this program learn to use thermal imaging cameras to catch failing bypass diodes, perform open-circuit voltage (Voc) and short-circuit current (Isc) audits, and establish cost-effective cleaning schedules.
Practice with pyranometers, clinometers, and sun path charts to map rooftop shade and azimuth orientation.
Assembly of aluminum mounting rails, mid-clamps, and end-clamps using calibrated torque wrenches.
Stripping 4mm²/6mm² solar cables, ratchet crimping MC4 terminals, testing contact resistance, and assembling DCDB boxes.
Wiring ACDB switchgear, configuring grid voltage and frequency parameters, and monitoring MPPT generation.
Rather than memorizing generic button sequences, learners master the underlying mathematical algorithms: irradiance transposition models, temperature derating curves, and inter-row shading geometry. This foundational engineering math enables students to adapt seamlessly to any commercial solar design software in the renewable energy industry.
Every certificate is issued with a unique digital identification credential that prospective employers, EPC contracting clients, and hiring managers can instantly verify. It certifies that the holder has executed real electrical testing on physical photovoltaic hardware and possesses the theoretical and field competencies needed for commercial solar deployment.
India’s renewable sector is adding tens of gigawatts annually, creating an acute demand for specialized solar engineers. Unlike generalists, certified solar engineers possess domain-specific skills that accelerate recruitment into high-paying EPC and design positions.
*Data reflects current Indian renewable energy market averages from industry recruitment surveys and alumni placement records. Compensation depends on individual technical skills, geographic location, employer size, and project execution scale.
The 6 months are split into progressive phases: Months 1–2 build deep electrical and solar resource foundations; Months 3–4 focus on component engineering, string sizing, and BoS; Month 5 delivers intensive live plant practical lab training; and Month 6 integrates operations, maintenance, net metering, and a comprehensive capstone design project.
Electrical, Mechanical, Civil, Electronics & Telecommunication graduates looking for domain specialization.
Science graduates and certified wiremen looking to advance into higher-tier solar site supervision.
Motivated career changers and entrepreneurs with high-school science/math interested in solar EPC.
Solar education is our singular institutional mission, not a generic add-on subject.
Students train on functioning, commercial rooftop and ground installations.
Instructors are active renewable consultants and project managers, not classroom-only academics.
Direct alumni referrals and placement partnerships with 200+ solar employers across India.
Earn a government-recognised qualification respected by every solar employer in India.
Hands-on training at a live solar power plant — graduate job-ready on day one.
Direct links to 200+ solar companies, EPC contractors, and government renewable energy projects..
Instructors are working professionals from India's leading solar companies, not classroom-only academics.
Connect with EPC contractors, manufacturers, investors &policymakers for partnerships and business growth.
“I was working in a completely different field before IISE. Within 3 months of completing my diploma, I had two job offers from solar EPC companies in Mumbai.”
“The practical grounding gave me the confidence to start my own solar installation firm. IISE's faculty guided me even after graduation.”
“The hands-on labs and industry-expert faculty at IISE made complex concepts easy to understand.”
Provide your contact details and educational background via the quick online form.
Speak with an advisor to discuss prerequisites, batch dates, and career objectives.
Confirm your seat with one-time payment or 0% interest monthly EMI plan.
Receive LMS portal login credentials and scheduled live practical workshop dates.
Harness the sun's energy and build a rewarding career — or business — in India's booming solar industry. Batch [INSERT NEXT BATCH DATE]. Limited seats.
Find answers to common questions about the Solar Engineer Certificate Course, eligibility, hands-on practical training, fees, and career pathways.
A Solar Engineer Certificate Course is a specialized 6-month training program covering photovoltaic systems: solar radiation assessment, electrical PV design, system sizing, balance of system (BoS) selection, physical installation, and operations & maintenance (O&M).
Engineering graduates and diploma holders (Electrical, Mechanical, Civil, E&TC), science graduates, ITI electricians, working solar technicians, and clean-energy entrepreneurs can join the course. The minimum educational qualification is 10+2 with a science/maths background.
The minimum requirement is 10+2. However, holding a Diploma or B.E./B.Tech in an engineering discipline is preferred for design and project management roles. Working professionals with electrical field experience are also eligible.
The course takes 6 months to complete. It is delivered in a flexible hybrid format requiring approximately 5 to 7 hours of study per week, making it accessible for working professionals and full-time college students.
Students master solar radiation measurement, cell physics, monocrystalline/bifacial module parameters, string inverter selection, battery storage sizing, Single Line Diagram (SLD) drafting, DC/AC cable sizing, earthing protection, live plant installation, and fault troubleshooting.
Yes. The course provides detailed design training for residential, commercial, and industrial rooftop and ground-mounted systems, covering both grid-tied (on-grid), off-grid, and hybrid energy storage systems.
Yes. In addition to online interactive lectures, the course includes intensive practical training on live solar power plants covering module mounting, MC4 cable crimping, inverter connections, earthing resistance testing, and safety protocols.
Yes. You will learn the exact mathematical formulas to calculate array peak power (kWp), estimate energy yield (kWh), determine DC:AC inverter overloading ratios, and calculate maximum string lengths based on seasonal temperature coefficients.
Yes. The curriculum covers inverter topology selection (string vs central vs microinverters vs hybrid), matching module string voltages to inverter MPPT operating windows, evaluating maximum short-circuit current ratings, and checking grid compliance standards.
Yes. A dedicated module covers Operations and Maintenance (O&M), including scheduled module cleaning schedules, infrared thermography for hotspot detection, I-V curve tracing, insulation resistance (Megger) testing, and inverter error code troubleshooting.
Yes. The theoretical modules, mathematical design calculations, and lecture series are delivered through IISE’s online learning portal, supported by scheduled on-campus hands-on practical lab workshops.
Yes. Practical hands-on training is a mandatory component of IISE certification, conducted on live, operational rooftop and ground-mounted solar installations using commercial-grade testing instruments.
You will receive the official Solar Engineer Certificate from the Indian Institute of Solar Energy (IISE), complete with a unique online credential verification number recognized by solar EPC employers across India.
Graduates qualify for roles such as Solar PV Design Engineer, Solar Site Engineer, Rooftop Project Coordinator, Solar O&M Engineer, Technical Sales Specialist, and Quality Inspector, or can launch an independent solar installation business.
Entry-level solar engineers typically earn between ₹2.8 Lakhs to ₹4.5 Lakhs per annum. With 3 to 5 years of EPC and design experience, compensation advances to ₹5.0 Lakhs to ₹8.5 Lakhs, while senior engineering leads earn ₹9.0 Lakhs to ₹15+ Lakhs annually.
The total course fee for domestic Indian candidates is ₹29,999 (inclusive of all online portal access, study manuals, and practical lab sessions). Flexible no-cost EMI options are available. The international student fee is USD 450.
Yes. The course begins with foundational electrical and solar principles before advancing to complex engineering calculations, making it suitable for motivated beginners with a basic science or electrical background.
Yes. Over 30% of IISE students take this course to establish their own solar EPC or installation firms. The curriculum teaches you how to accurately evaluate roofs, size systems, select high-quality components, handle net-metering approvals, and quote projects profitably.
B.E./B.Tech or Diploma holders in Electrical, Mechanical, Civil, or E&TC are preferred, but graduates from other fields are also accepted. The minimum qualification is 10+2.
The program runs in hybrid mode, combining online lectures with practical, hands-on training at a live solar power plant.
Course fees can be paid in easy monthly instalments with a no-cost EMI option, so you can start your training without financial barriers.
Yes. IISE’s dedicated placement cell provides resume support, interview coaching, and direct referrals to its network of 200+ hiring partners.
Master solar photovoltaic (PV) system design, electrical installation, energy yield sizing, and plant maintenance in a structured 6-month hybrid program. Combine rigorous engineering theory with hands-on practical training on live solar installations at India’s premier renewable energy institute.
Join the next cohort of certified solar engineers. Master PV design, system sizing, live plant installation, and maintenance with the Indian Institute of Solar Energy.
Speak with an IISE academic advisor today. Get clarity on batch schedules, practical training sessions, and flexible no-cost EMI payment plans.
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What Subscribers Receive
Diplomas, certificate courses and workshops in solar and EV technology — industry-ready, hands-on training with limited seats per batch.
| Training Events | No of seats | Apply Link |
|---|---|---|
Solar Train the Trainer Workshop | 10 | |
Five Days Solar Workshop | 10 | |
Two Days Solar Workshop for business Entrepreneurs | 10 | |
Solar Installer Training | 10 | |
Solar Practical workshop for O & M | 10 | |
Solar Off -grid Workshop | 10 | |
Fundamentals of Electric Vehicle workshop | 10 | |
Solar Health & Safety Workshop | 10 | |
Advance Electric Vehicle Training Workshop | 10 | |
Mastering the Fundamentals of Solar PV Systems | 10 |
| Training Events | No of seats | Apply Link |
|---|---|---|
PG Diploma in Solar Renewable Energy | 30 | |
PG Diploma in Electric Vehicle Technology | 30 | |
Diploma in Solar Technology | 30 | |
Diploma in Electric Vehicle Technology | 10 | |
B.Voc in Solar Technology | 30 | |
D.Voc in Solar Technology | 30 | |
Solar Entrepreneurship Development Certificate Program | 30 | |
Solar Engineer Certificate course | 30 | |
Solar Train the Trainer Program | 30 | |
Mastering the Fundamentals of Solar PV Systems | 30 |