Helioscope software training Program for Solar Engineers
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Helioscope Software Training
Program for Solar Engineers
Master India's most in-demand solar PV design tool. Learn to produce bankable energy yield reports, accurate string layouts, and client-ready DPRs — with live instruction, real Indian project walkthroughs, and lifetime recorded access.
Why Every Solar Engineer in India Needs to Know Helioscope
Ask any EPC project manager what's slowing down their team, and you'll hear the same answer: manual layouts in AutoCAD, DPRs rejected by DISCOMs for lack of simulation data, and proposal turnarounds that take days instead of hours. The Indian solar market has grown too fast and too competitive for slow, error-prone design workflows.
Helioscope has become the industry standard for PV system design — adopted by top EPCs, IPPs, solar consultancies, and MNRE-tied developers across India. It combines site mapping, string sizing, shading simulation, and bankable yield reporting in a single browser-based platform. If Helioscope is appearing in job descriptions at companies you want to work for, that's not a coincidence.
IISE's Helioscope Software Training Program is built specifically for the Indian solar market. Every module, every project walkthrough, and every report format is grounded in real Indian scenarios — rooftop installations, C&I ground-mount projects, and DISCOM submission formats. This is not a generic tutorial series. It is the fastest, most practical path to Helioscope proficiency available in India today.
Whether you're a working design engineer upgrading your toolkit, a student building job-ready skills, or a project developer who needs to submit credible proposals — this program gives you the hands-on training to deliver professional results from day one. Explore all our Solar Software courses at IISE to see how Helioscope fits into a complete solar design skill set.
What You Will Be Able to Do After This Course
Helioscope replaces the error-prone combination of AutoCAD layouts and manual yield calculations with a single, simulation-driven workflow — producing reports that banks, DISCOMs, and international buyers already recognise as bankable design documentation. No other free-hand method matches its output credibility in competitive Indian tenders.
This Course is Built for You If…
You're using AutoCAD or spreadsheets for layouts and yield estimates, but clients and developers are asking for simulation-backed reports. This course gives you a professional Helioscope workflow that cuts design time and eliminates guesswork.
Solar companies are listing Helioscope as a preferred skill in junior design engineer roles. This course gives you hands-on proficiency before you step into your first interview, making you stand out from candidates with only theoretical knowledge.
Clients and financiers trust proposals backed by Helioscope simulation reports. This course helps you — or your team — produce credible DPRs and yield reports that win bids and accelerate project approval.
Different engineers using different tools creates reporting inconsistencies and revision cycles. Standardise your team on Helioscope with IISE training, and establish a repeatable design workflow your entire department can follow.
Five Ways to Fit This Course Into Your Life
Instructor-led sessions with real-time doubt clearing. Ask questions as you follow along, just like a classroom — without leaving your desk.
Lifetime access to all recorded sessions. Rewatch any module as many times as you need — ideal for busy professionals learning on their own schedule.
In-person training at IISE centres in Mumbai and Delhi. A structured, distraction-free environment for learners who prefer face-to-face instruction.
Saturday–Sunday batches designed for working engineers and professionals. Keep your job while upgrading your skills — no career pause required.
Intensive project-based workshops where you design real Indian solar projects from site survey to final report submission — supervised by IISE instructors.
Six Reasons Solar Professionals Choose IISE for Helioscope Training
Every project walkthrough uses real Indian site data — rooftop systems in Maharashtra, C&I ground-mount in Rajasthan, DISCOM-tied installations. You learn with the formats and constraints you'll actually face on the job.
IISE trainers are practising solar engineers, not educators with only textbook knowledge. They bring real EPC project experience into every session, including the edge cases and practical shortcuts that matter on site.
IISE's Helioscope certificate is recognised by over 500 hiring partners across India's solar sector. Add it to your LinkedIn profile and your resume — it signals verified, practical software proficiency to employers.
IISE's placement cell connects graduates with solar EPC companies, IPPs, and consultancies actively hiring Helioscope-trained design engineers. Career support doesn't end at certification — we help you land the role.
Complement your Helioscope skills with PVsyst Software Training for advanced energy simulation, or SketchUp for 3D solar layout design — all available on the same platform with the same instructors.
Live weekday batches, weekend part-time batches, self-paced recorded access, and offline classroom options mean there is always a format that works for your schedule — without compromising on learning quality.
Module-by-Module Breakdown
The program is structured in eight progressive modules, taking you from first login to submitting a complete, client-ready solar project report.
Introduction to the Helioscope platform, account setup, interface navigation, and project creation. Understand how Helioscope organises data — from site to field segments to wiring zones — and why the workflow differs from AutoCAD-based approaches.
Import site coordinates using Google Maps satellite imagery and KML/KMZ files. Define roof boundaries, ground footprints, and field segment zones with precision. Cover obstruction marking and setback rules applicable to Indian installations.
Select from Helioscope's module database and configure tilt, azimuth, and row spacing for maximum yield. Design portrait and landscape orientations, handle irregular rooftops, and understand inter-row shading calculations for Indian latitude ranges.
Select inverters from the database and configure string lengths, parallel strings, and MPPT input allocation. Learn to optimise DC-AC ratios for Indian irradiance conditions and validate designs against inverter operating voltage windows.
Run 3D shading simulations for nearby obstructions, parapets, and adjacent structures. Build horizon profiles from site photographs and topographic data. Quantify shading-induced losses and iterate on layouts to minimise their impact.
Run full energy production simulations using Helioscope's weather data engine. Understand how to interpret performance ratio, specific yield, and annual kWh output results. Compare simulation variants and identify the highest-performing design option.
Generate professional PDF design reports with all required simulation outputs, layout diagrams, and equipment specifications. Learn the report formats expected by state DISCOMs, private clients, and project lenders. Export Excel data for financial modelling integration.
End-to-end project simulations using real Indian site data: a 100 kWp rooftop system in Mumbai, a 500 kWp C&I ground-mount in Rajasthan, and a 1 MWp utility-scale layout. Complete each project from site import to final report and get instructor feedback before submitting for certification.
✅ Complete all 8 modules and submit your final project to earn your IISE Certificate of Completion in Helioscope Software — valid for resumes, LinkedIn profiles, and project proposal documentation.
Where This Certification Takes You
India's solar sector is targeting 500 GW of renewable capacity by 2030, with the MNRE pushing aggressive rooftop solar mandates and state DISCOMs fast-tracking grid-connected projects. EPC companies, IPPs, and solar consultancies across the country are actively hiring Helioscope-trained design engineers to meet this demand. This certification is your proof of readiness. Explore our Solar Energy courses at IISE for a complete learning pathway, and add SketchUp for Solar Design to develop your 3D layout skills alongside Helioscope.
After this course, you can independently design, simulate, and report complete PV systems for rooftop and ground-mount projects using Helioscope's professional toolkit.
After this course, you can produce bankable Helioscope design reports that satisfy DISCOM technical requirements and support project financing applications.
After this course, you can advise EPC clients on system optimisation, prepare tender-ready proposals with simulation evidence, and standardise your team's design workflow.
Start Designing Solar Projects Like a Pro
Live instruction, lifetime recorded access, real Indian project walkthroughs, and an IISE certificate recognised by 500+ hiring partners — everything you need to make Helioscope your career advantage.
Secure Your Seat →From the Engineers Who've Already Made the Switch
I'd been using AutoCAD for rooftop layouts for two years, but clients kept asking for yield simulation reports that I couldn't produce. After IISE's Helioscope training, I completed my first bankable DPR in under three hours. The India-specific project walkthroughs were the most useful part — I recognised the DISCOM submission format immediately from my actual work.
I was finishing my B.Tech in electrical engineering and wanted a practical solar software skill before campus placements. The IISE Helioscope course gave me exactly that. I put it on my resume and LinkedIn, and the first company that interviewed me asked me to walk them through a Helioscope design on the spot. I got the offer.
We were losing government tenders because our proposals lacked simulation-backed yield data. I enrolled three of my team members in this course. Within a month, our proposals included full Helioscope reports, and we won our next two DISCOM-tied bids. The training paid for itself on the first project. IISE's weekend batch worked perfectly around our work schedule.
Frequently Asked Questions
Yes. Helioscope is widely used by EPC companies, IPPs, MNRE-empanelled consultancies, and project developers across India for DPR preparation, DISCOM submissions, and project finance documentation. It is increasingly listed as a required or preferred skill in solar design engineer job postings from companies operating in rooftop, C&I, and utility-scale segments.
Absolutely. This program is designed for learners with no prior Helioscope experience. The only prerequisite is a basic understanding of solar PV concepts — modules, inverters, and system sizing fundamentals. If you've completed any solar energy course or worked in the field, you're ready to enroll.
On completing all modules and submitting your final project, you receive an IISE Certificate of Completion in Helioscope Software. This certificate is recognised by 500+ hiring partners in India's solar sector and is suitable for inclusion on your resume, LinkedIn profile, and project proposals. It demonstrates verified, practical software proficiency — not just attendance.
Yes — in fact, Helioscope is a browser-based platform, which makes online training a natural fit. Live instructor-led sessions allow you to work alongside the trainer in real time, replicate every step on your own screen, and ask questions as you go. Recorded sessions let you rewatch any module at your own pace. Most IISE Helioscope graduates complete their training entirely online and immediately apply the skills on actual projects.
All live sessions are recorded and made available to enrolled students with lifetime access. If you miss a class, you can watch the full recording at any time, revisit it before assessments, and raise doubts with the instructor in the next live session or via IISE's support channel. Missing a class does not put you behind.
Helioscope is a cloud-based platform that integrates site layout, string sizing, shading simulation, and yield reporting in a single workflow — without requiring separate CAD or simulation tools. PVsyst offers deeper simulation customisation for complex projects, while AutoCAD handles only the drawing component without any energy modelling. Many professional solar designers use both Helioscope and PVsyst depending on project complexity. IISE offers PVsyst Software Training separately if you'd like to develop both skills.
Yes. The curriculum covers design workflows for residential and commercial rooftop systems, C&I ground-mount installations, and utility-scale layouts. Module 8 includes dedicated project walkthroughs for each system type using real Indian site data, so you'll be confident applying Helioscope across the full range of project types you're likely to encounter.
Yes. All recorded sessions come with lifetime access. Even after you've completed the program and received your certificate, you can return to any module for reference — which is particularly useful when Helioscope releases interface updates or when you encounter a project type you haven't designed before.
You'll complete guided walkthroughs and a final independent project using real Indian site data. Projects include a 100 kWp rooftop system in Mumbai, a 500 kWp C&I ground-mount in Rajasthan, and a 1 MWp utility-scale layout. For your final certification project, you'll complete an end-to-end design — from site import to bankable report — independently, with instructor feedback before submission.
Yes. IISE provides post-course support through its student community and placement cell. You'll have access to IISE's alumni network of 3,000+ solar professionals, ongoing doubt-clearing via the support channel, and career guidance from the placement team. For graduates looking to enter the job market, the placement cell actively connects them with 500+ hiring partners in India's solar sector.
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View Course →Your Next Solar Project Deserves a Better Design Tool
Join 3,000+ solar professionals who've upgraded their skills with IISE. Live classes, lifetime recorded access, real Indian project walkthroughs — and a certificate that 500+ employers across India already trust.
Start the Helioscope Program → Have questions? Talk to our course advisor →100 hours of training. Real India projects. IISE Certificate included.
Explore IISE's full range of solar software programs — Helioscope, PVsyst, SketchUp, and more — designed for practising solar engineers.
Explore Solar Software Courses →Time is running out. Apply now!
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FEE ONLINE PAYMENT by NEFT. Details are enclosed below.
NEFT favoring
INDIAN INSTITUTE OF SOLAR ENERGY
Current Account No.: 000412100071051
Bank Name: BHARAT BANK
Branch: CHEMBUR – MUMBAI
IFSC: BCBM0000005
You can pay using Gpay too. Just scan the QR code below.

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1M1 Lesson1_Introduction to Renewable energy2 Mins
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2M1 Lesson 2 What is Energy?2 Mins
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3M1 Lesson 3 Different Sources of EnergyText lesson
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4M1 Lesson 4 Storage of electricityText lesson
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5M1 Lesson5 GDP Vs Energy productionText lesson
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6M1 Lesson 6 What is Renewable energy?Text lesson
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7M1 Lesson 7 WHY SOLAR ENERGY?Text lesson
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8M1 Lesson 8 APPLICATIONS OF SOLAR ENERGYText lesson
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9M1 Lesson 9 SOLAR ENERGY PROGRAMME IN INDIAText lesson
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10M1 Lesson 10 CURRENT STATUS OF SOLAR IN INDIAText lesson
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30M6 Lesson 1 Basic of Solar Charge ControllerText lesson
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31M6 Lesson 2 Types of Charge ControllerText lesson
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32M6 Lesson 3 Maximum Power Point Tracking ( MPPT)Text lesson
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34M6 Lesson 5 Specifications of MPPT Charge controllerText lesson
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35M7 Lesson 1 Basics of Solar InvertersText lesson
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36M7 Lesson 2 Types of InvertersText lesson
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37M7 Lesson 3 Inverter Topology – ComparisonText lesson
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38M7 Lesson 4 Types of grid tied solar inverters:Text lesson
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39M7 Lesson 5 Comparison between String inverters and Central invertersText lesson
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42M8 Lesson 3 Components of a Battery cellText lesson
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43M8 Lesson 4 Types of a BatteriesText lesson
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44M8 Lesson 5 Battery Storage CapacityText lesson
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45M8 Lesson 6 Depth of dischargeText lesson
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46M8 Lesson 7 State of charge (SoC)Text lesson
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47M8 Lesson 8 Cycle of BatteryText lesson
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